#3d pattern stainless steel sheet

[fabrinoxofficially]

What is Rose Gold PVD Coating? A Comprehensive Guide

In recent years, rose gold has become a popular choice in various industries, especially in fashion, jewelry, and interior design. Its warm and elegant hue exudes sophistication and style, making it a favorite among consumers. One of the most effective ways to achieve this stunning finish is through rose gold PVD coating. In this comprehensive guide, we'll explore what PVD coating is, how the rose gold variant is produced, and its applications in various fields, including the use of 3D pattern stainless steel sheets.

Understanding PVD Coating

Physical Vapor Deposition (PVD) is a sophisticated coating process that involves the deposition of thin films onto a substrate. This technique is widely used in various industries due to its durability and aesthetic appeal. PVD coatings are produced in a vacuum environment, allowing for the precise control of the deposition process, resulting in coatings that are uniform and strong.

The Process of PVD Coating

Preparation: The substrate, often made of metal, is thoroughly cleaned to remove any contaminants that may affect the adhesion of the coating.

Vaporization: The coating material, such as titanium or zirconium, is vaporized in a vacuum chamber. The vaporized material is then transported to the substrate surface.

Condensation: As the vapor reaches the substrate, it condenses to form a thin film. This layer adheres firmly to the surface, resulting in a durable finish.

Finishing: Once the desired thickness is achieved, the coated substrate is removed from the vacuum chamber and may undergo additional treatments for enhanced properties.

What is Rose Gold PVD Coating?

Rose gold PVD coating involves the application of a rose gold finish using the PVD technique. This unique process allows manufacturers to achieve the beautiful blush tones characteristic of rose gold, while simultaneously providing a layer of protection against wear, corrosion, and tarnishing.

Why Choose Rose Gold PVD Coating?

Durability: One of the most significant advantages of rose gold PVD coating is its durability. The coating is much harder than traditional gold plating, making it resistant to scratches and other forms of damage.

Aesthetic Appeal: The warm hue of rose gold adds a touch of elegance and sophistication to various products, from jewelry to architectural elements.

Versatility: PVD coatings can be applied to a wide range of materials, including metals, plastics, and ceramics. This versatility makes it suitable for various applications.

Eco-Friendly: PVD coating is a more environmentally friendly process compared to traditional plating methods, as it does not require harmful chemicals and produces less waste.

Applications of Rose Gold PVD Coating

Rose gold PVD coating is used in a variety of industries due to its aesthetic appeal and durability. Here are some common applications:

1. Jewelry

The jewelry industry is one of the primary users of rose gold PVD coating. This coating allows for the creation of beautiful, affordable pieces that mimic the appearance of solid rose gold without the high price tag. The durability of the PVD coating also ensures that the jewelry maintains its luster over time.

2. Electronics

In the electronics sector, rose gold PVD coating is often applied to devices such as smartphones and laptops. This coating not only enhances the aesthetic appeal of these devices but also provides protection against scratches and wear.

3. Interior Design

In interior design, rose gold PVD coating is increasingly popular for fixtures, fittings, and furniture. The warm hue complements a wide range of design styles, from modern to vintage, making it a versatile choice for interior spaces.

4. 3D Pattern Stainless Steel Sheets

Another exciting application of rose gold PVD coating is on 3D pattern stainless steel sheets. These sheets are often used in architectural designs and decorative elements. The rose gold finish adds a unique visual appeal, enhancing the overall aesthetic of the design while ensuring durability and resistance to corrosion.

The Fabrinox Difference

At Fabrinox, we are committed to providing high-quality coated products that meet the demands of our clients. Our expertise in PVD coating allows us to offer a range of finishes, including rose gold PVD coating, tailored to your specifications. Whether you're looking for durable components for industrial applications or stunning designs for decorative purposes, Fabrinox has you covered.

We pride ourselves on our advanced technology and meticulous quality control processes, ensuring that every product meets the highest standards of performance and aesthetic appeal. From 3D pattern, stainless steel sheets to customized designs, our commitment to excellence sets us apart in the industry.

Conclusion

In summary, rose gold PVD coating is an innovative and versatile process that provides a durable and aesthetically pleasing finish for a wide range of applications. Its popularity across various industries demonstrates its effectiveness in combining beauty with functionality. At Fabrinox, we are dedicated to bringing you the best in PVD coatings, including the stunning rose gold finish, to elevate your projects to new heights. Explore our range of products and see how we can help you achieve the perfect blend of style and durability.

Also Read:

How Stainless Steel Partitions Can Transform Interior Spaces in Delhi

How to Choose the Right Copper Door for Your Home

Originally published at https://fabrinoxofficially.blogspot.com

[enterprisewired]

Mastering Sheet Metal Fabrication: Techniques, Tools, and Applications

Sheet metal fabrication, SMF, is a centuries-old craft that has evolved into a sophisticated process, vital across industries. From aerospace to automotive, construction to manufacturing, sheet metal fabrication plays a pivotal role in creating durable, functional, and intricate structures and components.

Understanding Sheet Metal Fabrication

At its core, sheet metal fabrication involves transforming flat sheets of metal into specific shapes and forms through cutting, bending, and assembling techniques. Materials commonly used include stainless steel, aluminum, brass, copper, and various alloys. The process begins with the selection of the raw material, followed by precise measurements and design considerations.

Tools of the Trade

1. Shears and Cutting Tools: Shears, laser cutters, or water jets are used to cut the metal into desired shapes and sizes. Laser cutting, in particular, offers precision and versatility, enabling intricate designs and complex cuts.

2. Press Brakes: These machines bend the metal to create angles, curves, and shapes according to design specifications. They are pivotal for forming the metal accurately.

3. Roll Forming Equipment: Utilized for shaping long strips of metal into curved or cylindrical shapes, roll forming machines are essential for producing components like pipes, tubes, and curved panels.

5. Finishing Tools: Grinding, sanding, and polishing equipment gives the fabricated metal its final surface finish, enhancing aesthetics and removing imperfections.

Techniques in Sheet Metal Fabrication

1. Cutting: Precision cutting is fundamental. Laser cutting and plasma cutting offer accuracy and speed, ensuring clean and smooth edges without material deformation.

2. Bending: This involves using press brakes to shape the metal. Accurate bending angles are crucial for the functionality and aesthetics of the final product.

3. Forming: Techniques like roll forming, stretching, and deep drawing shape the metal into complex geometries, catering to diverse industrial needs.

4. Joining: Welding, soldering, and fastening methods are employed to join metal pieces securely, maintaining structural integrity.

Applications Across Industries

1. Automotive: From chassis components to body panels, SMF is integral to automotive manufacturing, ensuring both safety and aesthetics.

2. Aerospace: In the aerospace industry, precision and lightweight materials are crucial. SMF creates components for aircraft, satellites, and spacecraft.

3. Construction: Architectural structures, HVAC systems, and decorative elements rely on SMF for durability and customized designs.

4. Manufacturing: Machinery, appliances, and consumer goods often incorporate fabricated sheet metal parts for their strength, durability, and cost-effectiveness.

Innovations and Future Trends

Recent advancements in technology, such as 3D printing of metal components and the integration of AI-driven design and manufacturing processes, are revolutionizing SMF Additive manufacturing techniques offer increased design flexibility and reduced material waste, while AI optimization enhances precision and efficiency in production.

Challenges and Sustainability

The sheet metal fabrication industry faces challenges in reducing material waste, energy consumption, and environmental impact. However, efforts are underway to adopt sustainable practices, including recycling scrap metal, using eco-friendly coatings, and optimizing manufacturing processes for reduced energy consumption.

Specialized Techniques

2. Piercing and Perforating: Used to create holes or patterns in the metal, these techniques are crucial for ventilation, drainage, or aesthetic purposes.

3. Hydroforming: This method uses high-pressure fluid to shape metal sheets into complex forms, offering advantages in producing lightweight yet durable components.

Quality Control and Precision

Ensuring quality throughout the fabrication process is essential. Metrology tools like coordinate measuring machines (CMMs) and optical inspection systems verify dimensions and tolerances, maintaining high standards in the produced parts.

Design Considerations

SMF heavily relies on meticulous design. Factors such as material selection, thickness, bend radii, and nesting techniques are crucial for optimizing efficiency and minimizing material waste.

