#Procurement Management for Automotive and Engineering Industries Software | Explore Tumblr posts and blogs

costitright · 1 month ago

Text

Cost It Right: The Best Manufacturing Cost Estimation Software for Accurate Costing

Unlock the Power of Cost Estimation in the Manufacturing Industry with Cost It Right

In the competitive world of manufacturing, accurate cost estimation is crucial for optimizing operations, improving profit margins, and maintaining a competitive edge. That's where Cost It Right comes in. As one of the best cost estimation software providers, Cost It Right offers a robust platform designed to help manufacturers streamline their cost estimation processes, improve decision-making, and ensure profitability at every stage of production.

What is Cost Estimation Software for Manufacturing?

Cost estimation software is a critical tool for manufacturers seeking to calculate and analyze the expenses involved in producing goods. From raw materials and labor to overheads and transportation, cost estimation in the manufacturing industry can be a complex process. However, using specialized cost estimating software for manufacturing can simplify and automate these calculations, ensuring accuracy and reducing the risk of errors.

Cost It Right offers a state-of-the-art manufacturing cost estimating software that provides precise cost calculations, tailored to the unique needs of manufacturers. With a user-friendly interface and powerful features, Cost It Right helps businesses quickly assess production costs, helping them make informed decisions, improve budgeting, and maximize profitability.

Why Choose Cost It Right for Manufacturing Cost Estimation?

Cost It Right stands out as a leading provider of cost engineering software, specifically designed for the manufacturing sector. This specialized software solution enables manufacturers to estimate costs with high accuracy, taking into account all the variables that influence production. Whether you're in the automotive industry or any other manufacturing vertical, Cost It Right’s software is designed to meet the unique requirements of each sector.

For companies in the automotive industry, Cost It Right offers a specialized Manufacturing Cost Estimating Software for Automotive Industry that accounts for the complexities of automotive production, including labor costs, materials, assembly processes, and more. This ensures that your cost estimations are not only accurate but tailored to the specific nuances of the automotive sector.

Key Features of Cost It Right’s Manufacturing Cost Estimation Software

Accurate Cost Breakdown: Cost It Right’s software provides detailed insights into every aspect of manufacturing costs—materials, labor, overheads, and more—enabling businesses to get a full picture of their cost structure.

Seamless Integration: Whether you're using procurement software or other enterprise resource planning (ERP) tools, Cost It Right seamlessly integrates with your existing systems, streamlining the workflow and enhancing efficiency.

Real-Time Reporting: Stay on top of your project costs with real-time reports that help you monitor your financials, track deviations, and make quick adjustments as needed.

Tailored for Your Industry: Cost It Right offers industry-specific solutions, from manufacturing cost estimation to best procurement software for manufacturing companies, allowing businesses to tailor their approach to the specific challenges of their sector.

How Cost It Right Can Improve Your Manufacturing Business

By incorporating Cost It Right into your workflow, manufacturers can dramatically improve cost accuracy, reduce waste, and increase overall operational efficiency. With powerful features like cost estimation for manufacturing, product cost management, and best procurement software for manufacturing industry, businesses can confidently navigate the complexities of cost estimation and product costing.

Whether you're looking to manage your procurement process more efficiently, estimate production costs accurately, or streamline your overall operations, Cost It Right offers the best cost estimation software for manufacturers. It simplifies the estimation process, supports strategic decision-making, and ensures that manufacturers stay on top of fluctuating costs.

Maximize Efficiency with Cost It Right

Cost It Right is more than just a cost estimation software for manufacturers; it's a comprehensive solution that enables businesses to manage costs more effectively and optimize their bottom line. With advanced tools, easy-to-use features, and industry-specific customization, Cost It Right is your go-to platform for manufacturing cost estimation and improving procurement and cost management processes.

In a world where every penny counts, having the right software can make a significant difference in your profitability. Invest in Cost It Right today and experience the future of cost engineering software for the manufacturing industry.

#Cost estimation software #cost engineering software #Manufacturing cost estimation #manufacturing cost estimating software #Manufacturing Cost Estimating #Software for Automotive Industry #best procurement software for manufacturing industry #best procurement software for manufacturing company #best product cost management software for manufacturing company #best cost estimation software #best cost estimation software for manufacturer #cost estimating software for manufacturing #costing software for manufacturing #cost estimation in manufacturing industry

0 notes

crmsolution · 11 months ago

Text

Best ERP Software For Automobile Engineering industry

Selecting the best ERP software for the automobile engineering industry is a critical decision for businesses aiming to streamline operations, enhance efficiency, and meet the unique challenges of this specialized sector. The automobile engineering industry has distinct requirements that demand a comprehensive ERP solution tailored to its specific needs. When prioritizing features and considerations for the best ERP software for the automobile engineering industry and considering specialized solutions like Lighthouse ERP, businesses should focus on the following aspects:

Key Features to Prioritize:

Engineering Change Management:

The automobile engineering industry often undergoes frequent design changes and iterations. The ERP software should include robust engineering change management features to facilitate seamless collaboration and documentation of design modifications. Lighthouse ERP prioritizes change management, ensuring that engineering changes are efficiently tracked, managed, and communicated across the organization.

Product Lifecycle Management (PLM):

Effective PLM is crucial for managing the entire lifecycle of automotive products from conceptualization to disposal. The ERP system should integrate with PLM tools to optimize design processes, track revisions, and ensure compliance with industry standards. Lighthouse ERP offers comprehensive PLM integration, enabling businesses to manage product lifecycles efficiently.

Quality Control and Compliance:

The automobile engineering industry requires adherence to stringent quality standards and regulatory compliance. The ERP solution should provide robust quality control features, including inspection tracking, non-conformance management, and adherence to industry certifications. Lighthouse ERP emphasizes quality management, helping businesses uphold high-quality standards throughout their processes.

Supply Chain Integration:

Seamless integration with the supply chain is essential for timely procurement of materials and components. The ERP software should facilitate collaboration with suppliers, manage procurement processes, and optimize supply chain visibility. Lighthouse ERP prioritizes supply chain integration, streamlining procurement processes, reducing lead times, and enhancing overall supply chain efficiency.

Multi-Site and Multi-Location Management:

Many automobile engineering businesses operate across multiple sites and locations. The ERP system should support multi-site and multi-location management to ensure efficient coordination and communication. Lighthouse ERP provides features for effective management of operations across diverse locations, facilitating streamlined communication and control.

Considerations for Selection:

Industry-Specific Customization:

The chosen ERP system should allow for industry-specific customization to accommodate unique processes and requirements in the automobile engineering sector. Lighthouse ERP provides customization options, enabling businesses to tailor the system to their specific needs and workflows.

Scalability:

The automobile engineering industry is dynamic, and the selected ERP system should be scalable to adapt to changing business requirements and growth. Lighthouse ERP is designed to scale with the business, ensuring flexibility and adaptability to evolving industry needs.

User-Friendly Interface:

A user-friendly interface is crucial for successful adoption by employees at all levels. The ERP system should offer an intuitive interface that requires minimal training. Lighthouse ERP prioritizes user-friendliness, ensuring that users can quickly adapt to the system and maximize its capabilities.

Specialized Solutions – Lighthouse ERP for Automobile Engineering:

Lighthouse ERP is a specialized solution designed to meet the unique needs and challenges of the automobile engineering industry. With a focus on the keywords "Best ERP Software For Automobile Engineering industry," Lighthouse ERP offers a tailored suite of features that align with the specific requirements of businesses in this sector.

The system provides comprehensive support for engineering change management, PLM integration, quality control, supply chain integration, and multi-site management. Lighthouse ERP stands out as a solution that empowers businesses in the automobile engineering industry to optimize their processes, maintain high-quality standards, and navigate the complexities of this dynamic sector.

In conclusion, selecting the best ERP software for the automobile engineering industry involves careful consideration of features and considerations that cater to the specific needs of the sector. Lighthouse ERP, with its specialized focus on automobile engineering, emerges as a comprehensive solution that addresses the unique challenges of the industry. Businesses adopting Lighthouse ERP can expect to enhance their operational efficiency, improve product quality, and stay competitive in the rapidly evolving automobile engineering landscape.

0 notes

erpinformation · 1 year ago

Link

#automotiveerpsoftware #automotiveerpsolutions #erp #automotiveerp #bestautomotiveerpsolutions

0 notes

xtruss · 2 years ago

Text

Throw Out All Those Black Boxes and Say Hello to the Software-Defined Car

We speak to Oliver Hoffmann, Audi's head of technical development.

— Jonathan M. Gitlin | May 31, 2023

The prototype of the Q6 e-tron is the first on the new Premium Platform Electric (PPE) technology architecture.

One of the auto industry trends I'm most excited about these days is the move to clean-sheet designs for car platforms and architectures. For decades, features have accumulated like cruft in new vehicles: a box here to control the antilock brakes, a module there to run the cruise control radar, and so on. Now engineers and designers are rationalizing the way they go about building new models, taking advantage of much more powerful hardware to consolidate all those discrete functions into a small number of domain controllers.

The behavior of new cars is increasingly defined by software, too. This is merely the progression of a trend that began at the end of the 1970s with the introduction of the first electronic engine control units; today, code controls a car's engine and transmission (or its electric motors and battery pack), the steering, brakes, suspension, interior and exterior lighting, and more, depending on how new (and how expensive) it is. And those systems are being leveraged for convenience or safety features like adaptive cruise control, lane keeping, remote parking, and so on.

Of course, this only works if that software is any good. "There is absolutely no question that software has been treated like a stepchild—I always say the fifth wheel in the car. So like a necessity, but not something that has been managed with care," said Maria Anhalt, CEO of the automotive supplier Elektrobit, which develops digital systems and software for OEMs.

"But what we also see is that every OEM and every SOP and every product line starts from scratch in procurement and doing things for the first time. So part of the complexity is doing things multiple times and not thinking of reuse and architecture and modularity and upgradability," Anhalt explained.

Domain-Controlled Architecture

One can certainly see the appeal of a clean-sheet design that leverages modern computing to simplify a car's underlying design.

"It is much more elegant," said Oliver Hoffmann, Audi's board member in charge of technology development. That doesn't make it easy, though. "But to be honest, it is challenging, because all those functions which were located all over the car—a lot more than 200 controllers—you have to bring all those functions into the domain controller. But it is a very smart solution," he said.

"So as an example we have what we call the high compute platform, and we have a dedicated domain for infotainment, and we are able to update but also to upgrade, so that every year or every two years you can bring an upgrade in terms of hardware, and we are able to run over-the-air updates," Hoffmann told me.

The first Audi we'll see adopt this approach is next year's Q6 e-tron, an electric SUV that is one of the first EVs to use Volkswagen Group's new PPE (Premium Platform Electric) architecture, which will also be used to create the A6 e-tron and the next Porsche Macan.

All the domains—which include driving behavior, thermodynamics, and energy management as well as infotainment—are upgradeable over the air; some earlier implementations of OTA updates by automakers have only allowed for certain systems in those vehicles (like infotainment, but not the powertrain) to be easily updated. "So [it's] a very, very big advantage with this kind of platform, and it's a smart solution," he said.

Audi now uses a 48 V electromechanical stabilizer bar in the suspension that can react within milliseconds.

I was curious if the move from tens or hundreds of discrete black boxes meant completely rewriting all those functions from scratch. While that's always an option, Hoffmann said that Audi was able to use its experience to make the job a little easier. But for PPE that still meant a new way of working.

"It was a completely new way to work together with suppliers," Hoffmann said. "So in the past you had a supplier responsible for the ABS, which was a separate and dedicated controller. Now, there's an interaction between all these domain controllers, so you have to double-check if all this works together with all these other domains or with the rest of the software in the main controller, which makes it very complex," he explained. The solution was to organize "supplier parties" to bring everyone together. This was also complicated, Hoffmann told me, "but I think it is the new way for a collaboration model," he said.

Baked-in Cybersecurity

Another advantage of the move away from legacy designs is that digital security can be baked in from the start rather than patched onto components (like a car's central area network) that were never designed with the Internet in mind. "If you design it from scratch, it's security by design, everything is in by design; you have it there. But keep in mind that, of course, the more software there is in the car, the more risk is there for vulnerabilities, no question about this," Anhalt said.

"At the same time, they're a great software system. They're highly secure. They're much more secure than a hardware system with a little bit of software. It depends how the whole thing has been designed. And there are so many regulations and EU standards that have been released in the last year, year and a half, that force OEMs to comply with these standards and get security inside," she said.

