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Metal stamping is actually one of the highest volume categories in terms of sourcing activity in the Thomas Network at Thomasnet.com. The majority of buyers doing this sourcing in our network identify themselves as being in the broad category of “manufacturing.” These buyers are typically tier 2 or tier 3 suppliers who are sourcing metal stamping services for parts that will be sent to an OEM further up the supply chain. Looking beyond that broad “manufacturing” category, year after year the top industries sourcing for metal stamping services are typically in the Automotive, Industrial Machinery, Consumer Electronics, and Aerospace industries. Our data shows that sourcing activity in these industries has been heavy, but relatively steady or increasing slightly over the past year. However, our data also shows that sourcing for metal stamping services has been trending significantly upward in five other key industries over the past year. Sourcing activity for metal stamping by buyers in the Printing & Publishing industry is up 24 percent over last year. From buyers representing Government & Military, it’s up 47 percent. Sourcing for metal stamping from buyers in the Transportation & Logistics industry is up 80 percent this year over last. But the two biggest increases have come from buyers in the Agriculture industry, and from buyers in the Energy and Utilities industry. In both of these industries, sourcing activity for metal stamping services from these two industries is over four times greater this year than it was in 2016. Content Credit- Thomasnet.com.
Emerging Digital Manufacturing Trends That Will Shake Up Industry in 2019: The Rise of Everything-as-a-Service (XaaS) Digital technologies have revolutionized the way both customers and businesses are using certain types of products. While the traditional paradigm was built upon the purchase and ownership of physical objects, digital technology has shifted the focus from product to on-demand service. The most well-known example of this is the Software-as-a-Service (SaaS) trend. This kind of software is centrally hosted by a company and used by customers on a subscription basis. Most of the time, these programs can be accessed easily via web browsers. SaaS is already ubiquitous in the business world, and includes familiar programs such as Microsoft Office 365, Google’s suite of productivity apps, and Salesforce. The “as-a-service” features a simplified mode of production and delivery that is easier for companies to manage, and can improve customer relations in a variety of ways, allowing for enhanced customization options and better pricing. And by utilizing an ongoing subscription framework, companies can foster long-lasting customer relationships, whereas the traditional standard creates a one-and-done purchasing relationship. The “as-a-service” model is now being applied to other areas outside of the cyber realm, such as products and even manufacturing itself. With Products-as-a-Service (PaaS), customers pay to use or lease a product but do not actually own it. Instead, the company leasing the product is the owner, and is also responsible for the product’s maintenance. For example, Spotify, the popular music streaming platform, sells the product of music but provides it in an on-demand, service-type capacity. Users pay a monthly fee, and have access to a massive library of songs. Even though the consumer doesn’t own the music in a physical form, like a CD, or a digital format, like an MP3, the system still manages to create value in other ways. In addition to having a catalog of millions of songs, Spotify utilizes user data to create a suite of personalized features for each user, including curated playlists based on individual music preferences. These playlists can turn users onto artists and songs they may have never discovered otherwise. Spotify also shares the data with their customers, showing each user a summary of their music listening habits. To make it more appealing and engaging, the information is arranged in a variety of ways, and is accompanied by clean, colorful graphics with descriptive, uplifting words that celebrate the user’s specific tastes. Using the data in this way creates an experience of value for the user, which is becoming an increasingly important aspect of purchasing. It also instills a sense of connection between consumer and company. Although manufacturing and B2B companies don’t operate in this exact way, the example illustrates how the idea of products and ownership is slowly evolving as a result of digital technologies. The Emergence of Manufacturing as a Service (MaaS) This shift from physical ownership to lightweight leasing is made possible through the digitalization of the business world. As technologies such as sensors, data analytics, the IoT, and cloud computing become more commonplace in the industrial world, OEMs and B2B companies may start to adopt their own versions of “as-a-service” business models, including but not limited to PaaS. In particular, Manufacturing-as-a-Service (MaaS) has gained some traction among smaller startups. With this type of system, a network of manufacturers integrates with one another to purchase and share equipment, as opposed to each manufacturer owning and using their own machines. The equipment is connected to the internet, giving all parties real-time insight into the equipment’s status and use. By distributing the costs for equipment, software, maintenance, and repairs evenly among a group of companies, the system helps each business significantly reduce expenses, thereby improving the bottom line. It also improves ROI by making it easier for these companies to expand their capacities and scale quickly in a way that would be expensive and difficult to achieve if they were footing the bill solo. In addition to changing the way manufacturers purchase and use their equipment, MaaS also encourages collaboration and new partnerships by democratizing the manufacturing process, creating a B2B sharing economy. The Future of Digitized Manufacturing Digitalization is changing the face of the manufacturing sector, transforming not only the way companies communicate and make use of equipment, but also the very foundation of the industry as a whole. Content Credit: thomasnet.com Daksh Tools, supplies precision sheet metal products such as Enclosures or Chassis, Automotive Components, Stamping Parts, Sheet Metal Clamps, Sheet Metal Parts for Electrical & Electronic Devices, Stainless Steel Parts, TIG & MIG Welded parts, Fabrication metal welding, Medical equipment enclosures, Aluminum sheet metal parts, Custom fabricated parts, LED lighting sheet metal parts, Solar sheet metal parts, Telecommunication sheet metal parts, Live Stock Handling metal fabricated parts, Sheet metal brackets, Sheet metal mounts, Metal stamping for construction, Medical stampings, Solar module clamps, Solar Module Mounting Structures, Solar Module Mounting parts, Solar racking parts, Solar panel mounting structure parts & assemblies.