Customization and Prototyping

The flexibility of sheet metal fabrication allows for customization, enabling rapid prototyping and iterative design improvements. This agility is invaluable in product development and innovation.

Importance of Skilled Labor

Skilled artisans and technicians play a critical role in sheet metal fabrication. Their expertise in interpreting blueprints, operating machinery, and problem-solving contributes significantly to the quality of the final product.

Global Impact and Market Trends

The global SMF market continues to expand, driven by demand across industries. Emerging economies, technological advancements, and the adoption of automation are influencing market growth and innovation in fabrication processes.

Collaboration and Integration

Collaboration between designers, engineers, and fabricators is essential for a seamless and efficient fabrication process. Integration of CAD/CAM software allows for streamlined communication and data transfer, reducing errors and improving overall productivity.

Future Challenges and Opportunities

As technology evolves, the industry faces challenges in adapting to automation and upskilling the workforce. However, these challenges also present opportunities for innovation, efficiency improvements, and the development of new materials and processes.

Global Sustainability Efforts

The sheet metal fabrication industry is increasingly embracing sustainable practices. Initiatives like using recycled materials, adopting energy-efficient machinery, and exploring alternative materials contribute to reducing the environmental footprint of fabrication processes.

Conclusion

Sheet metal fabrication stands at the intersection of craftsmanship, technology, and innovation. As industries continue to evolve and demand for intricate, durable, and sustainable components grows, the art of SMF will undoubtedly continue to play a pivotal role in shaping our technological landscape. Through a blend of traditional expertise and cutting-edge advancements, this field remains integral in transforming raw metal into functional works of art that power various sectors worldwide.

Also Read: The Art of Metal Fabrication and the Versatility of a Metal Fabricator

[fabrinoxin-blog]

STAINLESS STEEL KITCHEN

Stainless steel, which was historically only used in building as a base material, is slowly gaining prominence in the design of modern kitchens. While they have been used for many years by commercial kitchens, primarily for their strength and ease of maintenance, domestic kitchens are increasingly opening up to the possibilities offered by stainless steel kitchens.

Fabrinox is the industry leader in the manufacture and supply of mobile kitchens made of stainless steel. Their creative team gives your kitchen a streamlined, sleek look to make your cooking experience trouble-free. 

The use of honeycombs in the stainless steel kitchens enables them to provide unmatched SS kitchens with the following characteristics:

Stainless steel kitchens denote robustness and quality which is the key reason for their use.

These kitchens are functional and reliable, they wear and tear and stain that most Indian kitchens witness. 

Stainless steel kitchens are heat-resistant and can withstand temperature vagaries in cooking that many other materials are unable to handle.

They are easy to clean and maintain, do not rust easily and can be cleaned with any sort of cleaning agents on them.

 Metallic highlights match well with every color scheme, from light and colorful spaces to solid, dark palettes. 

They also tend to establish an elegant modern look with paint or wood accents.

They have a light structure and are also recyclable.

Safe due to fire-resistant properties.

Work easily due to excellent flatness.

Avoids any energy jerk due to good thermal & electrical conductors.

There are a few other factors as well that makes the stainless steel kitchen stand out in comparison to other types of kitchen:

Low support:

 The high stainless steel solidity makes holding up substantially easier. The most real harm to it is scratching and can be removed with copper or metal cleaners. Whatever the amount of time it is usually washed, flushed, and dried, you can see it will go on for quite some time.

High toughness:

Steel is now an extremely severe metal unlike anyone else, and its refusal to bend or crack makes it genuinely fair for professional use. The stainless angle originates from its chromium mix, which interacted with the air to form a chromium oxide coating on its surface. It protects the steel from dust and heat, which prevents the item from rusting. Stainless steel is also able to withstand high temperatures, and its impermeability to fire makes it suitable for use in the kitchen close to the range of cooking appliances.

The stainless steel items by Fabrinox are rigid and hard, ideal specifically as the stuff holder for the entire kitchen. They use honeycombs of high quality to create the kitchen cabinets for the crockery and other items. All the products their production unit manufactures are durable and recyclable even after use. They ensure to deliver style & comfort and you can also select from a wide collection of designs and accessories.

[fabrinox]

Stainless steel materials are utilized in just about anything with some industry capacity. Regardless of the strength or the nature, the most widely known and favorable characteristics of stainless steel are its elegant looks, resistance from corrosion, and trustworthy insurance.

Ancient Steel:

Whenever individuals think of Steel, they typically think that it is a contemporary innovation. But in reality, this durable material has been around for more than 400 years. It indicates that individuals have been using this spectacular material for a much longer time. The popularity of stainless steel has expanded over the last hundred years. But it is for older material than anyone realizes.

[cbsa-stainlesssteel]

New type 3D mirror embossed art stainless steel sheets

The mirror embossed art stainless steel sheet is as good as the realistic effect of the natural sea water surface. It produces a different horizontal plane art through the wave-like mirror refraction, so that the wall decoration presents a three-dimensional artistic painting effect. It is suitable for interior wall decoration, theme art wall surface, indoor ceiling, etc., including interior decoration, elevator decoration, KTV engineering application, etc. The mirror embossed art stainless steel sheet surface has a mirror surface and a matte surface, with brushed and cross patterns, snowflake sand, local chaotic patterns, etc. The colors are gold, rose gold, black, gray, cyan, purple, bronze, blue, etc. Please understand what you need to customize when purchasing. Specifications include 1219 * 2438mm, 1219 * 3050mm, 1219 * 4000mm, etc. The application of mirror water ripple stainless steel sheet has become the designer's new favorite. Its three-dimensional decorative effect makes people shine, especially used for ceiling decoration and special artistic wall surface, which truly plays a perfect decorative effect. Ok, share here today, more new mirror embossed art stainless steel sheet, please continue to pay attention to update.      

[pinervista]

Honeycomb backsplash

#Honeycomb backsplash free#

Save my name, email, and website in this browser for the next time I comment. Your email address will not be published. Posted in Kitchen Backsplash Tagged black honeycomb tile backsplash, gray honeycomb tile backsplash, honeycomb backsplash tile ideas, honeycomb hexagon tile backsplash, honeycomb mosaic tile backsplash, honeycomb tile backsplash, honeycomb tile backsplash kitchen, large honeycomb tile backsplash, white honeycomb tile backsplash Post navigation Kitchen backsplash doesn't solely shield your wall from splatters of oil however it'll additionally function ornament and add model to the kitchen. Staining the partitions would require you to wash and scrub them when you can be resting already or tasting your delectable meals. Aspect Peel and Stick Backsplash 11in x 4in Honeycomb Stainless Matted Metal Tile for Kitchen and Bathrooms (3-Pack) 4. You positively do not wish to stain your kitchen partitions due to these. If you do not know the way to make a design your self, you should purchase pre-made mosaics which are prepared for installations.Spills, splatters, leaks and falls principally occur within the kitchen. The mosaic tiles may also be an ornamental ingredient in your wall. In case your countertop's colour is impartial, select a backsplash that may give accent to the entire kitchen. Select a cloth that may match your countertop. Colamo 5-Sheet Peel and Stick Hexagon Mosaic Stainless Steel Tiles Backsplash, Sliver Aluminum Honeycomb 3D Wall Panel, Self-Adhesive Tiles for Kitchen Bathroom Living Room, Sitck on Tile 4. There are glass tiles, pure stone tiles, mosaic tiles and porcelain tiles. Tiles have a number of types, measurement, supplies and designs you'll be able to select from. The most typical kind of kitchen backsplash is the kitchen tiles. Stick to our tips, and we promise you a perfect result that will keep you up-to-date.Marble Hexagon Follow Us On Instagram Concepttiles Toowoomba Tile Kitchen Wall Tiles Retro Floor Patterns All you have to do is go one more time through the ideas provided by us and stop at the one that suits you. Therefore, we suggest you consider it when deciding in this sense.Īs a finishing point, we would like to encourage you for something regarding the kitchen design. As mentioned earlier, the core concept of the 2022 trends is simplicity. Furthermore, such eye-catching designs will not bring a point of interest to the room but rather spoil the picture. SODA POP Design Black honeycomb floor tiles contrasted with white grout lead to a lime green washstand adorned with polished nickel pulls and a gray marble countertop finished with a trough sink. They have been out of trend for a long time now. Light gray and black butlers pantry boasts black honeycomb backsplash tiles merge with white quartz countertops and a pantry sink with a gooseneck faucet. We suggest you avoid such prints on the backsplash as fruits, flowers, cities. Even the slightest touch of a particular color or shape on a plain backsplash will bring a new sparkle. There is a wide range of stunning designs that would enrich a kitchen of any style. Don’t leave this space blank, as it will make the picture of the kitchen blurry. Why choose this out-trended type of tiles when there are various possibilities in this sense, particularly the up-to-date ones mentioned earlier? Furthermore, it can spoil the picture of your kitchen and reduce the softness of the environment. This type of decoration for the backsplash has been out-of-date for a long time. Therefore, we suggest you better look at those as much as it requires to find the perfect combination for your kitchen. There is a wide range of options in this sense that would match any preferences. Of course, it would save you money and offer freedom for an original design, but we suggest you don’t play with that unless you are an expert in the field. Although you can opt for a bolder shade, don’t forget to preserve a balance while playing with colors. If your kitchen is covered by neutral colors, we suggest you apply the same idea to the backsplash.