The Hardest Part?

Software-defined vehicles might give automakers more flexibility in terms of the features and functions they can create, but it comes with some headaches on their end, including ensuring that a car works in each market where it's offered.

"All the requirements are different for each region, and the complexity is so high. And from my perspective, this is the biggest challenge for engineers. Complexity is so high, especially if you sell cars worldwide. It is not easy. So in the past, we had this world car, so you bring one car for each market. We are not able to bring this world car for all regions anymore," Hoffmann told me.

"In the past, it was not easy, but it was very clear—more performance, more efficiency, focus on design. And now that's changed dramatically. So software became very important; you have to focus on the ecosystem, and it is very, very complex. For each region you have, you have dedicated and different ecosystems," he said.

"The very simple example is our Q7 [Audi's three-row SUV]. So it's a very, very big car in the European market, but it's a very small car in the US market," he joked.

Oliver Hoffmann (member of the Board of Management for Technical Development) and Gary Telaak (Exterior Design, AUDI AG) check out the Audi Urbansphere concept. This concept was designed with China in mind.

Satisfying The Regulators

A good example is the differing approaches taken by US and European regulators. In the US, automakers "self-certify" their products, declaring to the government that their cars conform with all the applicable safety standards and so on. But in Europe, they practice "type approval"; here, an automaker submits a representative example that a country's regulator will check over and issue a type approval certificate if it conforms.

"From my perspective, [self-certification] is not easier because you are responsible; you're not given a rulebook. The pressures are on our side. And it is a little bit easier in Europe because if they say, 'okay, approved by us,' they are with us," Hoffmann told me.

The move to software-defined vehicles complicates this, as it applies to software as well as hardware. That means each update needs to be signed off by a regulator before being sent out over the air.

"Because in the past, you're able to run a test. You say, 'Okay, you have to crash at 50 kilometers per hour, and if you fulfill everything, you're fine.' But now, it is software-driven. So you run all these corner cases in the software, and you say, 'okay, we have a big improvement in the software,' but how can you test it? You're not able. This is a virtual testing and virtual validation process. And this is a dramatic change," he said.

The most glaring example is the behavior of advanced driving assistance systems. As we've seen from Tesla's example, buggy or badly written ADAS software can lead to crashes and recalls, but edge cases abound. "So this is more or less a validation of your tools and no longer of the product you will bring in the market. And this is especially true when you develop ADAS functionalities; this is the biggest challenge for the future," Hoffmann said.

— Jonathan M. Gitlin is the Automotive Editor at Ars Technica. He has a BSc and PhD in Pharmacology. In 2014 he decided to indulge his lifelong passion for the car by leaving the National Human Genome Research Institute and launching Ars Technica's automotive coverage. He lives in Washington, DC.

#ARS Technica #Oliver Hoffmann #Jonathan M. Gitlin #Audi #Technical Development #48 V Electromechanical Stabilizer Bar in the Suspension

0 notes

tatatechnologies · 2 years ago

Text

Tips to make Indian manufacturing sector strong

The manufacturing industry of India has the potential to reach $ 1 trillion by 2025 and India is expected to rank amongst the top three growth economies and manufacturing destinations of the world by the year 2025. Currently, India is the world’s ninth-largest manufacturing nation. GOI’s ambition is to raise manufacturing’s contribution to 25 per cent of GDP and to create 100 million jobs in the coming decade. Some of the favorable macro trends are the fastest growing economy with sustained GDP growth of 7 per cent plus, existence of infrastructure in Tier2/3 cities, government investment schemes like Make in India & smart cities, large English-speaking talent pool in software, engineering, IT and technical disciplines, many multinationals have made commitments to build plants and hire talent in India for local and global production.

Government of India (GoI) is also providing a supportive ecosystem through multiple policy initiatives such as the introduction of Goods and Service Tax, reduction in corporate tax, interventions to improve ease of doing business, FDI policy reforms, measures for reduction in compliance burden, adoption of public procurement orders, Phased Manufacturing Programme (PMP), Atmanirbhar Bharat package, indigenization of the defense sector, the introduction of Production Linked Incentives (PLI), development of the National Infrastructure Pipeline, National Monetization Pipeline, Industrial Corridor Development Programme in 4 phases. Furthermore, policies like Skill India, Digital India, Start-up India, and Accelerating Growth of New India’s Innovation (AGNII) provide further impetus to manufacturing in India. Key sectors which will fuel the manufacturing growth in India in coming years are automotive, defense, aerospace, pharmaceuticals, agriculture, bio-industry, bio-IT & MSME sector.

While macroeconomic trends are positive but technology gap between industry & engineering colleges or technical institutes must bridge through skill development by having industry/academia partnership. It is important for manufacturing industries to get involved early in product development process and adoption of new technology. Role of supply chain in developing warehouses, inventory management system & effective transportation mode through truck, rail, water, pipeline & air are very crucial. Vision to achieve growth in Indian manufacturing industries to generate bulk employment generation will require the following themes to be implemented in a constructive & planned manner:

Bridging the technology gap between industry requirements & skill resources

Role of Indian engineering service provider to shape the manufacturing industries

Development of Supplier & supply chain ecosystem

Introduction

The Indian manufacturing industry is going through a challenging phase. On one side global partners expect India to take a lead in manufacturing and within India there is a growing need to create manufacturing hubs. Over the last decade or more, the service industry has grown tremendously, which has given the Indian service sector a push and improved the income and life expectancy of service sector resources. The service industry is mature enough and while it continues to grow (in 2023 the service industry exports are expected to almost equal the export of goods), its contribution to generating the volume of employment, which is the need of the hour is not as much as the manufacturing industry.

Indian manufacturing industry can create bulk employment which can be the growth engine for India in the future. The Government is taking initiatives like production linked schemes, skill development & creating economic zones etc. However, these are macro level policies which will not have an effect unless micro level challenges in manufacturing industry are addressed in constructive ways.

Challenges & opportunities

Indian manufacturing industry has a challenge of skilled manpower who will be competitive and take on the challenge to adopt new technologies. Government & industry bodies like CII are making efforts to create skill development programs, but these schemes are not attracting the young resource pool like the IT industry. Genuine interest in manufacturing and the associated opportunities and career growth needs to be created in the minds of the young resource pool, including in the women workforce right from college days.

Utilisation of existing manufacturing units and the manufacturing ecosystem in India is not in line with the global standards. For example, most of the automotive prototype builds (early part of product development) happen in countries like China, S Korea, or Japan. Deliveries of these physical prototypes in 4–6 weeks is primarily because the supplier ecosystem in these countries is such the order is accepted by any one supplier and the others support the deliveries as one team without any administrative delays. Indian manufacturing industry can support OEMS only after the product is matured & with adequate support from global OEMs to adopt newer technologies & investment. Manufacturing industry in India will have get involved in early phases of the product development cycle, so that they will address the needs of the product during inception & digital realization phases.

Manufacturing industry in India still lacks technology adoption. Most of the manufacturing units still depend on manufacturing drawings for the physical realization of products whereas the global manufacturing industry is digitally equipped in terms of 3D data with requisite manufacturing information attached to 3D model which can be viewed & used digitally on the shopfloor to convert into product reality. The 3D CAD data which is created in product development cycle is cascaded to all downstream stakeholders in the manufacturing workstream. PLM systems of OEMs need to be extended to supplier ecosystems so that product realization cycle can be optimised. Blue collar workforce should be sufficiently trained to use these 3D models on workstations & tabs on the shop floor. Design team need to focus on creating rich-content 3D data for downstream agencies to use till the last stages of product realization like after sales & service. Overall manufacturing industry in India must undergo digitisation of entire steps in the product realization processes.

Most of the global automotive & aerospace units have made their investment in terms of creating a R&D setup in India to cater to their global requirements. Indian engineering service providers (ESPs) are supporting these global OEMS by providing services in manufacturing engineering at digital level which we call “digital manufacturing”. These ESPs are working on services like robotic programming, formability analysis, discrete event simulation, factory digitization, human or ergonomic simulation, tool design services like sheet metal, plastic molds, thermoforming molds, BIW jigs & fixture, analytics-based manufacturing, AI/ML based manufacturing for defect analysis, etc. Global OEMs get these advantages from Indian ESPs to increase & optimize their manufacturing base in their own countries and across the globe. The Indian ESPs can play an important part in enhancing the technology content in the Indian manufacturing ecosystem as they are well versed with global standard & new trends in manufacturing. This will help in shaping the Indian manufacturing industry and the ecosystem to deliver global products from India for global customers.

The machine tool industry is considered the mother of all manufacturing, where the skill sets of accuracy, precision & quality is maintained to create better quality of products through various manufacturing processes. There is a growing demand for automation across the manufacturing processes to enhance productivity & meet stringent quality standards. Indian machine tool industry needs to take advantage of these requirements to improve their presence in growing manufacturing hubs and to speed up adoption of technologies like 3D printing & AI/ML based machine tools. This will help in part production & inspection on same machine and an overall improvement of throughput. Technologies which can adopt incremental correction within the machines during production need introduction, so that series production has uniform quality.

While there are challenges in developing the manufacturing units in India there are also equally opportunities which exist in India and need to be leveraged. We still produce a large pool of young resources which need to be channelized through technical institutes and engineering colleges. India has large number of engineering colleges and technical institutes like IGTR, NTTF & many others which are specifically built for the tooling and manufacturing industry. Engineering colleges should have special focus on entrepreneurship for developing manufacturing units.

Female workforce in India is slowly moving to manufacturing industry however their focus is on softer areas like design, purchasing, sales, marketing etc. There are several examples in Indian OEMs (e.g. Tata Motors) where the female workforce has made a huge contribution to improve productivity & quality on shop floor & assembly lines. Few of the OEMS are going for an all-female workforce on assembly lines and they are getting benefits in terms of high productivity, better quality & improvement in plant utilization. The industry also needs to create female champions & leaders who can nurture the female work force to address these challenges. Frugal mindset in Indian resource can be utilized for a lean manufacturing setup across India.

Global OEMs are taking manufacturing engineering services from India & these service provider resources can be utilized effectively to develop manufacturing units. Manufacturing in India is still labour intensive and, therefore, automation for labour intensive activities is essential. Manufacturers now need to use sustainable engineering strategies to step further ahead to compete with other competitors or it may lead to decline in their brand reputation more than the harm it may cause to environment. Government should also create SEZ for manufacturing sectors which measures on the parameters on employment generation by manufacturing units & its supplier ecosystems for global products.

Conclusions

Although there are challenges and opportunities ahead of Indian manufacturing industry, there is a need for constructive focus on following themes so that India can achieve larger GDP in manufacturing pie in coming years. Increased collaboration between the manufacturing industry players, CII and other industry bodies, GoI and other state governments and academia will help facilitate this process.

Bridging technology gap between industry requirement & skill resource: Government should provide incentives to manufacturing industry to tie-up with technical institutes and the service industry. Manufacturing industry needs to do investments and plan for advance involvement in product development processes. Involvement of academia so that final year candidates from technical institutes or Engineering colleges should be working on the shop floor to gain the knowledge, so that they will be industry ready while they are absorbed in manufacturing industry. College students should be given special weightage in terms of compensation by manufacturing industry who can focus their career on manufacturing like the initiatives taken for IT in the nineties. Engineering colleges and technical colleges curriculum should have topics like advanced manufacturing catering to latest industry trends of ‘Smart Manufacturing’, Industry 4.0, IoT, AR and VR. In this regards some development is happening at government level in developing innovation centres across various states.

Role of Indian engineering service provider to shape the manufacturing industries: As Indian engineering service providers are working for global automotive & aerospace customers for two or more decades they are well equipped with various standards like design & quality through which they are delivering digital manufacturing solutions to these global OEMs. Government and CII to create blueprint for Indian manufacturing setups, with the help of NASSCOM, ESPs like Tata Technologies & others and superannuated senior experts from big automotive & aerospace industries.

Development of supplier & supply chain ecosystem: Special manufacturing eco system to be developed with the target of employment generation in mind, like it has been done in countries like Korea. Special status in terms of taxes benefits to be provided to this industry. More start-up companies should be encouraged for manufacturing setups rather than service setup. The warehouse is an integral part of logistics, a tool for competitive advantage. Warehouses are required to hold inventories to balance demand and supply. It acts as a buffer between uncertain supplies and manufacturing plans and cyclic market requirements in the outbound logistics. There is a trend to develop efficient warehousing to support integrated logistics needs. Older warehouses were mere godowns without proper material handling facilities leading to wastages, damages, obsolescence, and higher cost of operation, are steadily being replaced by newer automated warehouses with advanced, computer-controlled material handling system requiring few employees. This will bring about transformation in the logistics and warehousing industry.

