#IEC 61340-5-1

[mwseo2024]

MDPE Pipe Manufacturers | Safe & Efficient Piping for Gas & Water

The Importance of ESD Work Tables in Protecting Sensitive Electronic Components

Electrostatic discharge (ESD) is one of the most common causes of damage to sensitive electronic components. Even the smallest amount of static electricity, often undetectable to the human touch, can irreparably harm delicate circuitry in electronic devices. In industries like electronics manufacturing, research and development, and assembly, the use of specialized equipment, such as ESD work tables, is essential to safeguard components from this hidden hazard.

In this article, we’ll explore the significance of ESD work tables, their features, benefits, and how they contribute to the safety of electronic components. We’ll also discuss why businesses in tech hubs, like those using an ESD table in Bangalore, are increasingly adopting this technology.

What is ESD and Why Does It Matter?

Electrostatic discharge occurs when two objects with different electrical potentials come into contact, causing a sudden release of static electricity. While this discharge is often harmless in everyday scenarios, it can pose serious risks in environments involving sensitive electronic devices.

Electronic components such as semiconductors and microprocessors are extremely vulnerable to even the slightest static charge.

 An unprotected environment can lead to:

Component damage, rendering devices non-functional.

Reduced reliability of electronic systems due to latent failures.

Increased costs from component replacement and production delays.

For these reasons, controlling and mitigating ESD is a top priority in industries that deal with electronic components.

What are ESD Work Tables?

ESD work tables are specialized workstations designed to minimize the risks of electrostatic discharge. These tables are equipped with materials and grounding systems that dissipate static electricity safely and effectively, preventing it from affecting sensitive electronics.

Key Features of ESD Work Tables

Static-Dissipative Surfaces: ESD tables feature surfaces made from materials that dissipate static charges gradually, preventing sudden discharges. Common materials include laminated plastics or specialized coatings.

Grounding Mechanisms: Each table is fitted with a grounding point that connects to the work area’s electrical grounding system. This ensures that static charges are directed away from the components being worked on.

Adjustable Configurations: Many ESD tables are customizable, with adjustable heights, modular designs, and attachments like storage units or lighting systems to enhance usability.

Durability: These tables are designed to withstand industrial environments, offering resistance to wear, chemicals, and heavy use.

Why Are ESD Work Tables Important?

1. Protection of Sensitive Electronics

The primary function of an ESD table is to protect electronic components during assembly, testing, or repair. Static charges generated from clothing, tools, or other surfaces can easily damage microchips and circuits. An ESD work table eliminates this risk by dissipating these charges before they reach critical levels.

2. Compliance with Industry Standards

Many industries, especially in electronics manufacturing, require compliance with ESD safety standards like ANSI/ESD S20.20 or IEC 61340-5-1. ESD work tables ensure that companies meet these regulatory requirements, avoiding potential penalties and maintaining quality assurance.

3. Improved Workplace Safety

In environments where ESD is a concern, using the right equipment reduces the chances of accidents or component failures that could lead to larger issues. Employees can work with confidence, knowing that their tools and workstations are designed for safety.

4. Enhanced Productivity

By preventing damage to components, ESD tables reduce downtime caused by repairs or replacements. This leads to smoother workflows and improved efficiency, especially in high-volume production settings.

Applications of ESD Work Tables

ESD work tables are essential in industries where static-sensitive components are handled. These include:

Electronics Manufacturing: From assembling circuit boards to integrating electronic devices, ESD tables provide a controlled environment to minimize risks.

Research and Development Laboratories: R&D labs dealing with prototypes or cutting-edge electronics rely on ESD tables to ensure the integrity of their experiments.

Telecommunications and IT Hardware Industries: Companies in telecommunications, data centers, and IT hardware production use ESD tables to protect high-value components.

Medical Devices and Aerospace Industries: Sensitive devices like medical equipment or aerospace systems require environments free from ESD-related risks.

How to Choose the Right ESD Work Table

When investing in an ESD work table, it’s crucial to consider specific needs and features to ensure maximum efficiency and protection. Consider the following factors:

Size and Design: Ensure that the table fits the workspace and accommodates the tools and equipment you use. Modular and adjustable tables are ideal for dynamic work environments.

Grounding Systems: Verify that the table’s grounding mechanism aligns with your facility’s setup to ensure seamless ESD dissipation.

Surface Material: Look for surfaces made of high-quality static-dissipative materials that can withstand wear and tear.

Accessories and Add-ons: Many manufacturers offer additional features like storage shelves, cable management systems, or ergonomic enhancements to suit specific tasks.

Reputable Manufacturers: Choose suppliers with a track record of quality and reliability. For example, businesses searching for an ESD table in Bangalore can benefit from local suppliers who understand the unique demands of the region’s electronics industry.

Benefits of Using an ESD Table in Bangalore

Bangalore, often referred to as the “Silicon Valley of India,” is home to a thriving electronics manufacturing and IT ecosystem. Companies in this region prioritize high-quality equipment to meet global standards. An ESD table in Bangalore offers several advantages, including:

Tailored Solutions: Local manufacturers and suppliers often provide customized ESD tables that cater to specific industry needs in the area.

Accessibility and Support: Proximity to suppliers ensures quicker deliveries and reliable after-sales support.

Compliance with Regional Standards: Bangalore businesses frequently have to follow international safety regulations.

 

Maintaining Your ESD Work Table

Regular maintenance is essential to an ESD work table's longevity and efficacy.

Here are some tips:

Keep the Surface Clean:         The table's static-dissipative capabilities may be impacted by dust and debris.

Clean the surface regularly with recommended cleaning solutions.

Inspect Grounding Connections: Periodically check grounding points and cables to ensure they are functioning correctly.

Avoid Placing Non-ESD-Safe Items on the Table: Items not designed for ESD-safe environments can compromise the table’s effectiveness. Use only ESD-safe tools and equipment.

Replace Worn-Out Parts: If the surface material or grounding components show signs of wear, replace them promptly to maintain optimal performance.