#Honeycomb backsplash free#

You can consider plain colors or a specific design that will match the kitchen style and the room decor. Shop for Walplus Shimmering Green Honeycomb Hexa Wall Peel and Stick Backsplash Tile Stickers and more at everyday discount prices with free shipping over. Furthermore, it will be practical as it is easy to take care of, especially if you like to cook a lot. A glass backsplash will bring a new sparkle to your kitchen and enlarge the space. Glass has become an alternative to ceramic tiles and gained popularity due to its functionality. We suggest you go through the backsplash ideas of 2022 that we provided you with. Aspect Peel and Stick Backsplash 11in x 4in Honeycomb Champagne Matted Metal Tile for Kitchen and Bathrooms (3-Pack) 4.2 out of 5 stars 58 1 offer from 15. Therefore, you will be able to combine functionality with aesthetics. Regarding the backsplash design, you can opt at the same time for elements from all the styles mentioned earlier. The main idea consists of the fact that you have to arrange a space that will feel comfortable to you. We would like to bring good news to you in this sense as the 2022 trends regarding this aspect do not imply any strict rules.

[xakcoldrolledsteel]

WHAT IS COLD ROLLED STEEL PROFILE?

Cold-formed steel sheet piles are a kind of steel sheet piles, which play a great role in construction and can solve many problems when used properly. Cold-formed steel sheet piles are steel strips or a continuous cold-bending deformation to form Z-shaped, U-shaped or other shapes of different cross-sections, which can be connected to each other through locks.

The origin of cold-formed steel

At the beginning of the twentieth century, with the development of coiled thin strip production, cold-formed steel has been developed. In the past ten years, coatings (galvanized, aluminum), coatings (color and pattern) and coatings and bimetallic cold-formed steels have also been developed abroad. At present, more than ten foreign countries have produced cold-formed steel. Among them, the United States is the first, Japan has developed cold rolled steel profile for sale rapidly, and Switzerland has the best stability.

Such as: in 1983, the Swiss Montanstahl steel profile family group enterprise. Since 1983: began to produce hot-rolled steel, OEM special steel profile for sale and other profiles. Has seven production technologies: hot rolling, cold rolling, cold drawing, laser welding, low impact laser welding, 3D laser product details of cold rolled steel profile and Hybr laser. Montanstahl is officially rated as "Risk Indicator 1" by Dun&Bradstreet/Bisnode (the largest and oldest business credit investigation agency in the United States) and has been named the best company in Switzerland.

In terms of varieties, foreign cold-formed steel varieties have 30,000 to 40,000 varieties and specifications. Including various carbon steel, low alloy high strength steel and stainless steel and other cold rolled steel profile for sale steel grades. The thickness is 0.1-20 mm (generally 3-4 mm for production), and the unfolded width is 20-2000 mm (generally below 50 mm). In addition, it can produce various ultra-thin, ultra-wide and complex-shaped sections that cannot be produced by hot-rolled steel.

Technology of cold-formed steel

Cold-formed steel is generally made of hot-rolled or cold-rolled steel as raw materials. At room temperature, it is processed by drawing, stamping, bending or roll bending forming units to process various thin-walled profiles that are difficult to produce OEM special steel profile for sale by hot rolling. Cold-formed steel has the characteristics of reasonable section, high strength, light weight and high metal utilization rate. It is an economical section steel and is widely used in automobile, aviation, construction and other industries. Cold-formed steel is divided into cold rolled steel profile for sale open-section cold-formed steel, semi-closed cross-section cold-formed steel, and closed-section cold-formed steel. Cold-formed steel is a very efficient manufacturing process, which was mainly developed for small sections. The production of various sizes of product details of cold rolled steel profile by cold bending has higher dimensional accuracy than hot-rolled steel, and its tolerance is small. These tolerances are based on the tolerances of the raw metal (strip steel), generally ± 0.127 mm, and in some cases ± 0.025 mm when the section is small. In addition to high dimensional accuracy, it also has a high surface finish.

Advantages of cold-formed steel

1. It is light in weight and has a large bearing capacity. It can save OEM special steel profile for sale metal 25-35 intestines if it is used to replace hot-rolled steel. If it is used for transportation vehicles, it will reduce its own weight, increase its carrying capacity, and save energy;

2. The forming speed is high, the output is high, the variety is large, and the coating is not damaged, and it can produce various ultra-thin, ultra-wide and complex section steels that cannot be produced by hot rolling;

3. It can cause a large plastic deformation of the steel, thereby improving the yield of the steel;

4. The wall thickness of the cold rolled steel profile for sale profile can be increased by bending to make the whole window stronger. At the same time, a closed thermal insulation cavity is formed by one-time bending. If the product details of cold rolled steel profile thermal insulation material is incorporated, it can produce a very good thermal insulation effect.

XAK cold rolled steel profile introduction

High-speed guardrail groove steel profile is a common special steel profile we could see in the traffic road. This kind of cold rolled special steel profile's main material could be carbon steel; stainless steel; pre-galvanized sheet. XAK provide OEM service. NEW AOKAI could produce products according to drawing or sample.

The OEM Cold Rolled Steel Profile is XAK’s main business for more than 10 years. The rolling process is much more precise than cold bending and stamping. It is also much cost-saving than laser cutting or wire cutting or washing.

In XAK, the OEM means every process section from the base material to the final packages. Besides the basic shaping process, the vertical family business also makes deep process available, such as cutting, laser cutting, punching and welding. Welcome to send us the drawings with details and requirements marked.

About NEW AOKAI

Based on its long history Chinese company, WUXI NEW AOKAI INDUSTRY & TRADE CO., LTD.(XAK) starts his own foreign trading way since 2016. XAK is a leading professional manufacturer in cold forming steel profiles and metal stamping fittings in Wuxi, Jiangsu Jiangsu Province for more than 10 years. OEM with one stop service is our main business and characteristics. Company mainly produces Steel Channel, Overhead KBK Light Rails, Rigid Guide Rails, Door & Window Sliding Hanging Profiles and Strut channels with its universal fittings. Besides the regular shapes such as C, U, Z, L, Furring Hat, the OEM steel profiles and fittings according to drawing is the main.

[tiblog158]

Sharp Electric Alarm Clock

Sharp Electric Alarm Clock With Battery Backup

Sharp Electric Alarm Clock

Alarm Clock

Sharp Atomic Clock Instructions

Westclox Electric Alarm Clock

Download 6 Sharp Clock PDF manuals. User manuals, Sharp Clock Operating guides and Service manuals. Sharp Digital Alarm Clock - Ascending Alarm Begins Faintly and Grows Increasing Louder, Gentle Wake Up Experience, Dual Alarm - Battery Back-up, Easy to Use with Simple Operation 3,315 11 offers from $22.49. Product Description Wake up on time every day with this stylish Sharp, model SPC1225A, digital LED alarm clock with a Jumbo 1.8” display easily viewed across the room. This clock features an on/off night-light button, a snooze function and on/off alarm button all accessed on the front of the clock with the easy keyboard style controls. Sharp Digital Alarm Clock – Black Case with Red LEDs - Ascending Alarm Grows Increasing Louder, Gentle Wake Up Experience, Dual Alarm - Battery Back-up, Easy to Use with Simple Operation Visit the Sharp Store 3,868 ratings 42 answered questions. Sharp® Battery Backup Electric-Powered Digital Alarm Clock, 2 3/4' x 4 1/4' x 2', Black/Silver Item # 184926.