Inventory management will play a key role as it affects customer satisfaction. Firms need to maintain the delicate balance between carrying too little inventory and carrying too much. Many companies would greatly be able to reduce their inventories and related cost through just-in-time logistics systems. With technologies like RFID in place, companies would know at any time exactly where a product is located physically within the supply chain. The choice of transportation carriers affects the pricing of products, delivery performance & conditions of the goods when they arrive. In shipping goods to its warehouses, dealers & customers, the firm would be choosing among five main transportation modes like truck, rail, water, pipeline and air.

Learn more at www.tatatechnologies.com

About the Author

Naren Brahme - Vice President of ER&D and heads the Industrial Heavy Machinery (IHM) & Manufacturing Engineering unit at Tata Technologies.

A dynamic & versatile technical professional, specialising in CAD/CAM & CAE, he possesses 30+ years of strong experience in handling and leading full vehicle development programs in construction equipment and material handling OEMs for major engineering design applications having worked with leading organisations.

0 notes

maando-mba-prince-carl-philip · 5 years ago

Photo

Prince Carl Philip of Sweden visits Volkswagen

02.04.2019

: HRH Carl Philip, Prince of Sweden, is signing the Volkswagen guest book. From left: HRH Carl Philip, Prince of Sweden next to Andreas Renschler, CEO of TRATON SE and a Member of t

HRH Carl Philip, Prince of Sweden, is signing the Volkswagen guest book. From left: HRH Carl Philip, Prince of Sweden next to Andreas Renschler, CEO of TRATON SE and a Member of the Volkswagen Aktiengesellschaft Board of Management Visit centered on Volkswagen’s e-mobility strategy and test drives in the Volkswagen Group’s latest-generation electric vehicles Sweden is one of Europe’s largest markets for electric vehicles – Passat GTE1 is the best-selling electric car in Sweden With Scania, the Volkswagen Group is one of the largest industrial investors in Sweden – €2.4 billion invested in the country in the last ten years Prince Carl Philip met with Swedish startup entrepreneurs at a Volkswagen event on innovative manufacturing technologies and Industry 4.0 Sweden is the Partner Country of Hannover Messe 2019. During his official visit to Germany, Prince Carl Philip was welcomed by Volkswagen Group representatives in Wolfsburg and found out more about the company’s e-mobility strategy. The Swedish Prince was one of the first to test the Group’s new generation of electric cars, including models from the Volkswagen ID. family. Sweden is one of Europe’s largest markets for electric vehicles. Andreas Renschler, CEO of TRATON SE and a Member of the Volkswagen Aktiengesellschaft Board of Management, said: “Sweden is a role model in the area of climate protection. Today, more than half of the electricity generated already comes from renewable sources. That is an essential prerequisite for making e-mobility sustainable for passenger cars as well as trucks and buses.” He went on to say: “We have several innovative e-mobility projects in Sweden, for example, Scania will soon begin testing self-driving electric buses for Stockholm’s public transport system.” Sweden is one of Europe’s largest markets for electric vehicles and therefore an important sales market for the Group’s electric models. With reference to Prince Carl Philip’s test drives, the Volkswagen Brand Board Member for Technical Development, Dr. Frank Welsch, commented: “Prince Carl Philip of Sweden is a talented racing driver and an expert on cars. He was a successful participant in the Porsche Carrera Cup Scandinavia from 2008 to 2011. And he visited the Rally Sweden and the Volkswagen Motorsport team. I am delighted that an acknowledged specialist is one of the first to test our new generation of electric vehicles that will hit the market from 2020. Sweden will be one of the major sales markets for our ID.” His Royal Highness Prince Carl Philip met with 34 Swedish startup entrepreneurs in Germany for Hannover Messe 2019 on his visit to the Volkswagen Smart.Production:Lab in the IT:City, Wolfsburg. These selected startups participated in an Innovation Day at Volkswagen where concepts and innovations such as electrically-powered automated transport concepts and virtual reality solutions as well as machine learning and artificial intelligence software tools were presented. The event was designed to intensify Swedish-German cooperation in the field of innovative manufacturing technologies and Industry 4.0. The Volkswagen Group is one of the largest industrial investors in Sweden. Scania invested €2.4 billion in Sweden in the last ten years. Scania produces trucks and buses in Europe, South America and Asia and is one of the world’s leading manufacturers of sustainable transport solutions. 96,500 trucks and buses were delivered to customers in 2018 – 19,000 of which were built at the Swedish plant in Södertälje. 20,700 of Scania’s total workforce of 52,100 are employed in Sweden. In early 2018, Scania invested €10 million in the battery manufacturing company Northvolt. The collaboration concerns the industrial scale production of battery cells. A joint research consortium called European Battery Union led by Volkswagen and Northvolt was announced recently. The consortium is applying for funding from the German Federal Ministry for Economic Affairs and Energy to finance the research, development and industrial scale production of battery technology. Furthermore, the Volkswagen Group is one of the largest car manufacturers in Sweden. 103,000 passenger cars and 16,700 trucks from the Group were registered in Sweden in 2018, accounting for a 27.4 percent share of the passenger car market and a 30 percent share of the truck market. The Volkswagen Golf, Passat and Tiguan are among the top ten passenger car models in Sweden’s registration statistics, putting Volkswagen in second place behind Volvo. Electric vehicles accounted for a market share of eight percent in Sweden in 2018. The Volkswagen Passat GTE Leslie Bothge- photos Volkswagen

Permanent-URL:

http://www.automobilsport.com/prince-carl-philip-sweden-visit-volkswagen---188764.html

02.04.2019 / MaP

More News

Dr. Ralf Brunken is new Director of AutoUni

02.04.2019

Predecessor Prof. Dr. Mark Gonter assumes senior management function in Procurement at Audi AG Dr. Ralf Brunken, formerly CIO at ŠKODA, has taken over as Director of the AutoUni effective April 1. He succeeds Prof. Dr. Mark Gonter, who assumes responsibility for value analysis in the future fields of e-mobility, autonomous driving and connectivity in

more >>

Season Opener: Opel Insignia Sports Tourer for Formula Student Teams

01.04.2019

Largest student racing series in Europe: design competition for young talents Opel as partner: Of five universities near German sites Team vehicles: Opel provides the students with five Insignia Sports Tourers

more >>

New Pastport Trim in 2019 Honda Passport Lineup Throws Back to Simpler Times and Nineties Nostalgia

01.04.2019

Pastport – the nineties-inspired Honda Passport trim – offers nostalgic enthusiasts the simplicity and self-expression of the '90s Features "state-of-the-art" automatic windows, digital clock, cassette-to-CD converter a

more >>

Change in management at Messe Frankfurt USA and South Africa

29.03.2019

Effective 1 April 2019, Konstantin von Vieregge, Managing Director of Messe Frankfurt South Africa, will be moving to Atlanta to assume the position of President at Messe Frankfurt Inc. He will be succeeded by Joshua Low, who has already been Group Exhibition Director at Messe Frankfurt South Africa since June 2017.

more >>

Realignment of BMW Group Design

29.03.2019

Sustainable structures for the future:- Jozef Kaban new head of Rolls-Royce design - Domagoj Dukec takes over BMW design - Van Hooydonk: “a signal of our future orientation”The BMW Group is reorganising its Design division and taking the next step towards sustainable, leaner structures. Jo

more >>

Volkswagen exchanges more than 300,000 old diesels

28.03.2019

Group brands Audi, SEAT, ŠKODA, Volkswagen Passenger Cars and Volkswagen Commercial Vehicles make a key contribution to air quality improvement in German cities with exchange incentives Incentives for nearly new cars extended until further notice throughout Germany for VW and Audi Incentives for new cars to expir

more >>

Testing of the new Porsche Taycan has entered the final stage

28.03.2019

From a computer simulation via the test bench to the roadPorsche’s first purely electrically driven sports car, the Taycan, is currently completing its final test drives before it enters series production. In Scandinavia, just a few kilometres awa

more >>

Daimler and Geely Holding form global joint venture to develop smart

28.03.2019

50:50 joint venture between Daimler and Geely based in China to develop and operate smart brand globally as all electric carmaker smart to gain shared expertise in manufacturing, engineering and design from both groups smart to expand to meet demand for electrification, with production based

more >>

Groupe PSA accelerates its deployment in China’s aftermarket by acquiring LONGSTAR

28.03.2019

• Groupe PSA pursues the deployment of its strategic plan, after the acquisition of shares in two other parts distributors in 2018[1].• Groupe PSA has the ambition to establish a strong position in the Independent Aftermarke

more >>

SEAT will launch six electric and plug-in hybrid models and develop a new platform in Spain for electric vehicles

27.03.2019

SEAT ANNUAL MEDIA CONFERENCE• SEAT obtains its highest ever profit after tax of close to 300 million euros and its turnover nears 10 billion euros, the highest in history• In 2018, the company allocated more than 1.2 billion euros to investments and R&D expenses, a record figure•

more >>

First McLaren carbon fibre chassis delivered

22.03.2019

...from new £50M McLaren Automotive Innovation and Manufacturing Centre First prototype MonoCell produced in new £50m innovation centre McLaren Composites Technology Centre in Sheffield

more >>

Valvoline new partner for KTM Sportcar

22.03.2019

VALVOLINE TO BE EXCLUSIVE OEM FOR KTM X-BOWKTM Sportcar GmbH, Austria’s only OEM and manufacturer of the KTM X-BOW super sportscar is launching an exclusive cooperation with Valvoline, one of the world’s leadinglubricant manufacturers, just in time fo

more >>

Volkswagen forms European Battery Union with Northvolt

22.03.2019

European companies and institutes join forces under the leadership of the Volkswagen Group and Northvolt to form the European Battery Union (EBU) consortium Consortium wishes to participate for funding for the research, development and industrial implementation of battery technology The Volkswagen Group and furt

more >>

Diess: “Safeguarding our future can only succeed together”

20.03.2019

Works meeting in Wolfsburg Diess thanks employees for their performance and appeals for efforts to master the transformation to continue The Chairman of Volkswagen called for better cooperation on future topics at Volkswa

more >>

Surfing in the desert - Extreme driving

19.03.2019

• The SEAT Tarraco undergoes testing on Morocco’s Erg Chebbi, one of the most unforgiving places on the planet• Dunes that soar to the height of the Sagrada Familia challenge driving assistants such as the

more >>

Groupe Renault announces appointments in Regions

19.03.2019

In order to accelerate the Group transformation, boost the profitability of operations and develop growth in new markets, Groupe Renault announces the following appointments in its Regions. As of April 1, 2019:

more >>

Prototype for new Porsche company architecture opened in Palm Springs

19.03.2019

Porsche dealerships receive worldwide new corporate architectureWelcoming and experiential: Porsche is launching a new corporate architecture for its Porsche Centres worldwide. Following the tagline “Destination Porsche,” dealerships are intended to

more >>

Fossil energy sources go, Power-to-X comes

14.03.2019

Greenhouse gas emissions must be reduced and fossil fuels must be intelligently replaced. Power-to-X is the solution to many questions relating to the Paris Climate Agreement. Green electricity is turned into synthetic fuels, which are used in numerous industrial applications.The Paris

more >>

Designing the first CUPRA, in three stages

14.03.2019

The creative process that goes into a concept car • Hundreds of sketches, virtual reality and more than six months of work to make the CUPRA Formentor come to life• A combination of technology and a sophisticated image, the priority of the designers• Virtual re

more >>

Nissan and Mitsubishi to launch new kei cars as collaboration expands

14.03.2019

All-new minivehicles introduced through NMKV joint venture will be first to offer semiautonomous driving technologyNissan Motor Co., Ltd. and Mitsubishi Motors Corporation will introduce four new minivehicles in Japan through their joint venture, as th

more >>

Opel Returns to Russia

14.03.2019

Comeback with initial line-up of three models this year still Grandland X, Zafira Life and Vivaro to be available in Russia in fourth quarter Zafira Life and Vivaro Transporter to be built in the Kaluga plant Further models will follow soon&nbs

more >>

Groupe Renault announces the new composition of executive committee

13.03.2019

In order to respond to the sweeping changes taking place in the automobile industry, accelerate the company’s transformation to better meet customer expectations and improve the efficiency and profitability of operations, Thierry Bolloré, CEO of Groupe Renault, has

more >>

LVCVA Board of Directors Votes to Move Forward with Elon Musk's The Boring Company

12.03.2019

The Las Vegas Convention and Visitors Authority (LVCVA) Board of Directors today made a monumental decision that will revolutionize Southern Nevada’s transportation. The 14-member Board approved a recommendation to select

more >>

Eric Basset appointed Director of PSA Retail France

12.03.2019

Effective 11 March 2019, Eric Basset is joining PSA Retail, Groupe PSA’s distribution group, as Director of PSA Retail France.He will report to Anne Abboud, Senior Vice-President of PSA Retail.From that date, he will also take ch

more >>

Renault - Nissan - Mitsubishi new Alliance operation board

12.03.2019

Jean-Dominique Senard, Chairman of Renault, Hiroto Saikawa, CEO of Nissan, Thierry Bolloré, CEO of Renault and Osamu Masuko, CEO of Mitsubishi Motors, announce the intention to create a new Alliance operating boardFrom left to rig

more >>

New BMW 7 Series Sedan- Start of production

11.03.2019

Extensive update for Dingolfing’s top model – First plug-in-hybrid with six-cylinder engine – Digitalisation supports production processProduction of the new BMW 7 Series Sedan got underw

more >>

Ford Sponsors 30 Team SA Athletes for Special Olympics in Abu Dhabi

08.03.2019

• Over R1-million sponsorship provided by Ford for 30 special needs athletes• 2019 Special Olympics Summer World Games takes place from 14 to 21 March• SA National Team will compete in football, futsal (five-a-side female soccer), table tennis, equestrian, bocce, open-water swimming,

more >>

Who said this industry was a man’s world?