Conclusion

In industries where precision and safety are paramount, ESD work tables are indispensable. They offer a controlled environment that protects sensitive electronic components, ensures compliance with safety standards, and enhances overall efficiency. As businesses, especially those in tech-driven cities like Bangalore, continue to innovate and expand, the demand for high-quality ESD solutions will only grow.

Investing in an ESD table in Bangalore is not just about meeting industry standards but also about ensuring reliability, protecting investments, and maintaining a competitive edge in a rapidly evolving market. Whether you’re a small electronics repair shop or a large-scale manufacturer, an ESD work table is a critical asset for safeguarding your operations and delivering high-quality results.

[insulatingmats]

Electrical room rubber mat vs. ESD anti-static mat  

What is an Electrical room rubber mat? How is it different from ESD anti-static mats?

Do they have similar applications? 

If these questions pop into your mind, then this blog is ideal for you! We offer your insights about these mats and how they differ from each other.

An electrical room rubber mat provides electrical safety for the operators dealing with high-voltage applications. It can withstand high voltages and provide electrical insulation. On the other hand, an electrostatic discharge anti-static mat safeguards electronic components and appliances from static electricity discharges. It acts as a protective guard to save sensitive electrical parts from damage.

Now, you might wonder what ESD means!

ESD stands for Electrostatic Discharge which is basically a sudden electricity flow. It takes place between two electrically charged components. It causes dielectric breakdown and short circuits. There is a massive discharge of electricity that damages electrical equipment severely.

Now, an electrical shock proof rubber mat prevents electric shock. It offers a barrier to the flow of excessive current during any system faults. It saves people's lives by deviating the track of current trying to pass through their bodies.

Whereas, an ESD anti static mat dissipates and controls static electricity. It is manufactured with either rubber, polymers, or vinyl. It has grounding to channel the static electricity to the ground. This saves electronic devices from such massive electricity discharge.

An electrical rubber safety mat can be compliant primarily with IEC 61111, ASTM D178, and IS 15652 standards. These standards vary with the geographical regions and their safety standards.

On the other hand, ESD anti-static mats can be compliant with standards like ANSI/ESD S20.20 and IEC 61340-5-1.

You can install an ESD mat on places where there are multiple electronic devices that can be vulnerable to electrostatic discharge. You can find them in repair shops, assembly lines, and work benches. They are able to control and check the electrostatic discharge.

On the other hand, you can install an electrical room rubber mat in any area prone to high-voltage accidents. You can install it in generator and lift rooms having high-voltage machinery. You can install it in near panels and switchboards having high-voltage circuits and applications. However, the electrical mat price depends on the type of insulating mat you are willing to buy. The price depends on the class, thickness, size, and voltage withstanding properties of the insulating mat. You should check the electrical mat price list before purchasing a safety mat.

You might want to check these FAQs!

1. What are the specifications of IS 15652 compliant shock proof rubber mat?

The IS 15652 compliant electrical shock proof rubber mat follows the Indian safety standards. These mats have different classes like Class A, Class B, and Class C. Each class is suitable for different working voltage operations. However, these insulating mats have unique insulating properties along with good resistance against chemicals and weathering. They have flame retardance properties which help them resist the ignition and spread of fire.

2. Where can you use an electrical rubber safety mat?

You can use an electrical rubber mat while operating high-voltage machinery and appliances. It will protect you from any electrical system hazards. You can install electrical mats in control rooms, panels, and lift rooms. You can also use them near switchboards, HVAC systems, and transformer rooms.

3. How to install an insulating mat?

You should install an insulating mat very carefully. Follow these steps:

Clean the floor properly where you will install the mat.

Make sure to align the mats and cover the whole working area.

Use a brush to apply adhesive on the surface of the floor and back of the electrical mat.

Apply rollers to make sure there are no uneven surfaces.

Wait for it to dry completely before using it.

Thus, an insulating mast and ESD anti static mat have different intent of applications. You should use an electrical rubber mat to protect yourself from high-voltage power hazards. On the other hand, you can use ESD mats to protect appliances and devices from static electricity. Choose your mat wisely according to your needs!

[antistaticesdcom]

Anti-Static Chairs and ESD Chairs: The Importance of ESD Protection in the Workplace

In today's world, electronic devices are an essential part of our daily lives. However, the use of these devices comes with the risk of electrostatic discharge (ESD) damage. ESD can cause significant damage to sensitive electronic components, resulting in product failures and costly repairs. That's why ESD protection is crucial, not just for electronic devices, but also for the people who work with them. In this article, we'll explore the importance of ESD protection in the workplace and the role of anti-static chairs and ESD chairs in ESD prevention.

What is ESD Protection?

ESD protection refers to the measures taken to prevent or reduce the risk of electrostatic discharge. In the workplace, ESD protection is essential to prevent damage to electronic components and to ensure the safety of workers. ESD protection can be achieved by implementing various control measures, including:

Grounding: Grounding involves connecting all conductive materials to a common ground point, which helps to equalize the electric potential of all objects in the area.

Shielding: Shielding involves the use of conductive materials to surround electronic components, which helps to prevent ESD from reaching the components.

Humidity control: ESD is more likely to occur in low-humidity environments. By maintaining a higher level of humidity, the risk of ESD can be reduced.

Personal grounding: Personal grounding involves the use of grounding straps or shoes to prevent the build-up of static electricity on the human body.

Why is ESD Protection Important in the Workplace?

ESD protection is crucial in the workplace for several reasons:

To prevent product failures: ESD can cause permanent damage to electronic components, resulting in product failures. ESD protection helps to prevent these failures, resulting in higher product quality and reliability.

To reduce repair costs: Repairing ESD-damaged electronic components can be costly. ESD protection helps to reduce the need for repairs, resulting in lower costs for manufacturers.

To improve worker safety: ESD can also pose a risk to workers who handle electronic components. ESD protection helps to ensure worker safety by reducing the risk of electric shocks.