Model – SPC585

Projection Alarm Clock – Sleep Sounds

UPC – 0049353995120

Time Projection

8 Soothing Sleep Sounds

Dual Alarm

Display Dimmer Control

Battery Backup

Dimensions – 7.5 x 7 x 4.6 inches

Where to find your ip address on your computer. BUY NOW Instruction Manual

The Sharp Projection Alarm Clock with 8 Soothing Sleep Sounds is the perfect clock for the bedroom, kids, room, senior’s room. You can project the time directly on the ceiling of a dark room (optional) to make it easy to read, even in the middle of the night. Fall to sleep faster or block out background sounds by listening to 8 different soothing sounds, all designed to promote better sleep. The +/- buttons on the clock can be used to increase the volume of the nature sound for optimal preference and settings.

Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze

Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze,Snooze Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display, children, teens, seniors and the elderly,EASY TO USE DIGITAL ALARM CLOCK WITH DUAL ALARM - This clock has been designed with absolute simplicity in mind and is very easy to operate, Perfect for adults, Discount Prices, Easy Exchanges Hot sales of goods Free Same Day Shipping With Every Order! Clock Battery Backup LED Large Display Snooze Sharp Electric Digital Dual Alarm.

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Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze

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Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze

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Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze

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Sharp Electric Alarm Clock With Battery Backup

Sharp Electric Digital Dual Alarm Clock Battery Backup LED Large Display Snooze

Sharp Electric Alarm Clock

Alarm Clock

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[architectnews]

"I respond to every fucking detail of the time we're in" says Frank Gehry

Frank Gehry's new tower in Arles fits with both the ancient Roman city and today's environmental agenda, the architect claimed in an exclusive interview with Dezeen.

Speaking to Dezeen in Arles last week the Pritzker Prize-winner said The Tower, which has a steel-and-concrete frame and a glazed drum at its base, responds to current concerns about the carbon footprint of architecture.

The Tower opened last week

"We fit into it," said the Canadian-American architect. "But I can't explain it. I respond to every fucking detail of the time we're in with the people we live with, in this place," added the 92-year-old when asked about the building's environmental performance.

"So it's all taken into account as best I can," he continued.

"You know, I believe that's the most important thing to do," he added, gesturing to the face mask in his hands. "To live in the place and time you are in and what the issue is, you know, even with these fucking masks."

Sustainable elements include natural ventilation of the circular glazed podium while some of the building's energy comes from renewable sources. However, precise details of the building's embodied carbon have not been disclosed. The team did not submit the building for environmental certification under the French HQE programme.

The tower forms part of the Luma Arles cultural campus

The Tower finally opened last week along with the rest of the vast Luma Arles cultural campus after a 14-year gestation period.

It serves as an entrance pavilion, lookout tower, exhibition-and-events space and beacon for the 27-acre campus commissioned by Maja Hoffmann, the art-collecting founder of Luma Foundation and the heiress to the Hoffmann-La Roche (now Roche) pharmaceutical fortune.

Founded in 2004, the philanthropic foundation "focuses on the direct relationships between art, culture, environmental issues, human rights, education and research".

The Luma name comes from Hoffmann's children, Lucas and Marina, echoing the way her father, the eminent environmentalist and World Wildlife Fund co-founder Luc Hoffmann, named his philanthropic conservation body MAVA Foundation after the initials of his children.

"I try not to repeat myself"

Gehry and Hoffmann, who is Swiss but grew up on her father's estate in the Camargue wetlands near Arles, first began discussing the building in 2006. This was long before sustainability topped the architectural agenda but when shiny icons were still very much the rage.

Their conversations began nine years after the opening of Gehry's titanium-clad Guggenheim Museum Bilbao and three years after the completion of his stainless-steel Walt Disney Concert Hall in Los Angeles.

But Gehry said that each project is a one-off rather than fitting into an evolution of his architectural approach.

"I try not to repeat myself," he said. "I just think about it at the time I'm doing it, the people I'm working with, like Maja, the community."

"So I don't think of it," he added. "I mean, naturally, there's like this historical lineage but it's just how I feel at this time in this place."

Gehry's influences include Roman and Romanesque architecture

The 1997 Bilbao building introduced Gehry to the world, rebooted the city's economy and self-image, and fuelled the trend for iconic cultural buildings in cities hoping to replicate "the Bilbao effect".

Gehry sounds a little bemused by the term. "I don't really care about that, but it's nice that it changed the community," he said, as one of his team interjected, pointing out that he received death threats when the building was first proposed.

"When I went to Bilbao it was sad," he continued. "They were having a hard time economically. The kids growing up left Bilbao to go to college. They didn't stay there."

Gehry's Guggenheim is credited with turning around the fortunes of the post-industrial city in Spain's Basque country.

"I didn't mean to change the city"

"This has changed the economy," he said. "People come. I've been told they earn over eight billion Euros since the building opened. When you go there now it's friendly and open and happy."

"People are always telling me how I changed the city," he added. "I didn't mean to change the city, I just meant to be part of the city."

But Arles is no Bilbao. The UNESCO world heritage site is already a magnet for visitors coming for its spectacular Roman remains, its connection with artist Vincent van Gogh and Les Rencontres d'Arles, its world-renowned annual photography festival.

Located in a former SNCF railway engineering works on the edge of town, the Luma Arles campus adds another world-class attraction to the tiny city, which has a population of just 50,000.

The Luma Arles campus is at the edge of the ancient city

The railway sheds, repurposed into workshops, galleries and performance spaces by Selldorf Architects, are monumental in scale but these are eclipsed by Gehry's 56-metre-high tower. It is by far the tallest building in the area and dominates Avenue Victor Hugo, the main route into Arles, on a rise above the campus.

It towers over French architect Marc Barani's low-slung and discreetly minimalist École Nationale Supérieure de la Photographie, the French national photography school that sprang from the photo festival and opened in 2019, which lies directly across the road.

Arles, once a Roman provincial capital, sits on a low hill beside the river Rhône just before it enters the Camargue wetlands (which Hoffmann's father is credited with saving and where he established the Tour du Valat nature reserve) on its way to the Mediterranean, which is over 40 kilometres away.

"I don't antagonise. I don't try that"

The idea to build a tower came from Hoffmann, who expressed a desire to be able to "see the sea from the tower". But despite the requirement to build tall, Gehry said he did not intend to build a provocative structure.

"Well, I try to make it the scale of where we are," he said when reminded of the backlash from neighbours when he built his seminal 1978 home in Santa Monica. "And I try to make it user-friendly and not off-putting. So, you know, I don't make it black. And I don't antagonise. I don't try that. That's not my way."

The design process involved making dozens of scale models, many of which are exhibited in the vast exhibition space beneath the tower. These show how various approaches were explored including stacks of cubes, piles of oblongs and fabric-like forms.

However, none of the early models shows the twin concrete lift towers that break up the sculptural form at the rear of the tower.

A pair of concrete lift towers protrude from the rear of the tower

"There are over 100 models made of metal, wood… it was a long, long journey," said Gehry.

Over his career, Gehry has pioneered new approaches to creating architectural form, including scanning roughly made paper and card models and manipulating them in 3D software.

But this time, the models were made by his team. "I don't make them myself," he said. "I used to. It is a collaborative effort."

Gehry cites numerous local influences on the tower's form. Vincent van Gogh, the artist who lived in the city between 1888 and 1889 and painted many of his best-known works here, is one of them.

Gehry has compared the stainless-steel facade to the brushwork in Van Gogh's painting of Les Alpilles, a low range of mountains to the north-east of Arles that features distinctive limestone outcrops. He has also cited the nocturnal Starry Night painting as an influence.

The cladding was informed by Vincent van Gogh's paintings

The Roman architecture of Arles is another influence, with its famous amphitheatre informing the glazed drum at the base of The Tower.

"Certainly the Roman amphitheatres were in my mind but I didn't want to copy them," he said at the press conference that marked the building's opening, when he joked that The Tower is "my first Roman building".