07.03.2019

• Women are behind several innovations that have shaped the automotive sector• Lane markings, turn signals and rear view mirrors all have the hallmark of a female creative mind• The industry added most of these inventions as standard equipment even though they were rarely paten

more >>

Audi A3 Sportback g-tron available to order beginning on March 7

07.03.2019

Starting the New Model Year with a Longer CNG Range Noticeable power boost thanks to new engine with 131 metric hp Tank concept enables pure CNG range (WLTP) of around 400 kilometers (248.5 miles)

more >>

Audi Now Ranks 1st and 2nd in Endurance Test by “Auto Bild”

07.03.2019

New Evidence of Top Quality: The A4 Avant 2.0 TFSI covered a distance of 100,000 kilometers without any problems and performed outstandingly, achieving a grade of 1 Audi places first and second in &l

more >>

Audi installs used lithium-ion batteries in factory vehicles

06.03.2019

The brand applies used batteries from electric cars in its own production plant Testing of second-use concept at the Ingolstadt site A second life for batteries from electric car

more >>

Opel Corsa 120Y Special Edition

06.03.2019

Extra Styling & SpecificationsOpel's core brand characteristic is to always offer customers more than they expect in the respective vehicle class.In celebration of our brand's solid reputation and OPEL's 120 years in the vehicle i

more >>

The Ferrari F8 Tributo is revealed

05.03.2019

A tribute to the most powerful V8 engine ever Ferrari F8 Tributo, the new mid-rear engined sports car that represents the highest expression of the company's classic two-seater berlinetta. Its name is an homage to both the model's

more >>

McLaren poised to redefine the rules of Grand Touring

05.03.2019

McLaren announces intention to introduce a new Grand Tourer Announcement made by CEO, Mike Flewitt, during McLaren’s Geneva press conference Image released of a camo

more >>

Leading photographer presents "Phantom off Duty"

01.03.2019

Witnessing the ‘Gentleman’s Tourer’ at the Geneva motor show, automotive culture photographer, Mark Riccioni, voiced a desire to capture this significant motor car in a fashion befitting of its spirit: disruptive, imperious and unapologetically contemporary.

more >>

Axel Andorff, new SEAT Vice-president for R&D

01.03.2019

As of 1st March he will be replacing Dr. Matthias Rabe, who will lead the new Technical Development Operations area at the Volkswagen brand following 8 years as member of the SEAT Executive Committee The new Vice-president has close to 20 years’ experience at Daimler He will be responsible f

more >>

Lighting Technology for Everyone: Opel Astra Turns Night into Day

28.02.2019

120 Years of Opel Automobile Production Anniversary offer: Astra “120 Years“ special edition at attractive prices Making cars since 1899: Best lighting has a

more >>

Selezione Lamborghini Certified Pre-Owned

27.02.2019

Automobili Lamborghini launches Selezione Lamborghini Certified Pre-Owned, a new, comprehensive certification program for pre-owned cars sold through the authorized Lamborghini dealer and service center network worldwide. Selezione Lamborghini p

more >>

The day the Popemobile was spared

27.02.2019

The history of a brand A fire in SEAT’s factory in Barcelona jeopardised the brand’s historic car collection Swift action taken by SEAT personnel and fire-fighters prevented damage to the vehicles The collection features gems such as a Popemobile, the second last 600 e

more >>

#MAANDO MBA #prince carl philip

1 note · View note

okkcats · 5 years ago

Text

PCB Manufacture: China vs. US

Looking back on your daily life, have you noticed the growth of consumer electronics and automotive industries are affecting your life and work? Accordingly, it also drives the booming market of PCB Manufacture, which is expected to reach an estimated $89.7 billion by 2024 with a CAGR of 4.3% from 2019 to 2024. Much of this market is currently controlled by PCB manufacturer China companies in places like Shenzhen, which is located in Southeastern China. However, the history of PCB booming in the United States can be traced back to 1950, which is far earlier than China entering this market.

So why can PCB Manufacturer China dominates the market rather than the United States? To solve the confusion for PCB procurements about choosing PCB manufacturer China or US instead, we’ve listed the comparison between the United States and China.

Competitive factors of PCB manufacturer China

According to this report, price was the dominant primary competitive factor in Non-U.S PCB manufacturer, accounting for 76 percent of responses, and China was the leading location, accounting for 67 percent of responses.

And the comparative advantages in various costs which result in lower finished bare PCB prices are:

Labor Costs

Material Costs

Equipment Costs

Environmental Compliance Costs

Building Space Costs

R&D Costs

Supplier Chain

Let’s take Shenzhen MOKO Technology Co., Ltd as an example, which is one of the leading SEM PCB manufacturing and PCB assembly factory in Shenzhen, China.

Labor cost: As you know, Shenzhen is a fast-developing city that gathers many high-tech electronics and automotive industries, each company included MOKO requires clear division of labor, and due to the economic level of China compared to US and easier access to skilled workers, the labor cost of MOKO is far cheaper than in US.

Material cost: MOKO Technology was established since 2001, it’s proficient and experienced in manufacturing PCB and PCB assembly, and also established a stable relationship with accountable material supplier. For a PCB manufacturer that aims to win customers with high-quality and after-sale service, there are many audit processes to certified a material supplier, so the long-term relationship with material suppliers saves a lot of cost of MOKO Technology. Of course, it also doesn’t mean that there’s an opportunity for the material supplier to mix some poor material, from the material sourcing to the forming of substrate and the performance testing of the final products, each process is under strict requirements and testing.

Equipment cost: Chinese high-end equipment is constantly replacing the import, recognized and ordered by the famous PCB enterprises at home and abroad as its high-quality and cost-saving, such as laser drilling machine, laser cutting machine, CNC drilling machine, automatic laser imaging system (LDI), vertical continuous electroplating automatic line (VCP), automatic automatic on and off detection. The main PCB special equipment/instrument representative companies in China are Han’s Laser Technology Industry Group Co., Ltd, Zhengye Technology, UCE Group, Shenzhen Mason Electronics Co., Ltd., and Ta Liang Technology Co., Ltd.

R&D Costs: Due to the overall economic and outcome level in China, the educated and experienced Engineers' salaries and R&D equipment, relevant material and tooling are cheaper than in the US.

Supplier chain: As mass PCB production has shifted away from the U.S. towards Asia，especially Shenzhen, so China has the advantage of the industry supply chain.

Forty-five percent of BIS survey respondents stated that a reduction in U.S. companies that manufacture laminate and other circuit-board related materials has created supply problems for them.

Furthermore, Electronic Contract Manufacturing has been known historically to dramatically reduce supply chain costs, in some cases cutting them in half. ECM has made it possible for companies to shed all or most of their internal manufacturing facilities thereby freeing their valuable company resources for other productive business purposes. In some cases, Electronic Contract Manufacturing has enabled companies to operate without the need for internal manufacturing capabilities or internally-managed factories.

Many companies may choose to outsource their well-established longstanding products to an Electronic Contract Manufacturer, thereby allowing for a greater focus on internal operations for newer products of greater complexity which may have higher margins.

Competitive factors of PCB manufacturer US

According to respondents, U.S. bare PCB manufacturers possess the comparative advantage in:

Lead Time

Quality

Performance

Through the comparison of the advantage between PCB manufacturer China & the US, I believe you’ve got a clear idea for choosing the PCB manufacturer between China and the US, so the next thing you should figure out is what you most concerns when choosing a PCB manufacturer.

Cost

Quality

Lead time

MOQ

Design safety

Experience & Expertise

After-sale service

If you’re considering high-volume production and the price is the most essential factor for your market plan, then you should choose a PCB manufacturer in China as it can save you lots of money for other donate or patronage.

And of course the quality should not be ignored, there are many excellent PCB manufacturers in the US with advanced equipment for ensuring the quality and lead time, and if your company is based on the US, maybe it would be convenient for you to visit the company.

But we know, for business, who don’t want to cooperate with a company that can be conformed to both cost and quality? And of course, to establish your long-term relationship with the PCB manufacturer, most of you would choose to start with a prototype or sample, which is a good way to decrease the deficit and finding out the problem before mass production.

So in such a condition, I suggest you find a reputable and certified experienced PCB manufacturer in China.

Located in Shenzhen, China, MOKO Technology is an expert at PCB Manufacturing and PCB assembly since 2001. MOKO covers an area of more than 8,000 square meters, and has over 250 employees, among them, there are 70 engineers for R&D team and 45 overseas sales for the business team.

Cost:

Firstly, based on geography advantage, MOKO Technology can save a lot of costs like material, component sourcing, labor cost and so on.

Secondly, it has a professional complete procedure from the inquiry to shipping. After receiving the inquiry, MOKO Technology has a team to evaluate customers’ requirements and make an optimized scheme for you, for the material, you will be suggested to choose the suitable material that can perform best for the property.

Thirdly, MOKO Technology has the advantage of supplier chain and it’s experienced in EMS with a one-stop service, which only saves you lots of time and money.

Quality:

For the R&D cost, MOKO Technology has hired experienced 70 engineers

Certified in accordance with ISO 9001: 2015, IPC, and UL (PCB factory: E501497 94V-0; PCB assembly factory: E499341) standards

Bare Board 100 % Visual Inspection & AQL on mechanical to IPC-600 Class II or III

Assembly 100% Visual Inspection to IPC-610 Class II or III

Polar TDR Impedance Testing

PCB Board Net List Electrical Testing 100%

Micro-section Evaluation and Reports

PCB Assembly – ICT testing

PCB Assembly – Functional Testing

PCB Assembly – Burn-In-Testing

X-ray for PC board registration

X-ray for BGA and Component Verification

Automated Optical Inspection (AOI)

Lead Time of PCB Assembly:

MOKO provide 2-50 layered PCBs for fabrication, including HDI, Rigid, Rigid-Flex, & flex boards. From low quantity to mass production, with high quality, and quick turn available at a low cost.

And for the monthly capacity, it can manufacturer 30,000 square meters PCB and 400,000 pcs.

There’s no minimum order requirement, and for the sample, MOKO Technology can accept 10 pcs as MOQ.

Design safety:

About this issue, you can never worry about it as MOKO Technology will sign DOD Contracts with ITAR Registered

After-sale service:

Online Tracking

ERP Systematic order process, you can check the production status of the entire purchase order, and the whole product cycle time.

Professional sales:

Whatever problems happening, you can be replied within 24 hours. There are 70 engineers to support you, including PCB design & PCB Layout, hardware design engineering, firmware & software development, and personalization.

One pair one timely customer order status feedback

MOKO Technology Ltd is a premiere turn-key PCB assembly manufacturer. We are dedicated to providing the best client service in the electronics manufacturing business. Your total satisfaction is extremely important to us. We will meet all your needs in PCB design and layout, PCB manufacturing, and circuit board assembly

Products application industries1> LED PCB

MOKO Technology can offer one-stop service for led light electronic parts focusing on ODM/OEM led PCBA, OEM LED control PCBA and OEM LED Driver PCBA.