Our range of sheet metal parts for telecom & engineering industries, CUSTOM SHEET METAL TELECOMMUNICATIONS EQUIPMENT, are manufactured using best grade raw material and are widely demanded in various industries such as electrical, automobile etc. These parts are designed in compliance to all requisite norms and standards. Our range is offered in different sizes and can also be customized as per the specifications provided by the clients. Sheet Metal Parts available with us are intricately designed and are manufactured with the aid of technologically advanced machinery. These fittings are also well polished or powder coated to make them corrosion resistant. When you need a proven manufacturing partner for Custom Rack Mount Assemblies, Rack Mount Face Plates, 2U Rack Supplies, 3U Rack Supplies, Fan Housings, Rack Mount Accessories; consider Daksh Tools as that trusted supplier. Custom Sheet Metal Fabrication for Rack Mount Equipment examples: Chassis Faceplates Audio Video applications Amplifier chassis Automation Devices Satellite Routing Systems Ethernet Switches Wireless Communication Antenna / Base station solutions Media Converters Networking Components Daksh Tools is considered one of the Best Sheet Metal Chasis Manufacturer in Gurugram Gurgaon Haryana Precision Sheet Metal Industry In Gurgaon And Delhi NCR Precision Sheet Metal Components In IMT Manesar Gurugram Gurgaon Sheet Metal Boxes Manufacturer In Ghaziabad Stainless Steel Enclosures Manufacturers In USA Automotive Components Manufacturer In Log Angeles And San francisco Precision Sheet Metal Fabrication Manufacturing Companies In California USA Sheet Metal Cabinets Manufacturers In California USA Manufacturers Of Sheet Metal Fabricators In Los Angeles Aluminium Enclosures Manufacturers In California Los Angeles And San Francisco Sheet Metal Industries In California Washington USA Aluminium Sheet Metal Parts In California USA Manufacturer of Sheet Metal Products In San Francisco USA Sheet Metal Stamping companies In California North America South America USA Sheet Metal Fabrication In USA Sheet Metal Brackets Mounts In California USA Solar Module Mounting Structures In North America South America USA Solar Module Mounting Structures In California San Francisco USA Solar Module Clamps In California USA Sheet Metal Parts In California New Jersey USA Sheet Metal Components Industry In Michigan Arizona USA Automotive Sheet Metal Parts In USA LED Lighting Sheets Metal Parts In California USA Customized Sheet Metal Stamping Parts In California USA Stainless Steel Components In California New York New Jersey Florida USA Aluminium Components Manufacturers In California Washington Hawaii New York Florida USA.