"But I thought that having a drum on the boulevard that became the foyer for the whole building was a simple way of inviting people from all sides, from all directions, as well as having a strong symbol, presence on the street."

The drum is naturally ventilated, one of a number of energy-saving features that were reverse-engineered into the project to make it more sustainable as the project rumbled on.

Others include a biodiesel plant and solar panels that provide some of the power for the campus, and the use of interior cladding made from local materials including agricultural waste, algae and salt to replace the originally specified gypsum drywall.

The glazed drum is informed by Arles' Roman amphitheatre

The latter interventions were carried out by designers at Atelier Luma, a design research lab located at the campus and headed by curator and educator Jan Boelen. There was apparently some tension over these interventions: when another journalist asked one of Gehry's team about the materials, he replied: "That wasn't us".

Gehry took further inspiration from Romanesque architecture, including landmarks he visited when studying architecture in Paris in the 1950s.

"I visited here," he said at the press conference. "I was living in Paris and studying Roman architecture. I was very moved by the architecture."

Speaking to Dezeen later, he rattled off a list of Roman-influenced medieval buildings around the country he recalls visiting in his student days, admiring their stonework.

"Autun, Vézelay, Tournus... I guess that's Romanesque. Yeah. I liked the stone blocks but I didn't want to repeat that."

Rather than stone, The Tower is faced in 11,000 hollow, non-structural blocks made of stainless steel sheets that have a textured pattern on them, allowing them to reflect the harsh Provençal light in a softer way.

"So we studied metal because it reflects the light. But I wondered if it could be soft and feel comfortable. Which it does."

Inevitably, the building has its detractors. Does criticism concern Gehry? Or does he prefer to give people a bit of time to get used to new buildings in their neighbourhood?

"It's more like the latter," he replied. "I don't presume anything. Really. I call it friendly or happy insecurity."

The post "I respond to every fucking detail of the time we're in" says Frank Gehry appeared first on Dezeen.

[wjhsteel]

The embossed stainless steel coil is getting more and more popular on the market.

This is not surprising because of their beauty and benefits.

Read through the article and find more details of embossed stainless steel coils.

Before embossed stainless steel coil, what is the embossing process?

Metal embossing is a process used to produce a raised or depressed pattern or relief on a metal coil/plate.

Generally, the embossed patterns come into effect through matched male and female roller dies. Another method is a passing sheet or a strip of metal between rolls of the desired pattern. This often combines with foil stamping to create a shiny, and vivid 3D effect.

Check the whole article ：https://wjhsteel.com/all-about-embossed-stainless-steel-coil/

[fabrinoxofficially]

What is Bead Blast Finish Stainless Steel? A Comprehensive Guide

When it comes to achieving a distinct and uniform texture on stainless steel surfaces, bead blast finish stainless steel is a popular choice. This finish provides a unique matte appearance that is both aesthetically pleasing and highly functional. In this comprehensive guide, we will explore what bead blast finish stainless steel is, how it’s applied, and why it’s a go-to option for many industries, including interior design and architecture.

What is Bead Blast Finish Stainless Steel?

Bead blast finish stainless steel is created by propelling fine glass beads at high velocity onto the surface of the stainless steel. This process creates a smooth, non-reflective, matte finish that is consistent and even. Unlike polished or brushed finishes, bead blasting reduces the stainless steel’s shininess, giving it a more subtle and refined appearance.

This finish is ideal for applications where durability and texture are essential, such as in architectural projects, industrial designs, or even for kitchen appliances. The bead blast finish enhances the steel's ability to resist fingerprints, scratches, and marks, making it perfect for high-traffic areas.

The Process Behind Bead Blasting

The bead blasting process is relatively simple yet effective. During the procedure, tiny glass beads are shot at the stainless steel using compressed air. The beads impact the steel surface, removing impurities and creating a uniform texture. Depending on the pressure and type of beads used, the finish can vary slightly in appearance and texture, but the overall effect is a consistent matte look.

This process doesn’t just improve aesthetics but also strengthens the surface by compacting it, which can extend the lifespan of the stainless steel. Companies like Fabrinox provide expert solutions for bead blast finish stainless steel, ensuring high-quality results for every application.

Applications of Bead Blast Finish Stainless Steel

The unique texture and finish achieved through bead blasting make this stainless steel suitable for a range of applications:

Interior Design: Bead blast finish is widely used in interior design for wall panels, elevator interiors, and even kitchen backsplashes. Its matte finish provides an elegant touch to spaces while also being easy to clean and maintain.

Exterior Architecture: The non-reflective surface of bead blast finish stainless steel is ideal for outdoor cladding and architectural features. Its durability ensures that it can withstand harsh weather conditions without losing its appeal.

3D Pattern Stainless Steel Sheet: For those looking for something even more unique, combining bead blasting with 3D pattern stainless steel sheet can create a striking effect. These sheets not only offer the matte finish of bead blasting but also add depth and dimension to the design, making them perfect for decorative panels and artistic installations.

Advantages of Bead Blast Finish Stainless Steel

Aesthetic Appeal: The matte finish is sleek and modern, making it suitable for a variety of design styles.

Durability: Bead blasting enhances the strength of the stainless steel, making it resistant to wear and tear.

Low Maintenance: The non-reflective surface is easier to clean and maintain than polished finishes, making it ideal for busy environments.

Versatility: Bead blast finish can be applied to a wide range of stainless steel products, from flat panels to intricate shapes.

Fabrinox’s Expertise in Stainless Steel Finishes

When choosing a bead blast finish, it's crucial to work with experts who understand the nuances of the process. Fabrinox is a leading provider of stainless steel finishes, offering a range of options, including bead blast finish stainless steel and 3D pattern stainless steel sheet. Their precision and attention to detail ensure that every product meets the highest standards of quality and durability.

Whether you’re an architect looking for a durable exterior cladding solution or an interior designer in need of a sleek, matte finish, Fabrinox can provide the perfect stainless steel products to match your vision.

Conclusion

Bead blast finish stainless steel offers a unique blend of aesthetic appeal, durability, and versatility, making it a top choice for both functional and decorative applications. With expert providers like Fabrinox, you can be assured of high-quality stainless steel finishes that meet your specific needs. Whether combined with 3D pattern stainless steel sheet or used on its own, bead blasting provides a refined finish that can enhance any project.

Originally published at https://fabrinoxofficially.blogspot.com

[derbysilkmill]

Furniture Jam #1 > Saturday 8th & Sunday 9th April 2017>  (Steve Smith -Silk Mill) Science Technology  Engineering Art  Maths

Furniture Jam was an extended weekend furniture-making session held in all three technical workshop areas of the Silk Mill Museum of Making. Over the two long days the band of invited  project practitioners - architects, designers, makers, artists, and engineers (STEAM) - explored and experimented  with traditional and contemporary techniques, materials, processes, aesthetics and functionality in creating  finished or conceptual furniture pieces:  A dry-fixed ply chair, birch garden bench, kinetic shelving moulds, a concrete and steel table and cast concrete toilet roll-holder, patternmaker coloured bookcases, a turned and scorched stool, an upcycled machine-part crate with 3D printed components and a fine desk-table lamp. 

Contemporary, derivative, or plagiarising existent styles/schools - furniture constructed synthesised orthodox hand tool work, turning and jointing with digital CNCing, laser and 3D printing praxis adding mould making and concrete casting to the mix.

Informing our output of  - collaborative or solo - 'new-craft' pieces was the technical and aesthetic brief that, where practical, jammers experimented with some contemporary materials, in particular a stock of yellow bamboo ply and blockboard. This innovative sheet material, supplied by Leach -  Museum of Making designers – could potentially play a significant part in the building of furniture and display fixtures and fittings within the visual and structural development of the Silk Mill. In this way the jam, freestyle in ethos and promoting open-ended creative practice, prototyped the up-and-coming material future of the historic building the jam took place.

Below is an abstract of the Furniture Jam weekend, profiling participants and detailing their manufactured output, constructions and collaborative inputs.