It can design hardware, firmware, iOS/Android APP, plastic. If you have a Gerber file and BOM list, they also can offer OEM service for you.

What can MOKO Technology do for LED project:

PCB Design & Layout

Reverse Engineering Service

Fast PCB&PCBA Prototyping

Components sourcing

PCB Assembly

Cable, Wire Assemblies, and Housing Assemblies

Cover coating and glue

Loading firmware & function testing and Aging testing

ODM/OEM LED PCBA Service:

MOKO Technology produced lots of led PCBA, for example, UV LED PCBA for medical machine, UV LED PCBA for 3D printer, AC220V driverless led PCBA, AC110V driverless led PCBA, LED PCBA for street light, LED PCBA for tube light, LED PCBA for panel light, COB RGB LED PCBA for pool light, RGB LED PCBA for pixel light, LED PCBA for ceiling light, LED PCBA for traffic light, etc.

LED PCBA Design & Layout Cases:

MOKO Technology Ltd is a highly respected telecom PCB Assembly, telecom PCBA Manufacturer specializing in prototyping and small volume building in the highly complex area or telecom and industrial computing Printed Circuit Board Assembly(PCBA), PCB Assembly, PCB Assembly service for leading OEMs.

Telecom Printed Circuit Boards Applications:

Phone switching systems

Signal boost online systems

Cell transmission and tower electronics

Satellite technology High-speed routers and servers

Wireless industrial and commercial phone technology

Space communications technology

Military communications systems

Video collaboration Information security technology

PBX systems Voice over internet protocol

Latest Telecom PCBA Cases:

To ensure a positive response from “end”-consumers, many customers from MOKO build on the quality and reliability provided from MOKO.

Latest Consumer Electronics PCBA Cases:

MOKO offers world-class, custom-designed solutions for the automotive market including rapid prototyping, test and product development support with the highest level of quality and traceability to meet your unique requirements.

Latest Automotive PCBA Cases:

MOKO Technology Ltd specializes in the medical PCB assembly and medical PCB production for medical companies of all sizes.

The workmanship of MOKO Technology Ltd can be found in many medical devices such as diagnostic imaging equipment, lasers, and handheld dental tools.

Latest Medical PCBA Cases:

For several years, MOKO has worked with a variety of customers in the industrial market segment from sensors, conditioning systems for alternative energy, power monitoring systems, industrial controls as well as others with demanding environmental requirements.

Latest Industrial PCBA Cases:

So after all this research above, I think choosing the most suitable PCB manufacturer according to your concern is a wise choice. Whatever it’s PCB manufacturer China or PCB manufacturer US, make sure you’ve been clear about your concerns and know your supplier well!

For more info about MOKO Technology Co., Ltd, you can visit https://www.mokotechnology.com/

#pcbmanufacture pcbmanufacturer pcbmanufacturing pcb mokotechnology

1 note · View note

mokosmart · 5 years ago

Text

PCB Manufacturer China and PCB Manufacturer US

Competitive factors of PCB manufacturer China

According to this report, the price was the dominant primary competitive factor in Non-U.S PCB manufacturer, accounting for 76 percent of responses, and China was the leading location, accounting for 67 percent of responses.

And the comparative advantages in various costs which result in lower finished bare PCB prices are:

Labor Costs

Material Costs

Equipment Costs

Environmental Compliance Costs

Building Space Costs

R&D Costs

Supplier Chain

Let’s take Shenzhen MOKO Technology Co., Ltd as an example, which is one of the leading SEM PCB manufacturing and PCB assembly factory in Shenzhen, China.

Material cost: MOKO Technology was established since 2001, it’s proficient and experienced in manufacturing PCB and PCB assembly, and also established a stable relationship with accountable material supplier. For a PCB manufacturer that aims to win customers with high-quality and after-sale service, there are many audit processes to certified a material supplier, so the long-term relationship with material suppliers saves a lot of cost of MOKO Technology. Of course, it also doesn’t mean that there’s an opportunity for the material supplier to mix some poor material, from the material sourcing to the forming of a substrate and the performance testing of the final products, each process is under strict requirements and testing.

R&D Costs: Due to the overall economic and outcome level in China, the educated and experienced Engineers' salaries and R&D equipment, relevant material and tooling are cheaper than in the US.

Supplier chain: As mass PCB production has shifted away from the U.S. towards Asia，especially Shenzhen, so China has the advantage of the industry supply chain.

Forty-five percent of BIS survey respondents stated that a reduction in U.S. companies that manufacture laminate and other circuit-board related materials has created supply problems for them.

Competitive factors of PCB manufacturer US

According to respondents, U.S. bare PCB manufacturers possess the comparative advantage in:

Lead Time

Quality

Performance

Cost

Quality

Lead time

MOQ

Design safety

Experience & Expertise

After-sale service

So in such a condition, I suggest you find a reputable and certified experienced PCB manufacturer in China.

Cost:

Firstly, based on geography advantage, MOKO Technology can save a lot of costs like material, component sourcing, labor cost and so on.

Thirdly, MOKO Technology has the advantage of supplier chain and it’s experienced in EMS with a one-stop service, which only saves you lots of time and money.

Quality:

For the R&D cost, MOKO Technology has hired experienced 70 engineers

Certified in accordance with ISO 9001: 2015, IPC, and UL (PCB factory: E501497 94V-0; PCB assembly factory: E499341) standards

Bare Board 100 % Visual Inspection & AQL on mechanical to IPC-600 Class II or III

Assembly 100% Visual Inspection to IPC-610 Class II or III

Polar TDR Impedance Testing

PCB Board Net List Electrical Testing 100%

Micro-section Evaluation and Reports

PCB Assembly – ICT testing

PCB Assembly – Functional Testing

PCB Assembly – Burn-In-Testing

X-ray for PC board registration

X-ray for BGA and Component Verification

Automated Optical Inspection (AOI)

Lead Time of PCB Assembly:

MOKO provides 2-50 layered PCBs for fabrication, including HDI, Rigid, Rigid-Flex, & flex boards. From low quantity to mass production, with high quality, and quick turn available at a low cost.

And for the monthly capacity, it can manufacturer 30,000 square meters PCB and 400,000 pcs.

There’s no minimum order requirement, and for the sample, MOKO Technology can accept 10 pcs as MOQ.

Design safety:

About this issue, you can never worry about it as MOKO Technology will sign DOD Contracts with ITAR Registered

After-sale service:

Online Tracking

ERP Systematic order process, you can check the production status of the entire purchase order, and the whole product cycle time.

Professional sales:

One pair one timely customer order status feedback

Products application industries1> LED PCB

MOKO Technology can offer one-stop service for led light electronic parts focusing on ODM/OEM led PCBA, OEM LED control PCBA and OEM LED Driver PCBA.

It can design hardware, firmware, iOS/Android APP, plastic. If you have a Gerber file and BOM list, they also can offer OEM service for you.

What can MOKO Technology do for LED project:

PCB Design & Layout

Reverse Engineering Service

Fast PCB&PCBA Prototyping

Components sourcing

PCB Assembly

Cable, Wire Assemblies, and Housing Assemblies

Cover coating and glue

Loading firmware & function testing and Aging testing

ODM/OEM LED PCBA Service:

LED PCBA Design & Layout Cases:

Telecom Printed Circuit Boards Applications:

Phone switching systems

Signal boost online systems

Cell transmission and tower electronics

Satellite technology High-speed routers and servers

Wireless industrial and commercial phone technology

Space communications technology

Military communications systems

Video collaboration Information security technology

PBX systems Voice over internet protocol

Latest Telecom PCBA Cases:

To ensure a positive response from “end”-consumers, many customers from MOKO build on the quality and reliability provided from MOKO.

Latest Consumer Electronics PCBA Cases:

Latest Automotive PCBA Cases:

MOKO Technology Ltd specializes in the medical PCB assembly and medical PCB production for medical companies of all sizes.

The workmanship of MOKO Technology Ltd can be found in many medical devices such as diagnostic imaging equipment, lasers, and handheld dental tools.

Latest PCBA Cases:

Latest Industrial PCBA Cases:

For more info about MOKO Technology Co., Ltd, you can visit https://www.mokotechnology.com/ and https://www.mokotechnology.com/pcb-manufacturer-china-vs-us/

#pcbmanufacture pcbmanufacturing pcbmanufacturer pcbchina pcb pcba

1 note · View note

lighhouse · 2 years ago

Text

best ERP software in India

What precisely is an ERP system?

How can these solutions manage a company's day-to-day business operations, such as manufacturing, supply chain management, accounting, and finance?

Enterprise resource planning systems (ERPs) are comprehensive, integrated platforms that can be used on-premises or in the cloud to manage all aspects of distribution or manufacturing businesses. Furthermore, ERP systems serve all aspects of financial administration, human resources, supply chain management, and manufacturing in addition to your primary accounting function.

The best ERP software in India will provide transparency into the entire business process by monitoring all aspects of manufacturing, logistics, and finances. These integrated systems, which serve as the organization's main hub for end-to-end processes and data, can be used by multiple departments.

ERP systems and software provide a variety of capabilities for large, medium, and small businesses, as well as industry-specific adaptations.

ERP fundamentals

The design of the best ERP software in India revolves around a single, predefined data structure (schema), which frequently uses a single database. This ensures that the data used throughout the company is standardized and based on typical user experiences. Workflows across business departments (such as finance, human resources, engineering, marketing, and operations) that are driven by these fundamental components are then linked to systems and users of those systems. Simply put, ERP is the means by which a modern organization integrates its people, processes, and technologies.

Consider a company that buys parts and components from a variety of vendors to manufacture automobiles. It may use an ERP system to track the procurement and acquisition of these items, ensuring that each step of the procure-to-pay process uses consistent and accurate data linked

When ERP is properly implemented at this automotive manufacturing company, a component, such as "front brake pads," is consistently identified by part name, size, material, source, lot number, supplier part number,

Because data is the lifeblood of every modern business, the best ERP software in India makes it easier to gather, organize, analyze, and distribute this information to every person and system who requires it to effectively carry out their function and obligation.

ERP also ensures that these data fields and attributes roll up to the appropriate account in the business's general ledger in order to accurately track and depict all costs. If the front brake pads were referred to as "front brakes" in one software system (or perhaps a set of spreadsheets), "brake pads" in another, and "front pads" in a third, it would be difficult for the automotive manufacturing company to determine how much is spent annually on front brake pads, whether it should switch suppliers, or whether it should negotiate for better prices.

A fundamental ERP principle is the central collection of data for widespread distribution. In contrast to several standalone databases with an unlimited supply of disconnected spreadsheets, ERP systems bring order to chaos by allowing all users—from the CEO to accounts payable clerks—to create, store, and use the same data derived through similar processes. Because of a secure and centralized data repository, everyone within the organization can be confident that the data is accurate, up-to-date, and complete. Data integrity is guaranteed for every operation carried out across the firm, from a quarterly financial statement to a single outstanding receivables report, without relying on error-prone spreadsheets.

ERP's worth to businesses

When company data and procedures are gathered into ERP systems, businesses can integrate different divisions and optimize workflows, resulting in significant bottom-line savings. Examples of specific benefits for businesses include:

Real-time data from reports provide enhanced business insight.

Reduce operating costs by streamlining business procedures and putting best practices into action.

A consistent user experience across multiple business functions and clearly defined business processes that boost efficiency

Infrastructure that is used for all company activities and is the same from the back office to the front office.

Higher user adoption rates result from a consistent user experience and design.

Enhanced data quality and financial controls to reduce risk

The use of standardized and integrated systems will aid in the reduction of management and operational costs.

ERP deployment strategies include on-premises and cloud-based deployments.

ERP history from the 1990s to the present

From the 1990s to the turn of the century, the best ERP software in India rose rapidly. At the same time, the cost of implementing an ERP system began to rise. The large machines in a server room required to run the software were normally on the business's premises. Both hardware and software licenses required capital investments and depreciated over a 5- to 10-year period. Furthermore, businesses almost always wanted to customize their ERP systems to meet their specific needs, which added costs for software consultants and training.

Meanwhile, embedded analytics and other new features and functionality were being added to ERP technology to embrace the internet. As time passed, many businesses discovered that their on-premises ERP systems couldn't keep up with modern security requirements or the emergence of new technology such as smartphones.