Anti-Static Chairs and ESD Chairs

Anti-static chairs and ESD chairs are specialized chairs that are designed to prevent the build-up of static electricity. These chairs are an essential component of an ESD protection program, especially in workplaces where workers handle sensitive electronic components. Here are some of the features of anti-static chairs and ESD chairs:

Conductive materials: Anti-static chairs and ESD chairs are made from conductive materials, which help to dissipate static electricity. Conductive materials are materials that allow electrons to flow freely through them, thereby equalizing the electric potential of all objects in the area.

Grounding: Anti-static chairs and ESD chairs are usually connected to a ground point to equalize the electric potential of the worker and the work area.

Casters: Anti-static chairs and ESD chairs usually have conductive casters to prevent the build-up of static electricity when the chair is moved.

Adjustability: Anti-static chairs and ESD chairs are usually adjustable to ensure maximum comfort for the worker.

ESD Protection Standards

There are several standards and regulations relating to ESD protection in the workplace. Here are some of the most important ones:

ANSI/ESD S20.20: This standard provides guidelines for implementing an ESD control program in the workplace.

EN 61340-5-1: This European standard provides guidelines for ESD protection in electronic manufacturing environments.

IEC 61340: This international standard provides guidelines for ESD protection

For more info :-

Static Shielding Bags

Earth Bonding Plug

ESD Tester

ESD Floor Cleaner

Source Url :-

[sagarg889]

ESD Safe Matting Market Development Trends, Competitive Analysis & Key Manufacturers Report 2022 to 2032

The global market for ESD safe matting is anticipated to be worth US$ 101.72 million in 2022, rising to US$ 147.71 million by 2032. During the projected period of 2022 to 2032, the market is expected to grow at a CAGR of 3.8 percent. The increasing use of ESD-Safe Mat in industries such as table, bench, monitor, and floor is moving the global ESD-safe mat market forward.

Several electronic assemblies and components used in high technology products can get degraded or damaged by the sudden exchange of static electrical charge. Hence, ESD safe matting is used to protect equipment or employees from electrostatic shocks that are likely to cause injury or damage.

ESD safe matting is used by people who work with Electrostatic Discharge (ESD)-sensitive electrical components such as backplanes, Printed Circuits Boards (PCBs) and motherboards. ESD safe matting helps create an ESD Protected Area (EPA).

Most of the units that manufacture electronic components as well as data centres that house mainframe supercomputers need to be very cautious when it comes to controlling their electrostatic discharge, as it can cause temporary or permanent damage. Not only the electronic components, but also the employees working at these places need to be protected from static discharge. Moreover, flammable materials, such as gases or chemicals, are likely to burn upon direct contact with electric sparks, which can be prevented with the usage of ESD safe matting.

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ESD Safe Matting Market: Related Standards

The ESD safe mats should comply with standards such as ESD Standard 20.20, ESD Standard 4.1, EIA 625, MILl-HDBK-263 and MIL-STD-1686. Moreover, the material used in ESD safe matting should comply with International ESD standards, such as IEC 61340-5-1, for the protection of electrostatic sensitive devices.

ESD Safe Matting Market: The increasing importance of self-protection at workplaces is expected to boost the demand for ESD safe matting

Increase in the demand for self-protection at workstations, coupled with an increase in the demand from the end-use sector, is expected to spur the demand for the ESD safe matting market. In addition, the demand for entry matts market has risen significantly owing to its wide adoption by end users for different applications. Manufactures can very simply customise the size and shape of mats, and provide additional features to consumers as per their requirements.

ESD Safe Matting Market: Trend

The demand for products that offer protection against ESD will continue to grow across the world. With persistent demand from electronics sector, the size of the ESD products market, which include ESD safe matting, is expected to witness significant growth. Moreover, the increasing usage of nano-materials is also expected to boost the ESD products market, in addition to the growing electronics business across the world. To keep pace with international standards and trends, the ESD products available in various countries are undergoing major upgradation.

Furthermore, companies engaged in the business of ESD safe matting are launching new products to sustain their share in the ESD safe matting market. For instance, Nortax launched the SkyStep ESD safe matting, which is available in a choice of compounds for certain industrial applications such as oil-proof, general-purpose or ESD-static dissipative. Similarly, a new type of wrist strap cum double footwear testers have been launched for testing the strength of the ESD footwear and wrist strap. Moreover, companies are producing customised ESD safe matting to fulfil the requirements of customers. With the emergence of new technologies, the manufacturers of entrance matting are focusing on more advanced methods to make entrance matting more innovative with various sizes and designs.

Customization Before Buying, Visit @ https://www.futuremarketinsights.com/customization-available/rep-gb-8476

ESD Safe Matting Market: Market Participants

Examples of some of the market participants/vendors identified in the ESD safe matting market across the globe are:

ACL Staticide Inc., RS Pro, Shanghai Jiafu New Material Technology, Superior Manufacturing Group, Hozan, , Bertech, Achilles Industrial Materials, Hakko, Ranco Industries, Zhejiang CONCO AntiStatic, SDM Technologies, COBA Europe, Henyer Rubber, Desco (SCS) and Cleansem.

The research report presents a comprehensive assessment of the market and contains thoughtful insights, facts, historical data, and statistically supported and industry-validated market data. It also contains projections using a suitable set of assumptions and methodologies. The research report provides analysis and information according to market segments such as geographies, application, and industry.