Steve Smith - Jam coordinator: pattern-maker, cabinet-maker and Silk Mill workshop supervisor 

To test out the unfamiliar bamboo blockboard I decided to make two matching traditional shelved cabinet carcasses. Rather than CNC the components I went back to the simple reliability of the Wadkin panel saw. I rebated the sides, top and bottom on the Festool router system to accept a 6mm back. The sides top and bottom got jointed with the new and strange Domino cutter. (At the same time as the experimenting with bamboo we were testing out newly acquired kit: Festool Domino 500*. )

Carcasses, post domino-ing, were glued and clamped together. Shelving peg holes drilled using traditional workshop 50mm spacing jig. Shelves were cut from 10mm mdf and radii added to all corners. The shelves and back varnished with contrasting primary colour codes plagiarised/referenced industrial pattern-making practice, Gerrit Rietveld or Fred Baier.

*Leach, the museum designer, has a in-house build workshop and workshoping at the Silk Mill is striving to  synchronise  co-production techniques between the two partnering sites.

Pete Walker: artist illustrator/ re: make co-producer volunteer

A veteran of Re:make – hex pods, nature gallery, apothecary cabinet and crates – and currently influenced by historical Japanese joinery techniques - Pete cut the bamboo sheet up to form this scaled-down pagoda structure. The six columns were pegged into the base with hand-cut mortise and tenon joints. Curves were cut with a machine, the bandsaw, but all other intersections were executed with a Japanese pull saw. 

Steve Haynes: graphics and product designer/ STEAM powered maker-in-residence and Re:make co-producer

Steve improvises with birch ply. Many of his pieces are constructed from waste ply offcuts. Glued together in diametric grain and ply oppositions, and then worked, his often chaotic methodology makes strangely appealing - often domestic – interior products: chopping boards, serving platters, bowls and seating. For the jam he laminated three layers of 20mm ply arranging each layer of bamboo at 120° to its abutting section. He turned the stool base on the lathe and discovered that the unconventional wood  turned with ease sending beautiful fine shavings onto the workshop floor by his feet.  

The form was achieved using simple setting out techniques and completing to a card cut template. Three legs for Steve’s stool were made from 50mm ply birch strips reworked from CNC manufacturing waste. Steve, briefed to incorporate Bamboo in his practice, played around with the material’s traditional eastern craft associations and decided to burn or char the ply legs in following the Japanese folk art - a contemporary internal-exterior architectural praxis for naturally preserving wood - known as ‘Shou Sugi Ban’. He attached the legs to the stool top with off-the-shelf steel fittings.

Sabine Parker: product design graduate (furniture making and jewellery) and Re:make co producer/volunteer 

Over the past winter Sabine worked with her son during Derby Maker night to produce the desk he would use for his studies during his apprenticeship.  She is a patient and fastidious maker and took care to make the workstation with care. The design decisions were left to her son, but he also got hands-on with jointing planes and other traditional woodworking tooling.

Invited to the Furniture Jam she at first thought she may just hang out helping other makers because she could only work the one day. Instead she quickly got  the vibe to build, locating an open-source site, and downloaded a vector drawing for this CNC - cut dry-fixed (assemble/disassemble) ply chair.  

Working with Steve Locksley she programmed the drawing into the operating system for the CNC, V-carve,  and got the chair cut by evening; returning to complete the structure within the workshop open-access timetable.

Like a springy plastic toggle on a rucksack adjusting strap the chair design clips together when the forked cut bamboo ply tongues are inserted through the mortise section. The bamboo ply had great strength and elasticity and worked well in this – something to think about in other settings.

Andy Miller: theatre designer and set/props maker

Bitter experience got Andy to prepare in advance some of the key steel reinforcing sub-frame and assembly mechanisms for his cast-concrete low table. An expert welder of theatre designs and props for many years (Derby Playhouse) he used a MIG welder (off-site) to construct an inner mild-steel membrane around which the concrete was cast into the form provided by the mould. The exterior squareness of the table ends was made within a wood shuttering mould - the circular apertures made by cutting building insulation foam into set-sized circles. The concrete was cast Saturday; cured and set the moulds stripped out Sunday. While it was green the concrete was fettled  and smoothed out. The table assemblage was completed by bolting ends, top, and stainless steel stretcher together before adding a bamboo insert top. 

Working from a plagiarised design,  Andy also cast this organic half-pipe toilet roll holder you can glimpse through the aperture of the table ends after cannibalising some more building insulation foam sheets to carve out the radii of the sculptural and functional piece.  

Matt Murphy: architect and maker (Bauman Lyons)

Matt has his own CNC router. He built it, and on it machined out the complex curved 3D moulds for the conceptual kinetic shelving unit modelled below in response to the maker-in-residence public consultation workshops he developed as a member of Bauman Lyons wider team  – the Museum of Making project architects.

Keen to work through the abstract design (suggested by a workshop participant) to material manufacture, Matt elected to work on the prototype polystyrene moulds over the jam. First thing, he coated the light porous profile with a fast-setting two-part resin casting preparation. Then, working with angle grinder, metal shears and chop saw, he constructed a structural skeleton out of metal grid anticipating the pouring of the mould in dyed  concrete (or resin) at Furniture Jam #2

Fiona Halliday: Rolls Royce Senior Engineer  

On Saturday, a design-studio computer, loaded with inkscape software – supported by some old - fashioned mathematics, pencil-and-paper calculus, plus engineering trigonometry (see rough working-out paper above) - got Fiona to construct a workable design for her traditionally styled birch ply garden bench. To check aesthetics she laser cut a half-size model of the bench-end profile from 3mm plywood. After a few technical revisions, the design was fed into the V-carve software that drives the CNC Pirhana router. With external vectors and dowelling holes tool-pathed the curved profiles all got cut out on Sunday. The bench struts were rounded over on the Festool router table with a 5mm rad bearing cutter and the 12mm peg hand-turned on the Union Graduate wood lathe. The four doubled-up 15mm ply seating sections were then g-clamped and pinned together with fast-setting resin epoxy glue.

Fiona finished the bench off during the following weeks. She used a bearing profile cutter to clean up the reinforced sections, smoothing and final shaping sections with orbital sander kit.

Dr Steve Locksley: Silk Mill workshop co-production assistant/ retired nuclear engineer - Rolls Royce (Derby) 

Steve operates as a volunteer workshop assistant within the Silk Mill project. He is extremely proficient in all aspects of the STEAM multi-disciplinary agenda:  science, technology, engineering, art and maths. He is a keen artisan woodworker and has familiarised himself in a short period with many technical aspects of the CNC router, v-carve, and Inkscape drawing packages.  During the jam Steve supported Fiona and Sabine in making their slatted chair and birch ply bench happen – as well as unpacking and explaining to the rest of us the plain ins and outs of the new domino jointer.

Grant Gibson: material scientist/ engineer and rolls royce STEM education ambassador

Grant acquired two ply boxes that machine or engine parts are delivered in to Rolls Royce factory sites. They are normally discarded. Over the jam he polished-up the smaller tea-caddie sized birch ply component case; shining the dirty copper and steel fittings with wire wool and waxing the ply.The bigger crate he cut-and-shut to the size of a blanket chest and 3D printed the lid’s hinges and four pillar feet. He used traditional methods and tools – router, chisels, planes and saws - to customise and then assemble the piece. Joining the pro-bamboo target of the event he added a  ply top opening on the newly-printed resin hinges. 

Adam Leighton: 3D printing Senior Technical Adviser, Institute for Innovation in Sustainable Engineering, Derby University

Adam oversees 3D printing development at the University of Derby. He is interested in furniture making. He made Saturday afternoon and cracked on to make a small architectural desk lamp frame from the offcuts of bamboo ply he found lying around, i.e. waste from other projects. As a technician he knows his way around a workshop and got involved immediately. He used the newly acquired Festool  Domino jointer to tenon sections of his design together; exposing the usually-hidden beechwood domino as an interesting construction detail. 

Oral Philips: artist and re:make co-production volunteer

Oral is  new to the general Museum of Making project. But already he has been involved in making crates, and collection display boxes for the My World MAG outreach project. He has worked on the Collections Hub and teamed up with many other members of the STEAM band.

Oral is a skilled artist and is currently working on an intricate still life sketch of two Davis of Derby shot blasting devices. He got stuck in to all aspects of the jam from lifting, sharing ideas, painting pattern varnish shelves, 3D printing – and generously making tea. (And sketching out on a workbench suggestions for jointing the slatted chair clip system together.)