0 notes

aimtroncorpration · 3 years ago

Text

Key Quality Control Methods in Electronics Manufacturing – Aimtron Corporation

Introduction

From microchips in computers and smartphones to the circuits that Aerospace, Defense, or Automotive producers depend on the components that electronics manufacturing companies. Thus, the electronics manufacturers are challenged by rising global competition & a need to offer quality products?

Consequently, quality control managers in the Electronics manufacturing company need real-time visibility to increase yields, run-down costs, and ensure component and product traceability. And, the disintegration of these aspects is hazardous for any company involved in the production, and loopholes in it may have a drastic effect on a company’s performance.

While developing an electronic product, there is continual consideration given to the operational lifecycle for which the product needs to function besides fail. This estimated period of operation is used as a foundation for extending safety to end-users, as a warranty. Delivering too many products that fail to meet this reliability criterion will result in extra manufacturing costs.

These undesirable outcomes are prevented by developing quality control methods, particularly for PCBA manufacturing. Besides this, delivering substandard products can also adversely affect the company’s honor, resulting in decreased market share. An OEM furnishing board and electronics to a necessary industry must have a fine manipulation technique. This is required as the board, or system failure should have deadly results. Thus, exceptional manipulation is essential for all circuit boards and electronic gadget production.

Essential Quality Control Methods in Electronics Manufacturing

EMS firms must implement quality administration in all phases of electronics manufacturing. Probably, the most positive ability to institute this complete method is a three-point strategy that ambitions components, data, and the production method, as described below.

Components Management

The software of sufficient manipulation to factors starts off evolving for the duration of the plan with selection and the proper coordination of factor programs with board design footprints. It is also essential to de-risk the availability of components, which is most difficult all through instances of uncertainty. The fine way to keep away the risk of spurious aspects winding up on your board from these occurrences is to institute a plan that consists of:

Component availability inspection

Sourcing from a reliable merchant

Institute element grant chain management

Follow procurement policies and recommendations

Data Management

For computerized PCBA electronics manufacturing processes, correct records that are readable and unique are critical for board fabrication and assembly. Additionally, facts must be traceable during the complete improvement process. However, it is fundamental to the function of hazardous evaluation and tunes down redundancies. It is needed to observe the recommendations supplied by way of ISO 9001 Quality Management Systems if no different regulatory necessities are in the area.

Process Management

There are different regions where it is crucial to observe manipulation in the manufacturing process. In addition to following the popular administration guidelines put forth in ISO 9001, there are necessities for circuit board manufacturing primarily based upon overall performance classification as described in Generic Performance Specification for PCBs. This popular offers specs and obstacles on mistakes that are perfect for the training of board production based upon how lengthy the board needs to work efficiently. Other significant demands are soldered electronic assemblies and the acceptability of electronic assemblies.

Durable Machinery & Efficient Engineers

The product must be manufactured with efficient and durable machines. We, at Aimtron, own a variety of machinery like Solder Paste Printing machine, Solder Paste Inspection machine, Glue Dispensing machine, Pick-and-Place machine, Reflow Soldering Machine, Wave Soldering laptop, Automatic Optical Inspection machine, In-Circuit Test, and Functional Validation Test Fixture for satisfying client’s need.

Risk Management

The risk management continues with the aid of fending off setbacks and losses. It covers assembly time limits and assures the whole lot gets delivered on time. Reducing risks is essential for any electronics manufacturing enterprise to hold liabilities at a minimum, find workable problems, and get to the bottom of them before they affect the complete manufacturing practice causing a setback. For example, when ordering electrical elements for the PCB, the risk management plan makes the components arrive on time, and the whole lot works under the lead time. Similarly, it guarantees all of the monetary threats in case accidents appear, and a fall again sketch is in the scope to save from problems down the manufacturing system.

IPC Inspection

The IPC is an affiliation that pursuits to standardize electronics production and acts as a preliminary stage of assurance in electronics manufacturing. It is the authentic crew that determines the Acceptance Quality Level of electronic components. The AQL is the finding out range if a digital device has a variety of faulty gadgets that should cause rejection. Substandard merchandise is categorized as Class two IPC. Whereas, class three IPC commodity is vital when it points to standards.

TTC System

The Track, Trace, and Control System mechanism is a superior science technique carried out using most electronics manufacturing corporations these days as a phase of their electronics that nicely manipulate the process. This traceability machine regulates manufacturing methods, stabilizes elements, oversees components, collects statistics, and document human-operated things to minimize mistakes and feasible issues.

First Article Approval

Electronic manufacturers test the first product outside the manufacturing unit and let it bear a thorough quality check before large production. The First Article Approval goals to suit the give-up product anticipated out of the batch. As lengthy as the quit product passes all standards regardless of lead time and any different factors, then the First Article Approval will be released which is a report approving mass manufacturing.

Quality Certifications

Quality certificates bring rewards to electronics manufacturing. These testimonials cover equipment, workers’ competencies, and working areas omitted with regular management. Having these elements credited goes a long way to establishing your organization as a licensed electronics manufacturing firm. Some customers and clients are enticed with certifications as they act as a provider assurance.

Conclusion

All of these essential procedures for exceptional quality control in manufacturing serve as stipulations to have a steady QC electronics process. If a pleasant engineer misses having one of these processes, there is an opportunity whereby the QC electronics procedure may want to be mistaken assuring to components of poor qualities. Failure in the high-quality managed branch may result in a waste of resources, negative products, human blunders, and failed product specs, which are nightmares for all electronics product manufacturers.

#electronicsmanufacturers #ElectronicsManufacturing #Electronicsmanufacturingcompany #electronicsmanufacturingprocesses #PCBAmanufacturing

0 notes

shashiemrf · 3 years ago

Text

Embedded Software Market to Witness Healthy Growth as Players Witness Potential Growth Opportunities 2022

Market Scope

Market Research Future (MRFR) confirms that the embedded software market 2020 can be worth USD 19 Billion by the year 2022. The market is also presumed to achieve a decent CAGR of 9% over the assessment period, which is between 2016 and 2022.

Market Segmentation

The primary segments based on which the embedded software market has been covered in the report include programming languages as well as applications.

Programming languages are C++, C, .Net, Java, Assembly Language, and others.

The applications of embedded software are healthcare, consumer electronics, radio & satellite devices and automotive, among others. The automotive sector makes widespread use of embedded software, in conjunction with the augmented demand for autonomous cars. Embedded software also enables companies to combine the Engine Control Unit or ECU and the complex embedded systems of the automobile.

Regional Outlook

The embedded software market has been regionally analyzed with respect to Asia Pacific or APAC, Europe, North America, and the rest of the world or RoW.

North America has materialized as the top market for embedded software, on account of the surge in IOT in the US as well as Canada. The high number of startups in the region that offer advanced software solutions prods the deployment rate of embedded software solutions. Also, the increasing application of special-purpose hardware that deploy RTOS systems, like Windows CE, Fusion RTOS, VxWorks and Lynx OS, will result in notable business expansion in the next couple of years.

Europe, consisting of highly developed countries like France, Italy and Germany, generates massive demand for embedded software, especially in consumer electronics. The rapid development of the ICT technology within the automotive sector has also been instrumental in the growth of the embedded software market in the region.

The APAC market for embedded software can procure the fastest expansion rate in the forthcoming period, on account of the rising customization of consumer electronics as well as healthcare products. Several government-backed initiatives in developing nations such as India, South Korea and Japan to boost the economic status are projected to encourage market growth. Maximum market growth in the region is expected to be in India and China, on account of the improving economic conditions and the increasing use of electronic products.

Get Free Sample Report @ https://www.marketresearchfuture.com/sample_request/2103

Growth Inducers and Main Deterrents

The embedded software market size can develop at a quick pace, in line with the increasing use of IoT-backed devices that enable enterprises to provide better connectivity as well as technological solutions. With these devices, enterprises are able to manage massive data that are utilized in complex architectures like drones, autonomous cars and aircraft. The rampant demand for connected and smart devices in the automotive industry, among others, can most likely lead the embedded software market to greater heights in the approaching years.

Leading developers in the market are mostly focused on building processing, deterministic, and powerful efficiencies into more compact, resource-constrained and low-power devices. The surge in machine to machine or M2M communication has raised the uptake of machine to machine embedded software across enterprises. Increased demand for embedded software in the semiconductor industry is also anticipated to benefit the market.

Healthcare has emerged as one of the industries that are increasingly deploying IoT-enabled embedded software with applications in medical devices. The software helps medical professionals enhance the effectiveness and quality of services that are provided to the patients. Businesses of varying sizes across the world are acknowledging the potential held by IoT, which they are utilizing to transform their business models. They are also able to generate new revenue models with the intersection of connected intelligent devices and the cloud technology.

Notable Vendors

Green Hills Software (U.S.), Microsoft Corporation(U.S.), Microchip Technology Inc. (U.S.), IBM Corporation (U.S.), Enea Software AB (Sweden), Advantech Industrial Computing India Pvt. Ltd (Taiwan), STMicroelectronics(Switzerland), Intel Corporation (U.S.), Mitsubishi Electric Corporation(Japan), Emerson Network Power(U.S.), are the some of the most notable vendors currently active in the embedded market.

Table of Content:

6 GLOBAL EMBEDDED SOFTWARE MARKET, BY SEGMENTS

6.1 INTRODUCTION

6.2 MARKET STATISTICS

6.2.1 BY PROGRAMMING LANGUAGE

6.2.1.1 C

6.2.1.2 C++

6.2.1.3 ASSEMBLY LANGUAGE

6.2.1.4 JAVA

6.2.1.5 .NET

6.2.1.6 OTHERS

6.2.2 BY APPLICATIONS

6.2.2.1 CONSUMER ELECTRONICS

6.2.2.2 HEALTHCARE

6.2.2.3 AUTOMOTIVE

6.2.2.4 RADIO & SATELLITE DEVICES

6.2.2.5 OTHERS

6.2.3 BY GEOGRAPHY

6.2.3.1 NORTH AMERICA

6.2.3.2 EUROPE

6.2.3.3 ASIA-PACIFIC

6.2.3.4 REST OF THE WORLD 7 COMPETITIVE ANALYSIS

7.1 MARKET SHARE ANALYSIS

7.2 COMPANY PROFILES

7.2.1 ENEA SOFTWARE AB (SWEDEN)

7.2.2 GREEN HILLS SOFTWARE (U.S.)

7.2.3 IBM CORPORATION (U.S.)

7.2.4 INTEL CORPORATION (U.S.)

7.2.5 MICROSOFT CORPORATION (U.S.)

7.2.6 ADVANTECH INDUSTRIAL COMPUTING INDIA PVT. LTD (TAIWAN)

7.2.7 EMERSON NETWORK POWER (U.S.)

7.2.8 MICROCHIP TECHNOLOGY INC. (U.S.)

7.2.9 MITSUBISHI ELECTRIC CORPORATION (JAPAN)

7.2.10 STMICROELECTRONICS (SWITZERLAND)

7.2.11 OTHERS

Get Complete Report @ https://www.marketresearchfuture.com/reports/embedded-software-market-2103

About Us

Market Research Future (MRFR) is an esteemed company with a reputation of serving clients across domains of information technology (IT), healthcare, and chemicals. Our analysts undertake painstaking primary and secondary research to provide a seamless report with a 360 degree perspective. Data is compared against reputed organizations, trustworthy databases, and international surveys for producing impeccable reports backed with graphical and statistical information.

We at MRFR provide syndicated and customized reports to clients as per their liking. Our consulting services are aimed at eliminating business risks and driving the bottomline margins of our clients. The hands-on experience of analysts and capability of performing astute research through interviews, surveys, and polls are a statement of our prowess. We constantly monitor the market for any fluctuations and update our reports on a regular basis.

Media Contact:

Market Research Future

Office No. 528, Amanora Chambers

Magarpatta Road, Hadapsar,

Pune - 411028

Maharashtra, India

+1 646 845 9312

Email: [email protected]

0 notes

vkindarle · 3 years ago

Text

Global PA66 Engineering Plastics Market 2021 - Effect of COVID-19, Segmentation, Analysis, Opportunities, Technology and Forecast to 2026

Worldwide PA66 Engineering Plastics Market Analysis 2021 by Top Manufacturers, Technology Updates, CAGR Status, Growth Factors, Forecasting 2027

The Research study offers deep evaluation of the Global PA66 Engineering Plastics Market will develop in the future with a business overview, share size, growth, trends and forecast 2028. A detailed analysis of consumer demands, future growth opportunities, and current trends are also drafted in this report. This report offers industry share, market strategies, the competitive examination of top players involved in the industry. The PA66 Engineering Plastics market report concentrates on the data related to the many market segmentation, geographic segmentation, business dynamics, business growth factors, and a whole study of the competitive overview of this market.