The report covers exhaustive analysis on:

Market Segments of ESD Safe Matting

Market Dynamics of ESD Safe Matting

Market Size of ESD Safe Matting

Supply & Demand of ESD Safe Matting

Current Trends/Issues/Challenges of ESD Safe Matting

Competition & Companies involved of ESD Safe Matting

Technology of ESD Safe Matting

Value Chain of ESD Safe Matting

Report Highlights:

Detailed overview of parent market

Changing market dynamics in the industry

In-depth market segmentation

Historical, current, and projected market size in terms of volume and value

Recent industry trends and developments

Competitive landscape

Strategies of key players and products offered

Potential and niche segments, geographical regions exhibiting promising growth

A neutral perspective on market performance

Must-have information for market players to sustain and enhance their market footprint

For More Information On This Report @ https://www.futuremarketinsights.com/reports/esd-safe-matting-market

Key Segments Profiled in the Global ESD safe matting market

ESD Safe Matting Market by Application:

Table ESD Safe Matting

Bench ESD Safe Matting

Floor ESD Safe Matting

Monitor ESD Safe Matting

Others ESD Safe Matting

ESD Safe Matting Market by Type:

Vinyl ESD Safe Matting

Rubber ESD Safe Matting

PVC ESD Safe Matting

Others

ESD Safe Matting Market by Region:

ESD Safe Matting Market in North America

ESD Safe Matting Market in Latin America

ESD Safe Matting Market in Europe

ESD Safe Matting Market in Asia Pacific

ESD Safe Matting Market in MEA

[messungworkplacetechnology]

Workplace Messung | ESD System

ESD work tables and ESD chairs made by Messung Workplace Technologies are of the highest quality and have passed safety tests in accordance with IEC 61340-5-1.

[messunggroup]

INNOVATIVE ELECTRONICS TESTING LABS BY MESSUNG

Messung is well known in the automotive sector as a reliable partner for factory automation solutions. For four decades, Messung has enabled India’s automobile & automotive industries discover the advantages of smart manufacturing.

Now, Messung is proud to partner with Automotive and other sectors for workplace technology solutions. Messung provides indigenously developed workplace technology solutions with world-class looks and specifications. Messung's range of ergonomic VolumeESD laboratory worktables, ESD safe chairs& stools and ESD storage racks as per IEC 61340-5-1safety standards are the preferred choice for EPAs and electronics laboratories across industries.

It doesn’t stop there. Messung also has proven expertise in designing and installing complete setups of global standards for R&D labs, Calibration labs, Testing labs and many more using the volume-ESD technology. This technology guarantees reliable protection against ESD for a lifetime.

CASE STUDY

The client is a leading multinational in the automotive electronics segment. Messung Global Connect has been a valuable supplier of superior industrial solutions in 8 of their sites across India. At their production centre in Nasik and Electronics R&D hardware lab in Bangalore, to mention just two, Messung has catered to their requirements for industrial lab solutions.

The task

At Bengaluru, the task involved testing of ECU (Electronic Engine Control Unit), a component in automotive electronics. The ECU is the heart of the engine management system.

An ECU is the central controller, controlling the fuel supply, air management, fuel injection and ignition. It is also able to control the exhaust system as well as to integrate transmission and vehicle functions.

The criticality of the task mandated a monitored Electro-static dissipative area. It was very crucial for this team to monitor the ESD performance of all the equipment and furniture inside the lab and ensure the quality and output rate of the final parts.

The teams were facing some issues with their existing setup:

· it did not house the latest technologies

· the current ESD workstations were inefficient to work on as the workspace was occupied by the heavy testing instruments which were kept on the table top

· ESD chairs were non-ergonomic and working for long hours wastiring

· the safety standards set by the facility management team were not met

· the storage of wire harnessing cables and load boxes according to individual project teams’ categorization was not possible. There was a risk of stored items getting mixed up.

Messung’s solution

Messung undertook a complete overhaul of their existing labs by providing advanced technology ESD workstations and ergonomic ESD chairs.

The approach followed by the Messung team:

1. The requirements and the existing set-up were analyzed

2. Solutions were presented in the form of 3D designs of complete lab layout including the ESD racks, ESD workbench & ESD-safe chairs.

3. A special workstation was introduced which could integrate their existing testing instruments in a horizontal 19inch rack system (called a cockpit)mounted on the table. With the new cockpit system, all the instruments were integrated inside it and the connections were provided on the front face of the table. The complete table topwas de-cluttered and made available for testing work.The data from the instruments was displayed on the monitor connected to the table ergonomically with the help of a monitor arm. This ESD workstation also complied with all the safety conditions and was cleared by their Facility Management team.

4. Messung also supplied other ESD workstations that offered provision for accessories like fume extractor, soldering stations, ESD bins, magnifying glass etc., all placed ergonomically so that it increases efficiency of the employees.

5. The workstations were certified as per IEC 61340-5-1 ESD standards which guaranteed good quality to the customer.

6. The storage issue was resolved by designing custom ESD racks and ESD trolleys incorporating special volume-ESD technology.

The outcome

The primary goal, which was to improve the ESD performance of the lab setup, was achieved with this new technology. Overall, the new integrated instrumentation labs satisfy and exceed all the requirements laid down by the customer’s Facility Management team and have guaranteed them a product with extreme durability and dependability.

The new labs look world-class and boast of the latest German technology. The team too is more efficient and productive with the advanced ergonomically designed ESD workstations with cockpit and ESD chairs that make working safer and more comfortable for longer.

Note: Messung Workplace solutions also include industrial worktables, workshop tables, industrial chairs, storage trolleys, laboratory chairs, lab tables and lab tables with drawers.

[iec-mediacoverage]

InCompliance (29/01/2021)

ESD Issues for Flat Panel Displays

Most FPD manufacturers have requirements from the Original Equipment Manufacturers (OEM) to follow ANSI/ESD S20.20 or IEC 61340-5-1 standard as factory ESD control guidelines. This is an obvious dilemma for them because their devices aren’t wafer-based semiconductor ICs, but glass or plastic substrate-based.

[office-deals-blog]

SOFTFINISH ESD SCHROEVENDRAAIER - SLEUFKOP - SL3 x 100 MM - WIHA - 302ESD

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[trendingfact]

Antistatic Shoes Market: Structure and Overview of Key Market Forces Propelling Market

The most important property of safety shoes is its ability to resist electric current. Two of the most important things that are to be considered while purchasing such shoes are, how efficient are the shoes at the prevention of electrostatic charging by pushing it out quickly and secondly, if the shoes are shock resistant. It is very important for any person to wear shoes that resist electric current if he works with electricity, because such shoes minimize the level of electricity that enters the body.

Electrical resistance offered by antistatic shoes are between 0.1 and 1000 MegaOhm (MΩ), as measured according to EN 20344: 2011 5 10. Antistatic shoes provide the user with protection against electric shocks and can be worn in various works scenarios.