[vampearlgrey]

High power lasers

High power lasers may double as many other kinds of lasers. We have a variety of laser cutting systems which each have different characteristics and attributes. Illustrator and designer Junichi Tsuneoka combines traditional woodworking techniques with laser cutting. Laser cutting for metals has the advantages over plasma cutting of being more precise and using less energy when cutting sheet metal; however, most industrial lasers cannot cut through the greater metal thickness that plasma can. Laser cutters use a thin, focused laser beam to pierce and cut through materials to cut out patterns and geometries specified by designers. We react quickly and professionally on urgent Laser cutting requests. Our top notch design, manufacturing, and quality control departments, allows us to deliver high level standards required by todays industries. Before beginning laser cutting, manufacturers map out what they're going to do based on a number of factors as they relate to your application. At Recam Laser we offer 2D and 3D laser cutting service, laser tube cutting, product engineering, CNC bending, TIG MIG and laser welding, CNC machining, surface finishes, assemblies and logistics management. Laser Cutting is possible by creating a 2D vector file. Laser cutting accuracy rates top those of any other cutting methods, with slightly higher precision tolerances and smaller slicing widths than even water jet cutting. It's easy to cut and engrave designs on any material with this laser. Not only do we provide a high volume tube laser cutting service, we specialise in short run, quick turnaround projects. From cake toppers and stencils to architectural models and engraving, our lasers can carve your project into reality. Artist Jay Thomson streamlines the bow tie making process by selling acrylic laser cutting design templates. We've also included a comprehensive guide to laser cutting, sharing everything you need to know about this technology before you make an investment. LA Laser Cutting began as a small community artist resource when Bert, then a professor at Art Center School of Design, began sharing his laser cutters with his students. First, laser cutting produces parts with nearly zero edge deformation, roll-off, or edge factor. You must be an inducted workshop user to access this Moodle page and book a laser cutter. Additional services such as assembly, design, etching, finishing, polishing, and plating offered. PrintFab offers laser cutting services to all our customers with projects big or small. Making it the perfect desktop laser cutter for everything from home use to starting a business. It's an entry-level device, easily utilized with efficient engraving and cutting operation.

With over 20 years of experience in the laser cutting industry, SawGrass has seen and cut just about everything out there. By property matching your parts to our lasers, we can offer the most economical way to produce your metal blanks. Our vertically integrated facility allows us to perform all work in-house, from sourcing the right material, to performing the cutting itself, to any final assembly and quality control you require. Its high level of accuracy and detail, repeatability and consistency mean laser cutting tech is hugely popular. Log into the B-made 'Workshop Users' Moodle to book a laser cutter at either our 22 Gordon Street or Here East site. Our emergency service is designed to offer the fastest turn around of your project at the highest quality. Continuous investment in the latest equipment, a 24 hour laser cutting service, competitive pricing and excellent customer care ensure that customers get the best With our expertise, we can help you with everything from one off items to full scale production and large batches. CNC laser cutting is a great option if you need to produce a large number of complex pieces. Fibre optic laser cutting also allows our company to perform complex machining and linear and circular cuts. Laser cutting and engraving are incredibly cost and time-efficient manufacturing methods that cut and engrave any shapes in most metals and non-metallic materials. By the ‘70s, manufacturers around the world were using laser cutting systems for all sorts of applications, from titanium cutting for aerospace to textile cutting. At Gratnells Engineering we believe that quality and customer service are every bit as important as price and lead time. The laser, when supplied with the right settings, will cut all the way through your material, so vector cutting is normally used for cutting out the outline of the part as well as any features or holes that you want to cut out of the material. We are your ideal supplier for small, thin, delicate and high-precision parts laser cut from a variety of metals and plastics, in flat or tube form. 

Getting everything together in drawings for laser cutting and engraving is the key first stage. Aluminum alloys, carbon steel, galvanized steel, copper, brass and stainless steel materials worked. Using state-of-the-art technology and high-quality materials, we offer precision laser cutting services that provides fantastic results. Requirements to setup production begins with a digitized design file and your industry specific materials. LA Laser Cutting services include laser cutting and engraving, graphic design, custom finishing, painting and fabrication, as well additional specialized works. By using laser for cutting, we avoid machining waste and defects, and reduce production costs. The small spot size of a fiber optic laser provides high quality cut edges with minimal material warping, ideal for the food, medical, and many other industries. There are several different types of laser cutting machines available, though all follow a similar process. Fusion cutting, also known as melt and blow cutting, involves blowing molten material from the cutting area using pressurized gas. Since our formation, we've built a solid reputation for laser cutting aluminium sheet with the highest levels of accuracy and quality. Laser cutting beats traditional methods of cutting, delivering much cleaner, smoother edges and allowing extremely precise measurements. Read a more comprehensive list of the materials that we can laser cut and laser etch. Our machining expertise is well demonstrated by our precision laser cutting services. The B-made workshops at 22 Gordon Street and Here East have different laser cutters. It's compatible with a wide range of materials, including leather, wood, acrylic, glass, fabric, cardboard, and can even engrave metal materials like anodized aluminum and titanium. Most commonly materials cut by our laser cutter are acrylics, wood, card and fabric. The Glowforge Plus is a professional-grade laser cutter that is both easy-to-use and highly reliable.

Laser cutting tech uses less energy than traditional cutting methods. Experience and advanced laser cutting facilities give you press-ready, precision-cut product every time. Piercing usually involves a high-power pulsed laser beam which slowly makes a hole in the material, taking around 5-15 seconds for 0.5-inch-thick (13 mm) stainless steel , for example. Learn more about creating designs for laser cutting. We're proud to offer complete turnkey services on location, with skilled specialists and cutting-edge technology supporting your new product from concept to manufacturing. High precision laser cutting of a wide variety of metals. Laser cutter service providers generally employ a carbon dioxide laser to perform the low-distortion hot cutting. Acrylic sheet can be laser engraved with a CO2 laser, which produces either white or clear engraved images, depending on how we set up the machine and what you want done. At work we have a 40w laser cutter we use to cut and make acrylic labels. The high precision laser vaporises a cut line through the material, leaving a 90 degree high quality cut edge finish. Laser Cutting - Remaly Manufacturing Company, Inc. Precision and accurate controls guarantee the integrity of the machined materials, which are immediately usable in the various sectors. The kerf of a laser cutter is much thinner in general than the kerf of a sawblade or a milling bit, for example, so laser cutters can do some really nice detail work. With low power usage, relatively low price, and high efficiency, this laser cutting technology is the most ideal for consumers and maker spaces. What was once a tool strictly for industrial purposes, you can now find laser cutters in schools, maker spaces, and even homes. If you have any questions about laser cutting or services please reach out and connect with us about your questions, or arrange a visit to the studio to find our more, see examples, and meet the team.

[trioticzz]

Advantages of Using Sheet Metal Design in Product Design

Sheet metals are one of the versatile and most predominantly used raw material in engineering and fabrication. These are available in standard sizes and materials which can be cut, combined and formed to customized shapes and forms.

Sheet metal components are widely used in Automotive, aerospace, machinery, constructions, consumer goods, Food processing and the list go longer than it is been expected.

Advantages of using sheet metal in product design:

Sheet metals are versatile. Nearly every industry in the market has its utilization with sheet metals. Its ability to adapt, form and manufacturability provide its status quo.

Sheet metals are strong and sturdy. They are effective to wear and tear, strengthened with shape, section, material and thickness, they are resilient to harsh conditions, corrosion, chemical and discrete erosion, efficient to handle the high magnitude of force and pressure, etc.,

Sheet metal can be made both flexible and rigid. Sheet metals can be cut, bent, formed, welded and can be worked with various machining processes. Sheet metal components can be made into flexible or rigid by playing the section modulus. By the efficient play of section modulus, material and manufacturing process paves the way to value engineering and to achieve higher strength to weight ratio.

Sheet metal is lighter and has a low weight to thickness ratio. Its utilization in the field like automotive and aerospace where weight has its toll.

Sheet metals are mostly preferred for mass production components due to its fast manufacturability and integration ease. This increases the productivity of the assembly line and reduces the market time lesser

Low weight to thickness ratio, higher strength to weight ratio paves the way for Value Analysis and Value Engineering (VA/VE). This increases the worthiness of the product and better engineering

These are just the tip of the iceberg. Development of materials, manufacturing processes and complexity of problems us enables to explore the ever-growing applications of sheet metals.