Smarter Factories, Better Work: Meet the New Metrology- With the rise of smart factories allowing for more efficient, streamlined operations, industrial companies across a range of different sectors are changing the way they do business. While aerospace contractors, the defense industry, pharmaceuticals, and life sciences have already boosted overall productivity by an average of 17% thanks to the new technology available, industrial manufacturers have seen a 20% increase in productivity — and that’s in addition to a 20% boost in average overall quality gain. These trends show no sign of slowing. A study conducted by Capgemini estimates that smart factories are positioned to add $500 billion to $1.5 trillion in value to the global economy over the next five years alone. Complete article at: https://news.thomasnet.com/featured/smarter-factories-better-work-meet-the-new-metrology
5 Reasons to Choose CNC Lathes Over Conventional Lathes- The manufacturing industry and machining world have seen a huge range of technological advancements over the last couple of centuries, beginning with the Industrial Revolution of the 1820s. Manual labor has been revolutionized by machine work, and society has been forever altered by the introduction of the assembly line in 1913. Fast forward to 2018, over a century later, and we have computer-aided, or computer numerical control (CNC) machines that are taking over the production process entirely. One such machine is the CNC lathe, which quickly replaced traditional multi-spindle lathes to become one of the most versatile, popular tools in use today. Content Credit: https://news.thomasnet.com/featured/5-reasons-to-choose-cnc-lathes-over-conventional-lathes
TOP 4 IOT TRENDS THAT DRIVE SMART MANUFACTURING- Internet of Things (IoT) is set to transform the way the manufacturing industry operates and functions. Smart manufacturing or advanced manufacturing technology is driving the companies to transform the competitive market landscape. Thus, making it inevitable for the companies to adopt smart manufacturing and seize the benefits it has to offer. Smart manufacturing coupled with IoT enabled devices is an aIR_Brochuremalgamation of information, human interface, and technology that helps evolve and develop every aspect of the business. IoT is an interconnected network of devices driven by connectivity and software that has brought the fourth industrial revolution – Industry 4.0. Trend 1: Industrial Internet of Things (IIoT) IIoT is the process of using IoT enabled devices and integrating it within the manufacturing processes on the factory floors leading to an increase in production efficiency, product quality, and speed. Purely built on connectivity, IIoT enables people and facilitates business processes to collect vast amounts of data and leverage advanced analytics to gain insights. Trend 2: Cloud-Computing Technology With the help of cloud computing coupled with IIoT, companies can reap the benefit of sharing important and critical information in real-time. The data shared from beacons and sensors help organizations to anticipate needs and predict trends, obtain required inventory details, and minimize turnaround time for machines as well as the suppliers and manufacturers. Trend 3: Artificial Intelligence Thanks to big data, vast amounts of information is available to the organizations, which can be leveraged to gain consumer insights, predict trends, and foresee market developments. With the help of machine learning, artificial intelligence helps organizations understand patterns, anticipate information, and track incongruities, which helps them to refine processes, enhance productivity, and adopt smart manufacturing techniques. Trend 4: Smart Sensors and Beacons The organizations can benefit with the help of IoT enabled sensors that will help them to record, generate, and understand information right from packaging to the core machine elements. Besides these, the IoT enabled sensors help the manufacturing industry to measure and track everything, right from volume to temperature; thereby, creating seamless information flow to facilitate automation and drive smart manufacturing. Source: www.infinitiresearch.com
How Emerging Technologies Impact Manufacturing Sector: Emerging Technologies: Are they Development or Disruption for Manufacturing Sector? Exponential technologies are disrupting workplaces, especially in the manufacturing sector. Robotic process automation (RPA), Artificial Intelligence (AI), Machine Learning, and Internet of Things (IOT) have clearly redefined the business models of manufacturing companies. Though in the past, people have been apprehensive about this human-robot collaboration to make headway on the factory floor, but more than that, it is a matter of keeping the workforce abreast of the times. The manufacturing sector is gearing up for networked factories where production lines, supply chains, quality control and design teams are integrated into a high-tech engine that offers actionable insights. Contrary to those who fear human jobs being lost to automation, the manufacturing industry will be propelled by AI-driven enhanced efficiency, agile production, and real-time decision making, allowing the workforce to focus more on innovation. Areas such as seeking new consumer insights and understanding product personalisation requirements will evolve into potentially specialised roles where people will be expected to oversee automated work flows to deliver a bespoke service or product. Though the Indian manufacturing sector has been a late entrant, they need to adapt to these changes. Experts in the industry say a different kind of skillset, which didn’t exist a decade back has become a prerequisite to march into a new future. The Future: The manufacturing sector is gearing towards reducing the digital talent gap and becoming future ready. The government is going deep on critical infrastructure, policy, regulatory, and skill-related issues and introducing reform that is spurting the growth of the sector and increasing career prospects. The Indian auto industry is one of the largest in the world responsible for nearly 7.1% of the country’s Gross Domestic Product (GDP). States such as Tamil Nadu and Maharashtra are viewed as the nation’s auto hubs that can attract young aspiring engineers. Globally, India occupies the 5th position in the food processing industry with increasing exports in grains, fresh produce, beverages, and dairy products. The sector’s ability to absorb excess labour from the agricultural sector is the driving force behind its importance. Similarly, the growth in sectors like telecom, consumer electronics, and IT has propelled the Indian electronics market, opening avenues for fresh graduates to kickstart their careers. It is now that candidates need to upskill themselves in line with the industry changes and strive to be more relevant to the evolving job demands. Daksh Tools is a leading manufacturer & supplier of precision sheet metal components, assemblies and sheet metal fabrications in India, offering the full range of subcontract engineering services.