Electrical resistance offered by electrostatic dissipative shoes are between 0.1 and 100 (MΩ), measured according to BS EN 61340-4-3: 2002 (IEC 61340-4-3:2001). ESD or electrostatic dissipative shoes therefore guarantee a very low electrical resistance.

Antistatic Shoes Market: Drivers and Restraints

Both electrostatic dissipative as well as anti static shoes are safety conducting shoes. They offer a certain degree of isolation while their main function is to provide protection against static electricity. These shoes offer protection by pushing out the static electricity from the shoes to the ground thereby preventing a spark or charge. Conducting safety shoes are used by employees of industries where a static shock could cause serious problems like an explosion.

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Industrial equipment manufacturing, semiconductor manufacturing, hospitals, medical industry, computer equipment manufacturing, battery manufacturing, aerospace, electrical engineers, telecommunications equipment manufacturing, are a few examples of the industries where electrostatic dissipative as well as anti static safety shoes are used for protection against electrostatic discharges occurring to sensitive equipment.

One factor that is acting as a hurdle for the growth of the antistatic shoes market is that electrostatic dissipative shoes can cause many dangerous effects on the work locations. The shoes can cause fuel vapor, coal dust, as well as gas explosions, thus making it necessary for people working in such environments to wear electrostatic dissipative safety shoes all the time in order to be safe.

Two major factor that contribute to the efficiency of ESD are humidity as well as the temperature. The safety shoes are classified into class 1, 2 and 3. This classification is done after safety shoes with electrostatic dissipation protection undergo an examination.

Get Report TOC, Figures and Tables  https://www.transparencymarketresearch.com/sample/sample.php?flag=T&rep_id=45720

The main variation between class 1, 2 and 3 is the level of humidity, temperature conditions, as well as the time of conditioning.

In order to test the electrostatic characteristics of safety shoes for electrostatic dissipation (ESD) certification, an examination is carried out in laboratory conditions.

The antistatic shoes market is also divided in terms of the product, namely, EVA, SPU, Rubber, PVC, PU.

On the basis of application, the antistatic shoes market is further divided into food factory, laboratory, Pharmaceutical factory, electronics factory, as well as others.

Antistatic Shoes Market: Geographical segmentation

On the basis of geography, the antistatic shoes market is divided into Central and South America, Middle East and Africa, Europe, China, Japan, India, Southeast Asia, as well as North America.

Companies Mentioned

This study also lists the top players, that is, manufacturers as well as exporters of the antistatic shoes market globally. The top players of the antistatic shoes market are Gaston MILLE, JALLATTE, LEMAITRE, SECURITE, Toffeln, ABEBA, AIMONT, Airtox International, ASTRA, COFRA.

[messungworkplacetechnology]

Increase output with a Bespoke ESD Workstation

ESD-compliant workbenches Messung's world-class ESD Workplace System is made of mild steel and aluminium and complies with IEC 61340-5-1. ESD tables are a fantastic option because they are modular and ergonomically customizable.

[messunggroup]

'MADE BY MESSUNG' - PURSUING THE 'MAKE IN INDIA' DREAM

The domestic electronics hardware manufacturing sector faces a lack of a level playing field vis-a-vis competing nations. However, the vision of National Policy on Electronics 2019 (NPE 2019) is to position India as a global hub for Electronics System Design and Manufacturing (ESDM) by encouraging and driving capabilities in the country for developing core components and creating an enabling environment for the industry to compete globally.

Initiatives like 'Make in India, 'Digital India' and 'Startup India' are providing the sorely needed push to the Electronics System Design and Manufacturing (ESDM) sector in India. Schemes such as Production Linked Incentive Scheme (PLI), Scheme for Promotion of Manufacturing of Electronic Components and Semiconductors (SPECS) and Modified Electronics Manufacturing Clusters Scheme (EMC 2.0) have been launched to strengthen the ESDM ecosystem.

The PLI scheme, as its name suggests, is meant to provide companies incentives on incremental sales from products manufactured in domestic units. It aims to boost domestic manufacturing and attract large investments in mobile phone manufacturing and specified electronic components, including Assembly, Testing, Marking and Packaging (ATMP) units.

R&D too is being actively promoted under Make in India. The Dept. of Scientific and Industrial Research (DSIR) is operating schemes to grant recognition and registration to inhouse R&D units established by corporate industry. Once registered, such units are eligible for tax benefits in both direct and indirect taxes.

The ‘Make in India’ initiative and the ‘Atmanirbhar Bharat Abhiyaan’ (Self Reliant India Campaign) have played a key role in promoting business and local manufacturing in the country, giving special thrust to Micro, Small and Medium Enterprises (MSMEs).

The central government has also taken immediate response measures in the form of the Atmanirbhar Bharat Package to ensure continuity of businesses during the COVID-19 pandemic. Along with these measures, the Ministry of Micro, Small and Medium Enterprises also has numerous schemes in place to support the budding manufacturing units across the country.

‘MADE BY MESSUNG’

The Messung Group is making impressive headway with its own 'Make in India' initiative. Branded as 'Navonmesh', it is the beacon that drives Messung on its path of indigenous innovation. The aspiration is to develop and bring to market innovative products and solutions that are relevant, futuristic and cost-effective. Products with the exclusive ‘Made by Messung’ tag, that will enhance productivity and add value to Indian industry.

Currently, the Group has some exciting offerings under its Workplace Technology and Industrial Automation divisions, while R&D carries on relentlessly in other divisions as well.

Workplace Technology

Messung has set up an impressive ISO 9000 TUV certified manufacturing facility in Pune to produce world-class ESD and non-ESD workplace systems. Equipped with a smart design studio and state-of-the-art wood processing and aluminium processing machines, the facility designs and manufactures a wide rangeof standard and customised furniture under the name 'AFM-PLUS'.

The AFM-PLUS Series includes ESD chairs & stools in standard and high versions, besides aluminium ESD worktables, trolleys, portable test stations, storage racks and drawer cabinets with the latest volumetric ESD technology. These products provide world-class ergonomics, flexibility, and reliable ESD protection in the range of 104-108 ohms (IEC 61340-5-1 & ANSI ESD S20.20.2014).