A complete study on the growth of the PA66 Engineering Plastics market with respect to regions and countries is one of the critical and beneficial parts of this report. All these factors will help the reader to understand the overall market and to recognize the growth opportunities in the market. PA66 Engineering Plastics is the process of delivering PA66 Engineering Plastics analytical data on inventory levels, consumer demand, sales, and supply chain movement as they are important in the process of marketing, and making procurement decisions. Further section highlighting PA66 Engineering Plastics market dynamics that features the industry growth drivers, restraints, challenges, trends, and opportunities.

Get an exclusive piece of research report @ https://www.marketresearchstore.com/sample/pa66-engineering-plastics-market-806662

The study dives deep into the profiles of top market players and their key financials. This comprehensive report is not only for business analysts and any existing and new entrant can use it when designing their business strategies. The research is one of its kind global analyses of aspects such as import and export status, supply chain management, profit and gross margin worldwide for the forecast period 2020-2026.

The report also highlights their financial status by assessing gross margin, profitability, production cost, pricing structure, expenses, PA66 Engineering Plastics sales volume, revenue, and growth rate. Their raw material sourcing strategies, organizational structure, corporate alliance, PA66 Engineering Plastics production volume, manufacturing base, sales areas, distribution network, global presence, product specifications, effective technologies, major vendors, and import-export activities are also emphasized in this report.

Leading Major Key Vendors: Hua Yang, DSM, Softergroup, Ascend, BASF, Solvay, Dupont, Radici Group, Asahi Kasei, Invista, Shenma

Segmentation by Product Type: Extrusion Grade, Injection Molding Grade

Segmentation by End-use Industry: Machinery Equipment, Automotive Industry, Electrical & Electronics

Access Entire Research Report @ https://www.marketresearchstore.com/market-insights/pa66-engineering-plastics-market-806662

Significant regions covered in this report:

North America (United States, Canada) Europe (Germany, France, UK, Italy, Russia, Spain) Asia Pacific (China, Japan, Korea, India, Australia, New Zealand) Middle East & Africa (Middle East, Africa) Latin America (Mexico, Brazil, C. America, Chile, Peru, Colombia)

Research objectives:

To analyze and study the global PA66 Engineering Plastics consumption (value & volume) by key regions/countries, product type and application, history data from 2015 to 2019, and forecast to 2025.

To comprehend the structure of the PA66 Engineering Plastics market by distinguishing its different sub-segments.

Focuses on the key global PA66 Engineering Plastics manufacturers, to describe, define and analyze the sales value, volume, market share, market competition landscape, SWOT analysis and development plans in the next couple of years.

To inspect the PA66 Engineering Plastics related to individual growth trends, future prospects, and their commitment to the entire industry.

To share definite information about the key factors affecting the development of the market (opportunities, industry-specific challenges and risks, growth potential, drivers).

To extend the consumption of PA66 Engineering Plastics sub-markets, concerning key regions (alongside their respective key countries).

To evaluate competitive developments such as agreements, expansions, new product launches, and acquisitions in the industry.

To strategically profile the key players and extensively break down their development techniques.

Make an Inquiry about this report @ https://www.marketresearchstore.com/inquiry/pa66-engineering-plastics-market-806662

The market variables portrayed in this report are:• Key Market Highlights: The report evaluated key market highlights, including price, capacity, cost & revenue, capacity utilization rate, gross margin, production rate, consumption, export/import, demand/supply, CAGR, and market share. Additionally to that, the research gives an all-inclusive analysis of the key market factors and their most recent trends, alongside important market segments and sub-segments.• Key Strategic Advancements: The research incorporates the key strategic advancements of the market, including Research and development (R&D), M&A, agreements, new product launch, associations, organizations, joint ventures, and regional advancement of the key contenders working in the PA66 Engineering Plastics report on a global and regional scale.• Analytical Tools: The Global PA66 Engineering Plastics Market report gives the thoroughly evaluated and studied data of the top industry players and their scope in the market by means of several analytical tools. The analytical tools such as SWOT analysis, ROI analysis, feasibility study, and Porter’s five forces analysis have been anticipated assessing the growth of the key players functioning in the market.

In the end, the extensive PA66 Engineering Plastics market report is designed with the initial and first-hand conclusion to utilize the PA66 Engineering Plastics report and participate in business development for important business opportunities. The precise figures and statistical representation of the PA66 Engineering Plastics market are revealed in a represented approach. The PA66 Engineering Plastics report also specifies an investigation of potential competition, current market insights, and other fundamental characteristics across the globe.

Market Research Store is a vital platform that aims to cover domains such as healthcare, technology, chemicals, transportation, and many more. By keeping the focus on development as well as innovation, we make sure to generate well-researched, reliable, stanch information reports for our clients, further helping them in decision-making.

You Can Also, Read/Buy Our Top Selling Trending as well as Demanding Reports:

1. Testing and Analysis Services Market Analysis, Service Management, Economic Systems, Software Technology, Asset Tracking, Capacity 2021-2027 (Midwest Microlab, Activation Laboratories, Galbraith Laboratories)

2. Forecasting the Global Chemical and Petrochemical, FMCG, Electronics, Food and Beverage, Pharmaceuticals Market Analysis to 2027

For More Details Contact Us @ [email protected]

#PA66 Engineering Plastics Market Demand-Supply PA66 Engineering Plastics Market Analysis PA66 Engineering Plastics Market by Share PA66 Engi

0 notes

qatestingservice · 3 years ago

Text

Top 7 Important Software Testing Trends to Watch UK Companies in 2021

Modern customers want the frictionless software experience in the specific fast-evolving world in terms of the preferred channels and terms. Suppose you want to accomplish the enhanced demands. In that case, the business organizations are known to be under extensive pressure for the consistent delivery, improvement and adaption of the specific customer-centric solutions.

Earlier adoption of the software testing trends is recognized to be a budget-friendly and simple option to assure accelerated software release cycles. It plays an integral role in decreasing the time to market, thereby delivering supreme quality of products. As you read this article, you can seek information about the seven crucial software testing trends you should watch out for in the year 2021. While searching software testing services in uk, you need to checkout those companies in up to dates with the latest updates.

Test Automation leads the way for DevOps and Agile.

With the most updated DevOps and Agile processes, which assure quality and faster releases, there are a plethora of business enterprises, which are adopting and leveraging the process of test automation. Test automation is penetrating the industry in testing different repetitive tasks efficiently and faster.

As DevOps substantiate the prerequisite collaboration between different allied departments of Ops and Dev, the test automation tools require leading the software testing space. Choosing the software testing tools offers a helping hand in achieving quicker release cycles. It helps in delivering faster Return On Investment and supreme quality of software.

Test Automation in the Agile Teams

Agile development and Agile testing are enhancing in popularity on a wide scale. The test teams and Quality Assurance are keeping pace with the latest software trends. There are vast arrays of different agile testing tools, which are known to differ from different project management tools for testing different automation tools. Automation testing is regarded as a vital option for different agile methodologies, which give a boost to the Quality Assurance process.

IoT testing to increase the digitally connected devices

The total count of different interconnected gadgets is known to be about 20 billion by 2021. Such statistics are considered to be the representation of the ultimate expansion and needs to execute an efficient IoT software testing strategy. This specific kind of testing is known to test different operating systems, communication protocols, and the software and hardware of different IoT devices.

There are different risks possibilities, in the hardware of different IoT product, which has vulnerability to different threats, which need to be tested efficiently. The software is known to be in-built into different IoT devices. Hence, it is a prerequisite to test the security and IoT gadgets for avoiding all kinds of threats and vulnerabilities. Most of the companies at present are adopting IoT test strategy, as it provides the connection of efficient and well connected smart devices, which is necessary for the potential audience.

Opt for performance engineering

Seeking higher performance is considered to be an integral part when it comes to creating the software. Hence, you should work on different elements, like usability, business value, security, and simple configuration. The user experience is known to play an integral role during frequent launches, reduced development cycles, and changing market needs.

The software developers need to give priority to the customer-focused approach at different phases of SDLC. It plays an integral role in decreasing the bottlenecks and performance at different phases of earlier phases of SDLC. The performance testing objectives need to be transformed for the scrutinizing of the inadequate performance of the system. Hence, it is a prerequisite that performance engineering should be developed as the replacement of the performance tests to create significant performance metrics.

Blockchain Testing

Blockchain technology is crucial for different businesses, such as finance, automotive, and cryptocurrency. It ensures that the decentralized network is unique from the central system used by the regular banks to manage the financial and banking operations.

Blockchain technology brings a transformation in the technique in which business organizations deal with different digital currencies. Such blockchain applications are not constrained to the financial world. These smart contracts get employed in every business field, from the specific Government services to the specific energy vertical. Blockchain testing is considered the next-gen, specialized and effective testing solution, which helps debug the code, thereby delivering outstanding productive blockchain applications.

QA test automation

Test automation solutions are a vital testing component. A wide assortment of businesses is procuring the most updated DevOps and agile processes to accomplish the demand for quality at the prerequisite speed. Automation testing is useful to the software testing team in achieving recurring tasks. In addition, it is useful in the execution of the specific test coverage. Business enterprises, which are known to adopt automatic testing during QA processes, help in saving an ample amount of money, time and different human resources.

Mobile test automation

Mobile application development continues to grow, as different mobile devices are highly capable. If you want to get the prerequisite support for DevOps, mobile test automation is considered to be an indispensable part of DevOps toolchains. The latest use of mobile test automation is low, primarily due to the lack of different tools and methodologies.

The automation testing trend for different mobile applications continues to enhance. Such a trend is drive by the requirements with an eye to decreasing the time to market. In addition to this, it is equipped with different advanced tools and methodologies, thereby facilitating mobile test automation. The integration between different cloud-based mobile device labs plays an integral role in bringing mobile automation to its next level.

Software testing is gaining higher popularity with the latest trends. You can develop software, which are devoid of glitches and errors as you opt for software testing. The Quality Assurance team is capable of detecting the errors. So, less time will be spent in mitigating them. Hence, a lesser amount of money is spent on different test resources. Codeless test automation tools are built on visual modelling, and Artificial Intelligence technology, thereby assuring that the test cases formation is catering to the test automation.

#softwaretesting #qaservicesinuk #testingservicesinuk #testingconsulting #softwaretestingcompaniesuk #testing companies uk

0 notes

adityarana1687-blog · 3 years ago

Text

Field Device Management Market Is On The Path To Accumulate Revenue Upto $1.97 Billion By 2025

The global field device management market size is expected to reach USD 1.97 billion by 2025, according to a new report by Grand View Research, Inc. The market is anticipated to witness a CAGR of 6.8% from 2019 to 2025. Field device management allows the user to configure, commission, maintain, and diagnose the field devices remotely with a secure and user-friendly centralized access. It helps in providing all the information and real-time status of the concerned equipment and eliminates the need for multiple software tools. Due to its centralized equipment procurement with improved security, it is highly demanded in the development of industry 4.0 and smart factories. With the emergence of IoT and digitalization, the development of industry 4.0 has been boosted significantly, which directly fuels the growth of the market.

With the increasing awareness for industry 4.0, field device management has become an essential segment considerably since it helps to improve the lifecycle management and multi-platform support. In addition, it provides wireless expense management, which reduces operational and maintenance costs. With the surge in industrial automation and smart factories, FDM is being adopted rapidly in mobile equipment management solutions. It provides centralized control and monitoring of the device fleet in a warehouse environment or any distribution center, which is one of the major factors influencing the market’s growth in the world of distributed systems.

Since FDM lays the foundation for deployment and management of mobile equipment and applications remotely, it provides business mobility to the organizations to drive high productivity. The required automation efficiency fuels the demand for FDM in automation tasks, which include automated cost management and invoicing, installation of a large CNC machine, among many other tasks. The increasing investments for IIoT solutions development by automation companies have come up with an opportunity for the market to grow effectively. The manufacturers’ focus shift towards reducing the operational and maintenance costs along with providing highly effective mobile device management solutions is driving the market’s growth directly.