New 3D Printed Material Could Self-Repair Shoes, Tires: We talk a lot about 3D printing, and how more and more materials are being added to an ever-expanding menu of options for creating new products. But we don’t usually cover what happens to these products after they’re produced. Are these new materials sustainable? Are they durable? Or are we just sending more one-and-done products to the dumpster? Researchers from the USC Viterbi School of Engineering have reportedly come up with a way to solve the problem of unfixable rubber materials — like the split sole of a shoe, for example — that are often discarded rather than fixed. But what if these materials could fix themselves? No, it’s not sci-fi; it’s actually 3D printed. According to Science Daily, Viterbi Assistant Professor Qiming Wang is working with a group of students and another professor from the University of Connecticut to produce a material that can reportedly be manufactured quickly and repair itself if it becomes torn. The publication is calling it a potential “game-changer” for applications and industries like shoes, tires, soft robotics, and the like. The material is produced using light to solidify a liquid resin into its desired shape. Once an oxidizer is added, the real magic happens: After finding the right process mix, the scientists produced a material that can be made quickly and self-heal. According to the report, “in just five seconds, they can print a 17.5-millimeter square, completing whole objects in around 20 minutes that can repair themselves in just a few hours.” The team recently published their study in a scientific journal. The experiment used various products, including “a shoe pad, a soft robot, a multiphase composite, and an electronic sensor.” After being cut in half, the items were able to repair themselves within a mere two hours. The researchers, whose efforts were funded by the National Science Foundation and the Air Force Office of Scientific Research Young Investigator Program, are working to incorporate other materials into the self-healing mix, and are reportedly experimenting now with rigid, hard plastics that they believe could be used for vehicle parts. Content Credit: thomasnet.com
What are Laser Cutting Machines? Laser cutting machines allow metal fabricators to create high-quality parts that require very little, if any, finishing work. As the high-powered laser is cutting, excess material is either melts, burns or vaporizes away. A high pressure jet of gas also blows away any debris, resulting in a highly finished surface cut. Two types of laser cutting machines in use today are CO2 and Nd:YAG. CO2 laser cutting machines were one of the first gas lasers and are the most common variety of laser cutting machine. They offer an excellent power input output ratio, as efficient as 20 percent. Nd:YAG lasers are solid state and use a crystal as a lasing medium. They cut steel and other alloys in the metal working industry. Laser Cutting vs. Mechanical Cutting Laser cutting machines are distinct from traditional mechanical cutters. Since the laser never makes physical contact with the metal, there is little to no wear on the equipment, and there is less opportunity for the material to become contaminated. Laser cutting machines also cut metal with higher precision than that of mechanical means. In mechanical cutting, there is usually a wide heat affected zone that can cause material warping from time to time. Thanks to laser cutting machines, the heat affected zone is kept small, thus reducing the possibility of warped material. Although laser cutting offers numerous advantages, it also consumes a very high level of energy, making it more difficult for a conventional machine shop to incorporate into its metal fabrication system. Benefits of Laser Cutting Machines Laser cutting machines offer a substantial number of benefits for consideration when selecting a cutting device. Besides its advantages over conventional mechanicaplasma cuttingl cutting, laser cutting is a quiet process. Safety is also important and, as a result, most laser machines are fully enclosed to prevent accidents. Lasers are equipped with computer touch screens, so workers can plot out design alterations for prototypes and large part runs. The lasers progress quickly because of high feed rates and equipment speed. Workers can also cut multiple jobs in one run by storing inventory on site. Laser Cutting Machine Considerations While exceptional for cutting steel and other hard metals, laser cutting machines typically do not function well on highly reflective metals, like copper and aluminum. Since these metals easily reflect the lasers light and also absorb its heat, highly-powered beams are required to cut them. When piercing, laser cutting machines create slightly tapered holes. due to the hole entry being slightly larger in diameter than the exit. Since laser cutting melts the material in the beam’s path, metal can harden in the puncture, especially in heat treated material. While this may be beneficial for some applications, this issue can be detrimental to those requiring further work, like threading. Content Credit: thomasnet.com
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