AFM-PLUS also offers non-ESD workplace chairs, industrial worktables in aluminium and MS, and specialised storage trolleys, racks and material movement furniture for general industrial workplaces, workshops, shopfloors and offices.

Industrial Automation

Work is on apace at Messung's exclusive R&D and manufacturing centre for industrial automation solutions, and they hope to inaugurate the same in the first quarter of this year. Meanwhile, at their existing Technology Centre, Messung has developed a PLC system of futuristic IoT-based PLCs, local I/Os and remote I/Os. Branded 'XM-PRO 10', the system is designed for small to medium industrial automation applications in the Chemical, Textile, Automobile, Machine Tool, Plastic Moulding, Printing and other industries.

Compact and customisable, XM-PRO 10 is user friendly and flexible, with ready-to-use Modbus RTU/Modbus TCP and CANopen connectivity. Messung has also developed a Windows-based utility, XMPS-100 software that provides programming flexibility, online diagnostics functionality and much more.

CONCLUSION

The 'Made by Messung' endeavour is not a new one at Messung Group. Since its inception in 1981, Messung has pursued its passion of indigenous innovation, becoming the first indigenous PLC manufacturer in India. Today, 40 years down the road, the now-diversified conglomerate continues to build capabilities and infrastructure while developing world-class products and systems that promise real benefits for Indian enterprises.

[munkaruhawebaruhaz]

Compositelite ESD félcipő, bőr felsőrésszel fekete

Compositelite ESD félcipő, bőr felsőrésszel fekete

Compositelite ESD félcipő, bőr felsőrésszel fekete

Compositelite ESD félcipő, bőr felsőrésszel ESD félcipő modell, bőr felsőrésszel, kétrétegű talppal. 100% fémmentes kivitel, megfelel az IEC 61340 -5 -1 szabványnak.

Compositelite ESD félcipő, bőr felsőrésszel ESD félcipő modell, bőr felsőrésszel, kétrétegű talppal. 100% fémmentes kivitel, megfelel az IEC 61340 -5 -1 szabványnak.

[aslowlymagicalcollection-blog]

ESD Safe Matting Market Analysis, Size, Share and Key Trends 2016-2026

Several electronic assemblies and components used in high technology products can get degraded or damaged by the sudden exchange of static electrical charge. Hence, ESD safe matting is used to protect equipment or employees from electrostatic shocks that are likely to cause injury or damage. ESD safe matting is used by people who work with Electrostatic Discharge (ESD)-sensitive electrical components such as backplanes, Printed Circuits Boards (PCBs) and motherboards. ESD safe matting helps create an ESD Protected Area (EPA).

Most of the units that manufacture electronic components as well as data centres that house mainframe supercomputers need to be very cautious when it comes to controlling their electrostatic discharge, as it can cause temporary or permanent damage. Not only the electronic components, but also the employees working at these places need to be protected from static discharge. Moreover, flammable materials, such as gases or chemicals, are likely to burn upon direct contact with electric sparks, which can be prevented with the usage of ESD safe matting.

Request to Sample of Report @  https://www.futuremarketinsights.com/reports/sample/rep-gb-8476

ESD Safe Matting Market: Related Standards

The ESD safe mats should comply with standards such as ESD Standard 20.20, ESD Standard 4.1, EIA 625, MILl-HDBK-263 and MIL-STD-1686. Moreover, the material used in ESD safe matting should comply with International ESD standards, such as IEC 61340-5-1, for the protection of electrostatic sensitive devices.

ESD Safe Matting Market: The increasing importance of self-protection at workplaces is expected to boost the demand for ESD safe matting

Increase in the demand for self-protection at workstations, coupled with an increase in the demand from the end-use sector, is expected to spur the demand for the ESD safe matting market. In addition, the demand for entry matts market has risen significantly owing to its wide adoption by end users for different applications. Manufactures can very simply customise the size and shape of mats, and provide additional features to consumers as per their requirements.

ESD Safe Matting Market: Trend

The demand for products that offer protection against ESD will continue to grow across the world. With persistent demand from electronics sector, the size of the ESD products market, which include ESD safe matting, is expected to witness significant growth. Moreover, the increasing usage of nano-materials is also expected to boost the ESD products market, in addition to the growing electronics business across the world. To keep pace with international standards and trends, the ESD products available in various countries are undergoing major upgradation.

Furthermore, companies engaged in the business of ESD safe matting are launching new products to sustain their share in the ESD safe matting market. For instance, Nortax launched the SkyStep ESD safe matting, which is available in a choice of compounds for certain industrial applications such as oil-proof, general-purpose or ESD-static dissipative. Similarly, a new type of wrist strap cum double footwear testers have been launched for testing the strength of the ESD footwear and wrist strap. Moreover, companies are producing customised ESD safe matting to fulfil the requirements of customers. With the emergence of new technologies, the manufacturers of entrance matting are focusing on more advanced methods to make entrance matting more innovative with various sizes and designs.

ESD Safe Matting Market: Segmentation

On the basis of application, the ESD safe matting market can be segmented into:

Table ESD Safe Matting

Bench ESD Safe Matting

Floor ESD Safe Matting

Monitor ESD Safe Matting

Others ESD Safe Matting

On the basis of type, the ESD safe matting market can be segmented into:

Vinyl ESD Safe Matting

Rubber ESD Safe Matting

PVC ESD Safe Matting

Others (e.g. Amino Resin ESD Safe Matting; Glass-filled Polyester ESD Safe Matting etc.)

Request Report for TOC @  https://www.futuremarketinsights.com/toc/rep-gb-8476

ESD Safe Matting Market: Market Participants

Examples of some of the market participants/vendors identified in the ESD safe matting market across the globe are: ACL Staticide Inc., RS Pro, Shanghai Jiafu New Material Technology, Superior Manufacturing Group, Hozan, , Bertech, Achilles Industrial Materials, Hakko, Ranco Industries, Zhejiang CONCO AntiStatic, SDM Technologies, COBA Europe, Henyer Rubber, Desco (SCS) and Cleansem.