To request a sample copy or view summary of this report, click the link below: www.grandviewresearch.com/industry-analysis/field-device-management-market

Further key findings from the report suggest:

Considerable surge in industry 4.0 and smart factories development will create wide potential for manufacturers in the market

Improved lifecycle management of field devices with significantly lower maintenance costs are the benefits boosting the need for FDM. Prominent companies such as Schneider Electric are significantly involved in providing the FDM solutions for configuring and diagnosing the field devices for their entire lifecycle for several applications, such as power generation, metals and mining, and hydrocarbon processing

Market players are focusing on providing advanced FDM which provides advanced features, such as simplified engineering with increased productivity, reduced downtime, and predictive device maintenance

Key market players are considering partnerships and acquisition of startups providing innovative products to expand their outreach in the market

The key competitors in the market are ABB; Emerson Electric Co.; Siemens; Honeywell International Inc.; Rockwell Automation Inc.; Yokogawa; OMRON Corporation; Mitsubishi Electric Corporation; FANUC Corporation; Metso Corporation; Valmet; Schneider Electric; Azbil Corporation; Hamilton Company; and PHOENIX CONTACT.

Grand View Research has segmented the global field device management market based on offering, deployment type, industry, and region:

Field Device Management Offering Outlook (Revenue, USD Million, 2014 - 2025)

Hardware

Software

Field Device Management Deployment Type Outlook (Revenue, USD Million, 2014 - 2025)

Cloud

On-Premises

Field Device Management Industry Outlook (Revenue, USD Million, 2014 - 2025)

Discrete Industries

Process Industries

Automotive

Manufacturing

Aerospace and Defense

Energy & Utilities

Metals & Mining

Oil & Gas

Food & Beverages

Chemicals

Pharmaceuticals

Others (Pulp & Paper, Water & Wastewater, Life Sciences)

Field Device Management Regional Outlook (Revenue, USD Million, 2014 - 2025)

North America

Europe

Asia Pacific

South America

Middle East and Africa (MEA)

U.S.

Canada

Mexico

U.K.

Germany

France

China

Japan

India

Brazil

About Grand View Research

Grand View Research, Inc. is a U.S. based market research and consulting company, registered in the State of California and headquartered in San Francisco. The company provides syndicated research reports, customized research reports, and consulting services. To help clients make informed business decisions, we offer market intelligence studies ensuring relevant and fact-based research across a range of industries, from technology to chemicals, materials and healthcare.

#Field Device Management Market

0 notes

emploimaroc30 · 4 years ago

Text

Nexteer Automotive recrute 8 Profils (Kénitra)

New Post has been published on https://emploimaroc.net/nexteer-automotive-recrute-8-profils-kenitra/

Nexteer Automotive recrute 8 Profils (Kénitra)

Nexteer Automotive, le spécialiste mondial de la production de systèmes de direction et de transmission dans le secteur automobile, a rejoint l’écosystème de l’Atlantic Free Zone de Kénitra, où il a ouvert sa première filiale marocaine.

Cette nouvelle filiale dans laquelle l’équipementier américain a investi 7,7 millions d’euros répondra aux besoins du marché marocain mais aussi du marché international. Appartenant au Groupe industriel Pacific Century dont le siège est au Michigan aux Etats-Unis, Nexteer est le quatrième producteur au monde des systèmes de direction et de transmission, avec plus de 10.000 employés répartis sur ses 20 usines de fabrication, 14 centres de soutien à la clientèle locaux et cinq centres d’ingénierie régionaux et centres d’essai dans le monde. Sa clientèle se compose principalement de BMW, General Motors, Ford, Chrysler, Fiat, Toyota, PSA Peugeot Citroën et d’autres constructeurs un peu partout dans le monde.

Skills and Abilities/Qualification:

Technical school – electrical profile preferred.

Able to generally understand the industrial hydraulic, pneumatic systems.

Able to generally understand electrical and controls equipment( sensors , photocells, contactors, motors etc.)

Able to generally understand the mechanical equipment.

Able to read electrical and mechanical drawings.

Overall knowledge regarding Preventive & Predictive Maintenance

Overall knowledge regarding root cause analysis and problem solving.

Able to work as a team member.

Good personal communication skills.

Openness for learning and development.

Strong engagement and motivation

Experience:

2 years minimum experience I Maintenance department preferred

Cliquez ici pour postuler

Skills and Abilities/Qualification:

Graduated University of Technology.

Knowledge and experience regarding Preventive & Predictive Maintenance. Able to implement mentioned tools.

Able to generally understand the industrial hydraulic, pneumatic, mechanic and controls systems.

Knowledge regarding TPM and ready to implement chosen tools.

Able to read electrical and mechanical drawings.

Knowledge and experience regarding root cause analysis and problem solving.

Knowledge and experience in Kaizen approach

Leadership attributes with a commitment to developing the performance of team.

Able to manage KPI’s to ensure planned targets

Good personal communication skills.

Openness for learning and development.

Strong engagement and motivation.

Able to clearly communicate in written and verbal English.

Experience:

5 years minimum experience in Engineering (Maintenance Department preferred)

Cliquez ici pour postuler

Basic duties and permissions:

Employee’s awareness of the impact on the quality of the product and the importance of its activities in the implementation, maintenance and improvement of quality, including customer requirements and risk for the customer due to an incompatible product.

Infrastructure and application management on the production hall, creating standards

Supervision of the infrastructure and production and storage software

Making minor improvements in existing software

Diagnosing faults related to the production network

Keeping documentation of the production IT infrastructure

Designing and optimization of IT infrastructure (networks, servers) in terms of the most efficient operation of production software

Support for « Traceability » software in the scope of configuration changes

Definition of the production infrastructure review plan

Developing the maintenance department in the area of application and IT infrastructure skills and troubleshooting

Required qualifications

I Education:

II Experience:

At least two years’ experience in a multinational company

III Skills / training:

Management of windows servers – good

SQL server management – good

Knowledge of SQL Clusters – good

HyperV knowledge – good

Knowledge of Windows NGD / scripts / installer – good

Knowledge of ITIL – good

Knowledge of IT security aspects – good

Knowledge of computer network design – good

Computer network management – very good

Programming (SQL) – very good

Backups (Management) – very good

Knowledge of Linux – basic

Knowledge of Windows CE – very good

English – good

Teamwork skills – good

Analytical thinking – very good

The ability to conduct training – good

Cliquez ici pour postuler

Major Responsibilities:

Operate according to the Operation Instruction strictly and guarantee production quality during completing production plan

Maintain the production safety and cleanness abide by the 5S requirements

To ensure the operation work by a standardization and keep a continuous improvement

To accept the related training, certification, grading and job evaluation to guarantee all the work could be successfully completed.

To guarantee the quality of the product

Identify normal and abnormal situations and make corresponding responses

Assist team leader to make a continuous effort on the team construction, and put forward to rationalization proposals for quality, equipment, raw materials and other issues in the production process.

To make a continuous effort on the improvement on quality, cost of production and enhancement on productivity

Skills and Abilities/Qualification:

Expertise on mechanical and electrical

Good hands-on and operational skills

Great team work and strong ownership

Experience:

2 years and above working experience on manufacturing and operation

Cliquez ici pour postuler

Qualification required:

I Education:

Engineering degree

Fluent use of English (spoken and written)

II Experience:

Quality background – min. 1 year, preferably in automotive industry

Practical knowledge of 5WHY, PPAP, 8D

Problem solving methods knowledge is a plus (Red X, Six Sigma)

III Skills/trainings:

MSA, GD&T

High communication skills: written and verbal

Team work approach

Customer quality specific requirements knowledge (systems, standards, rating, other requirements) – for customers that apply.

Cliquez ici pour Postuler

Lab Manager

Key responsibilities and authorities:

Co- ordinate activities of metrology, metallurgy, reliability and warranty laboratories

Supervise Laboratory personnel

Provide laboratory services to the manufacturing plant:

Machines run off activities

Support purchased parts PPAP approval process,

Support incoming material control,

Support Customer PPAP approval process,

Help manufacturing to stabilize process,

Validate results of analyses and test

Work with quality control in making major decision relating dispositions of nonconforming or suspected products

Ensure calibration of gages, measuring and test equipment for the plant (including production devices such as master parts, equipment load cell…)

Alert necessary people when some non- conformity is discovered

Make decisions to dispose non-confirming product

Provide technical documentation and data of measurement process

Implement and maintain quality requirements in his area of responsibility

Establish and introduce methods of measurement

Define proper devices for inspection & measurement

Participate in purchasing process of metrology and metallurgy equipment

Supervise & assure correct operation & services of all metrological and metallurgical equipment in the plant

Cooperate closely with production & engineering department

Participate in problem solving activities

Provide continues technical support to manufacturing operations

Provide continues improvement process for warranty analysis

Implement and maintain environmental requirements in his area of responsibility

Implement and maintain safety rules in his area of responsibility

Qualification requires:

Engineer degree in mechanical engineering

Min 2 years of experience in the same position

Excellent in English

Very good knowledge of measurements systems in metrology & metallurgy

People management experience

Quality background

Very good communication skills: written and oral

Cliquez ici pour postuler

Controls Engineer

Misson :

Support Control Systems Engineering business plan strategy.

Controls engineer will be involved in machine procurement process, support Maintenance department for problem solving of manufacturing equipment in the plant, support continuous improvement and cost savings strategy

Responsibility :

Support manufacturing engineer in controls machine procurement, provide expertise in controls issues and support in-plant troubleshooting activity.

Ensure delivery for equipment with required capacity and capability

Maintain quality systems requirements of TS16949, ISO14000, PN18000, in definedarea of responsibility

Support plant in area of Health and Safety.

Meet First Time Quality and scrap goals in area of responsibility.

Support for achievement of Operational Availability and quick changeover on machines.

Participation in interdisciplinar workshops

Provide technical support maintenance.

Ensure proper level of spare tooling / optimize stock level / reduce tooling cost per produced piece .

Project participation

Coordinate compliance to local government safety and environment requirements

Special assigments according to needs

Qualifications:

Bachelor degree of electrical or electronics engineering required

AutoCAD capability preferred

Able to understand Transducers (Load, Torque, Flow meter, Temperature) & LVDT.

Knowledge in servo and motion controls (Allen Bradley, Mitsubishi, Schneider, Siemens).

Able to understand & program PLC (Modicon, Allen Bradley, Mitsubishi, Siemens), CNC experience is plus

Able to develop standard and specialized processes and tooling used in manufacturing production

Good personal communication skill

Able to read blueprints (ie. Controls schematics)

Able to understand and apply manufacturing standards and tools, including PDP, P/DFMEA, SPC, etc.

Able to generally understand the industrial hydraulic, pneumatic system and controls

Able to demonstrate qualified skill to operator and willing to work at the floor with operator

Able to clearly communicate in written and verbal English

Able to lead related team member (Engineering, Quality, Purchasing, Manufacturing)

Able to travel as required

Cliquez ici pour postuler

Basic duties and permissions:

Provide and oversee the daily manpower,

Scheduling employee shifts and planning,

Assigning and supervising the work and dispatch crews.

Monitor performance of production

Ascertain that staff members are working in compliance to the company’s procedures and protocols

Manages complex situations through interaction with internal and external customers

Identify problems in operations processes and ensure they are resolved in a time-efficient manner

Maintain accurate operations materials and documents for reference purposes

Provide recommendations for disciplinary actions including reprimanding, suspension and termination

Coordinate activities to ensure delivery of supplies and equipment in a time efficient manner

Oversee inventory of supplies and equipment

Conduct inspections to ensure production machinery are operational and efficient

Complies with the terms of local and national labor agreements

Ensures adherence to recommended safety procedures and good housekeeping practices

Implements the Nexteer Production System (Lean Manufacturing System)

Flawless launch of new product programs and processes

Lead culture change to support and drive through the Lean Manufacturing System implementation

Manages multiple manufacturing departments

Maintains scorecard performance to budget and coordinates assigning key tasks to support resources based on data in the scorecard

Required qualifications

I Education:

Bachelor’s degree in Engineering or Business

II Experience:

At least 10 years’ experience in a multinational company

III Skills / training:

Skilled in operating and examining production equipment for faults

High level of analytical ability where problems are complex

Well-developed oral and written communication skills and problem-solving techniques

High level of interpersonal skills to work effectively with others, motivate employees and elicit work output

Knowledge and experience in the principles and application of Lean Manufacturing processes

Knowledge of quality control procedures, manufacturing processes, scheduling and other management systems

Ability to work alternate shifts/work schedules

Experience in a union environment preferred

Good time management and organization skills.

Active listener

Cliquez ici pour postuler

Dreamjob.ma

0 notes