Sheet metal Components – Design and Development

Sheet metal components are similar to origami. Sheet metals are similar to a sheet of paper. These can be cut, bent, glued and even formed to shapes. Good engineering can be done by understanding and utilizing the characters and parameters of the sheet metal. Some of the key terms and parameters to be understood before designing and development of sheet metal components are

Material:Sheet metals come in a variety of material like – mild steel, stainless steel, aluminium, galvalume, copper and many more. Materials have their characteristics of functionality to various parameters. Material properties like density, young’s modulus, bulk modulus, malleability varies from one another. They play a vital role in the selection of the raw material and grade

Thickness:The thickness of the sheet metal plays a vital role in the manufacturing process, bending allowances, formability, spring back etc.,

K- Factor:K-Factor represents the position of the neutral axis from the thickness. This varies with the physical properties of the material and thickness of the sheet metal. Generally, the K Factor value varies from 0.3 to 0.6

Bending Allowance/Deduction:As we bend the sheet metal, the material at the bending region ends to get tension or compression relative to the neutral axis. This may change the dimension of the final component compared to the Flattened length. Bending allowance corrects the strain and develops the correct flat pattern. Bend Allowance is a function of Material Thickness, the Bend Angle, the Inside Radius, and the K Factor

Limitations to use sheet metal:

Design parameter to be considered are large

Forming limitations varies with the thickness and material of the sheet metal

Formation of Internal stress whilst bending and welding may lead to crack formation if not properly heat treated

Spring back in the press-formed component may lead to geometrical change and increased tolerance range

Special tooling cost for mass production

Graphler Technology, one of the upcoming  Product design companies in India, we are also into different sectors like Heavy Engineering design services, FEA Consulting services, CFD Analysis services and  3D CAD design service In India.

Sheet metal designs are one of the excellences of Graphler Technology Solutions. We have the finest engineers, well-seasoned in designing and manufacturing process could add value to your products with world-class engineering.

[dorcasrempel]

Coatings for shoe bottoms could improve traction on slick surfaces

Inspired by the Japanese art of paper cutting, MIT engineers have designed a friction-boosting material that could be used to coat the bottom of your shoes, giving them a stronger grip on ice and other slippery surfaces.

The researchers drew on kirigami, a variation of origami that involves cutting paper as well as folding it, to create the new coating. Laboratory tests showed that when people wearing kirigami-coated shoes walked on an icy surface, they generated more friction than the uncoated shoes.

Incorporating this coating into shoes could help prevent dangerous falls on ice and other hazardous surfaces, especially among the elderly, the researchers say.

“Through this work we set out to address the challenge of preventing falls, particularly on icy, slippery surfaces, and developed a kirigami-based system that facilitates an increase of friction with a surface,” says Giovanni Traverso, an MIT assistant professor of mechanical engineering, a gastroenterologist at Brigham and Women’s Hospital, and an assistant professor at Harvard Medical School.

Traverso and Katia Bertoldi, a professor of applied mechanics at Harvard University, are the senior authors of the study, which appears today in Nature Biomedical Engineering. MIT Research Scientist Sahab Babaee is the lead author of the paper, along with Simo Pajovic, an MIT graduate student, and Ahmad Rafsanjani, a former postdoc at Harvard University.

Inspired by art

Kirigami is an art form that involves cutting intricate patterns into sheets of paper and then folding them to create three-dimensional structures. Recently, some scientists have used this technique to develop new materials such as bandages that stick more securely to knees and other joints, and sensors that can be used to coat the skin of soft robots and help them orient themselves in space.

In this case, the team applied this approach to create intricate patterns of spikes in a sheet of plastic or metal. These sheets, applied to the sole of a shoe, remain flat while the wearer is standing, but the spikes pop out during the natural movement of walking.

“The novelty of this type of surface is that we have a shape transition from a 2D flat surface to a 3D geometry with needles that come out,” Babaee says. “You can use those elements to control friction, because the sharp needles can pop in and out based on the stretch that you apply.”

The researchers created and tested several different designs, including repeating patterns of spikes shaped like squares, triangles, or curves. For each shape, they also tested different sizes and arrangements, and they cut the patterns into both plastic sheets and stainless steel. For each of the designs, they measured the stiffness and the angle at which the spikes pop out when the material is stretched.

They also measured the friction generated by each design on a variety of surfaces, including ice, wood, vinyl flooring, and artificial turf. They found that all of the designs boosted friction, with the best results produced by a pattern of concave curves.

The researchers then used the concave curve coatings for tests with human volunteers. They attached the coatings to a variety of types of shoes, including sneakers and winter boots, and measured the friction produced when subjects walked across a force plate — an instrument that measures the forces exerted on the ground — covered with a 1-inch-thick layer of ice.

They found that with the kirigami coatings attached, the amount of friction generated was 20 to 35 percent higher than the friction generated by the shoes alone. 

Preventing falls

The researchers are now working on determining the best way to attach and incorporate the kirigami surfaces. They are considering embedding them into the soles or designing them as a separate element that could be attached when needed. They are also exploring the possibility of using different materials, such as a rubber-like polymer with a reinforced steel tip.

While the researchers’ original motivation was preventing slips on icy surfaces, they expect that this kind of shoe grip could also be useful in other settings, such as wet or oily working environments.

“We’re looking at potential routes to commercialize the system, as well as further development of the system through different use cases,” Traverso says.

The research was funded by the MIT Department of Mechanical Engineering, the U.S. National Science Foundation, and the Swiss National Science Foundation.

Coatings for shoe bottoms could improve traction on slick surfaces syndicated from https://osmowaterfilters.blogspot.com/

[banaraswalametalcrafts]

Uses of Expanded Metal Mesh Applications and of Wire Mesh

A mesh may be made of plastic, wire, metals, of cloth depending upon the application. The mesh may be welded, knitted, extruded, woven, oriented, or expanded depending on what material one uses. Mesh generation is the process of making the metal meshes through an intricate process resulting in geometric spaces and distinct cells. One can use the computer for physical simulation and rendering wire meshes of any need.

Common shapes of meshes

The shapes of the simple cells may be triangles or rectangles but the most preferred one is the diamond shape. This is because it is easy to make and results in savings in material and effort. The Expanded Metal Mesh is stretched and cut to form a regular pattern. This is used for fences and grates. It is used a support material for stucco as metallic lath. 

Different metals used for making meshes

One sees the usefulness of this expanded mesh in the way of improved strength when compared to an equal thickness of material say chicken coop wire. This is because of the increased lateral dimension that adds to the strength of the mesh. Since the metal is not completely cut, the metal is allowed to retain its strength. One uses different types of metal to make this mesh such as cold rolled steel, aluminum, hot rolled steel, and stainless steel. One can have a straight pattern or a staggered one for the mesh. The open area of the mesh is proportioned as per the needs of the situation. This will allow the passage of different amounts of light, water, and air. 

Benefits of expanded metal

One uses expanded metal because it has a variety of uses. Here is a look at some of them:

●       Good conductor: The mesh will conduct electricity, heat, and magnetic flux well. This is because it is still in one piece.

●       Good strength: An expanded mesh will withstand a higher load compared to jointed welds or a woven mesh.

●       Allows circulation: The open spaces in the mesh allow good circulation of air and heat.

●       Economic: Small amount of metal is only needed to produce a mesh covering a wide area.

●       Efficient manufacturing process: The method of making expanded mesh is an efficient method leading to less wastage and optimum work usage.

●       Protective reinforcement: One may combine other material such as glass and concrete with this to improve its strength and protectiveness.

●       Low weight: The expanded metal has less weight than traditional metal sheets.

●       Good acoustics: By suitably modifying the manufacturing process, one can create expanded metal that allows for effective soundproofing. 

Banaraswala Metal Crafts is one of India's prominent Expanded Metal Mesh Manufacturers and Suppliers from Tamil Naidu, India. One uses the Expanded Metal Mesh in various forms such as standard expanded metal, flattened expanded metal, hexagonal expanded metal, architectural expanded metal, and micro expanded metal. Each of them has its uses and is made by different manufacturing processes.

Expanded metal is used in the construction industry in large quantities. They also find use as fences, grates, and walkways. Complex 3D structures are used by artists for landscaping and exterior decoration. Meshes made of cardboard and paper helps create low-cost packaging and cushioning material.