[piek-ipc]

IEC New Release: IEC TR 61340-5-2 Electrostatics – Protection of electronic devices from electrostatic phenomena

New Post has been published on https://piek.international/iec-61340-5-2-electrostatics-protection-electronic-devices-electrostatic-phenomena/

IEC New Release: IEC TR 61340-5-2 Electrostatics – Protection of electronic devices from electrostatic phenomena

IEC TR 61340-5-2:2018, which has been developed to support IEC 61340-5-1, applies to activities that: manufacture, process, assemble, install, package, label, service, test, inspect, transport or otherwise handle electrical or electronic parts, assemblies and equipment with withstand voltages greater than or equal to 100 V HBM, 200 V CDM and 35 V for isolated conductors. Additional control elements or adjusted limits can be applicable for ESDS with lower withstand voltages. This second edition of IEC TR 61340-5-2 has been modified to provide guidance for users of IEC 61340-5-1:2016. The text has been arranged to follow the requirements of IEC 61340‑5‑1:2016 as closely as possible as well as providing specific guidance on each of the requirements of IEC 61340-5-1:2016.

IEC New Release: IEC TR 61340-5-2 Electrostatics – Protection of electronic devices from electrostatic phenomena

This user guide has been produced for individuals and organizations that are faced with controlling electrostatic discharge (ESD). It provides guidance that can be used for developing, implementing and monitoring an electrostatic discharge control program in accordance with IEC 61340-5-1.

Avoid a discharge from any charged, conductive object (personnel, equipment) into the sensitive device: It is preferred that all conductors that may come into contact with ESDS including personnel, are bonded or electrically connected to a known ground or contrived ground (as on shipboard or on aircraft). This attachment creates an equipotential balance between all items and personnel. Electrostatic protection can be maintained at a potential different from “zero” voltage ground potential, as long as all items in the system are at the same potential. If a conductor that cannot be grounded (e.g. isolated conductor) comes into contact with an ESDS, the ESD risk should be evaluated and if necessary mitigated

Preview the IEC TR 61340-5-2 .pdf file.

More info: https://webstore.iec.ch/publication/28047

[messungworkplacetechnology]

ESD CONTROL IN AUTOMOTIVE MANUFACTURING

With the automotive industry quickly and increasingly adapting to more and more advanced electronic technology, the need for proper ESD protection grows more critical.

Electrostatic (ESD) damage is one of the biggest threats to safety and productivity for automotive manufacturers. Every piece of electrical/electronic equipment has the potential to contribute to the occurrence of ESD. It is also most susceptible to the damage caused by ESD.

Why ESD control is important for electronics-related industries

Today vehicles of all types are packed with electrical/electronic parts and systems. Protecting electronic devices and components that are sensitive to electrostatic discharge (ESD) is very important in manufacturing processes or environments. ESD control is needed to prevent damage from the electrical charges that accumulate during critical manufacturing processes.

Static charge can be generated and built up by simply walking across a floor or by standing up after sitting a while. Assembly lines, robotic production equipment, hand tools & devices, metal surfaces, even clothing can cause ESD buildup. Workers too can spark a reaction that causes a significant ESD event.

If the discharge is powerful, the damage to the electronic component will be visible. However, latent failures can occur at much lower voltage ranges and these are more difficult to detect. It is estimated that latent failure in electronic devices is responsible for 90% of all failures in those devices, and costs the industry billions every year.

Studies of damage to components in electronic devices, related to ESD events, estimate the cost of damage according to when the event is detected. If the damage is discovered at the point of assembly, the cost is one times the cost of assembly and labour. But if damage is discovered during QC testing, the cost is ten times that of assembly and labour. And if the damage is discovered once the device reaches the customer, the cost is100 times the cost of assembly and labour. (Source of cost estimates: Cisco Systems, Inc.)

How to control ESD in automotive manufacturing

Because static build-up and discharge can cause injury to human life and damage to property, components and finished products, it’s important for automotive industry to adopt a comprehensive ESD control programme. One that takes into consideration the ESD environment as a whole, including workstations, clothing, flooring, packaging materials, etc.

Such a programme helps to set up ESD Protected Areas (EPAs) for the protection of manufacturing areas or workstations. The EPA can be equipped with ESD-resistant products such as ESD workbenches, industrial furniture, ESD chairs &stools, trolleys, ESD storage racks,etc. Here, workers can be dressed in appropriate clothing, with conductive straps, grounded wristbands, etc. to dissipate ESD safely.

Messung Workplace solutions for ESD environments

Messung Workplace Technology is one of India’s leading ESD products manufacturers. Under its 'Navonmesh - Make in India initiative', Messung offers the AFM-PLUS range of indigenously designed and manufactured ESD workplace products that offer reliable ESD protection as per IEC 61340-5-1.

Messung has its own design and manufacturing facilities with the latest international machines for aluminum and wood cutting, testing facilities, etc. Messung offers a complete range of ESD products for the automotive manufacturing and other industries. Messung can provide customised solutions for industrial worktables, ESD workstations, ESD tables, ESD trolleys, ESD storage racks, drawer cabinets and cupboards.

Messung is also trusted ESD chairs manufacturers in Pune manufacturing a range of ESD task chairs & stools in standard and high versions. These ergonomic workstation chairs come in three options: Thermoplastic PU Integral Foam, Synthetic Leather and Fabric.

All the products incorporate the latest Volume ESD technology, so you get durable, long-lasting ESD protection as per global standards.

Conclusion

In the automotive industry, and indeed all industries across verticals, a safe work environment is a productive work environment. With the growing inclusion of electronics in every aspect of manufacturing and in the design of end-product, taking measures to mitigate the risk of ESD events must be a priority - to ensure safety of manpower and quality of process and product.

Messung’s AFM-PLUS range of industrialworktables, ESD tables, ESD trolleys, ESD lab tables with drawers, ESD racks and pedestals, ESD safe chairs and stools are built to enhance safety, ergonomics and productivityin ESD workplaces. Manufactured at Messung’s own manufacturing facility in Pune, these products offer world-class looks and specifications at an affordable price; they can also be customised for specific customer requirements.

[messungworkplacetechnology]

TACKLING ESD PROBLEMS IN SEMICONDUCTOR MANUFACTURING

Semiconductors or chips/ICs (integrated circuits) are the heart and soul of alldigital products. Semiconductors were required by a large number of industries, including telecommunications, information technology, industrial machinery and automation, medical electronics, automobile, engineering, power and solar photovoltaic, defence and aerospace, consumer electronics, and appliances.

Semiconductors have been a key enabler in the advancement of electronics for the past 50 years and will continue to play an even greater role with the introduction of new technologies and applications, such as internet of things (IoT), artificial intelligence, 5G, smart cars, smart factories, date centres, robotics, etc.

While the Indian electronics industry is growing in leaps and boundsencouraged by government policies and international investment, it still relies heavily on imports of semiconductors. However, before a chip, such as microprocessor chip or mobile communication chip, is designed, it goes through acomplicated development process using FPGAs and similar prototype methods to perfect the design as perstated specifications. Once the prototype chips are delivered by the labs, they undergo intense laboratory testingto thoroughly check the end product in all its variety of usages.

Semiconductor companies in India all have elaborate ESD laboratories to test the chips supplied to them. And they all have to overcome the challenges and risks of ESD.

The problems caused by electrostatic charge in semiconductor design, manufacturing and testing are well known. They make it more difficult to maintain high levels of product quality and yield. It is estimated that ESD may be responsible for up to a third of manufacturing product losses.

How to control ESD during manufacturing

There are five broad areas that semiconductor and PCB manufacturers concentrate on to protect sensitive components from ESD contamination during manufacturing:

1. Establish ESD Protected Areas (EPAs) with the correct furniture, tools, equipment, etc. to minimise generation of static electricity.

2. Identify sensitive components and handle them appropriately.

3. Handle components as per documented handling procedures - only within EPAs (ESD Protected Areas) of the manufacturing floor by assembly technicians who are trained and prepared for working with these parts.

4. Reduce Electrostatic charge generation by reducing and eliminating static generating processes, keeping processes and materials at the same electrostatic potential, and by providing appropriate ground paths to reduce charge generation and accumulation.

5. Follow all possible methods to dissipate ESD - using anti-static workstations, ESD chairs, other ESD-safe furniture, flooring and floor mats, ESD-safe tools, clothing, gloves and accessories.

How Messung can help

Messung Workplace Technology offers a complete range of ESD products for EPAs in the semiconductor manufacturing and other industries. Messung Workplace Technology is one of India’s leading ESD products manufacturers.Under its 'Navonmesh - Make in India initiative', Messung offers the AFM-PLUS range of indigenously designed and manufactured ESD workplace products that offer reliable ESD protection as per IEC 61340-5-1.

Messung has its own design and manufacturing facilities with the latest international machines for aluminum and wood cutting, testing facilities, etc. Messung can provide customised solutions for industrial ESD workstations, ESD tables, ESD trolleys, ESD storage racks, drawer cabinets and cupboards. Using the latest volume ESD technology, Messung ensures all its products provide durable ESD protection as per global standards.

Messung also offers a range of ESD task chairs & stools in standard and high versions. These ergonomic seating solutions come in three options: Thermoplastic PU Integral Foam, Synthetic Leather and Fabric.

About Volume ESD

Volume ESD makes the entire worktop or storage shelves conductive with dissipative lamination on both the sides of the workstation. The properties for discharging the charge are uniformly present throughout the volume of the material as compared to its presence only on the contact surface in traditional technology.

This technology guarantees lifetime fail-safe ESD properties of the product which means that the chances of ESD failure are negligible; thus helping customers to save costs in repairs, warranties and replacements of products.

Moreover, Messung's ESD workbenches, ESD Chairs and ESD storage racks are tested as per IEC 61340-5-1 safety standards, which are mandatory for all international quality Electronics manufacturing and R&D facilities.

More about Messung’s ESD chairs

Messung’s ESD task chairs and stools are specifically designed for use in electrical and electronics industry. They are proven to minimise environmental pollutants in cleanroom applications too.

Some of the tasks associated with ESD areas call for elevated seating positions or require workers to stand for long periods or to alternate between standing up and sitting down. As a result, their bodies are often subjected to a great deal of physical stress. Messung’s high ESD chairs and stools with footrests support the human body and relieve physical stress. Also called task chairs, they have pneumatic seats that adjust to an optimal working height.

As the leading ESD chairs manufacturer in Pune, Messung‘s products are in accordance with the European EN 61340-5-1 standards for conductivity. Messung’s ESD chairs with armrests and stools are builtof robust metal frames with non-conductive materials, static-free fabric and static free casters/glides, to deliver reliable ESD protection and long service life.

They also ensure ergonomic seating and support for worker productivity and comfort. The adjustable conductive backrests (for chairs) and smooth gas lift height adjustment make Messung ESD task chairs and ESD-safe industrial metal stools a must-have for the electronics industry.

Conclusion

Electrostatic attraction increases contamination of critical product and equipment surfaces causing defects and increasing maintenance costs. ESD damages semiconductorsand also produces unwanted electrical signals that interfere with the operation of production equipment. These problems occur throughout the semiconductor process, including silicon wafer manufacturing, photomask manufacturing, front-end device manufacturing, and back-endassembly, packaging and test. Many of these static problemspersist through the entire use cycle of the semiconductor device. Similar problems occur in the manufacture of disk drives,flat-panel displays, and medical electronic devices.

Messung’s industrial worktables, ESD tables, ESD trolleys, ESD lab tables with drawers, ESD racks and pedestals, ESD chairs and stools are built to enhance safety, ergonomics and productivityin ESD workplaces. Manufactured under Messung’s 'Navonmesh - Make in India initiative', they are the preferred choice for customers looking for world-class, customised products at a competitive price.