Samsung Electronics Announces New Environmental Strategy

Smart factories are environments that are highly digitised for manufacturing to take place more efficiently through connected systems. Through innovative manufacturing technology, machines and systems can, through automation and self-optimisation, learn and adapt to situations with increased productivity. Facilities in France, Ireland, China, and the Czech Republic were named the most productive and powerful smart factories in the world by the World Economic Forum in 2019.

Industrial production lines involve changing the shape, form and/or composition of the initial products known as raw materials into products fit for final use known as finished products. Keon Digital is a UK-based startup that provides customized AR solutions for businesses to deliver faster knowledge, modernized training methods, and product demonstrations. AR for manufacturing offers a better way to communicate and deliver easily consumable work instructions by overlaying digital content onto real-world equipment. Keon’s application produces accurate 3D models to allow employees to familiarize themselves with the equipment before operating.

This connectivity had brought machines and humans closer together than ever before and led to better communication, faster response times, and greater efficiency. To reduce product defects, hi-tech manufacturer Foxconn improved inspection speed and accuracy with a plant floor, edge-based video analytics and artificial intelligence solution in partnership with HPE and ecosystem partners Relimetrics and NVIDIA. The implementation of IIoT needs fast, secure, and continuous connectivity between the different devices in the manufacturing system. The increase in the number of connected devices and their related data constantly increases the demand for bandwidth.

Technologies Enhancing Production

Technological advancements in the manufacturing sector play a vital role in the growth of the world economy. Emerging manufacturing trends include innovations that improve the productivity and sustainability IT-Manufacturing Technologies of entire production processes. The major trends in the manufacturing industry include industrial automation, smart factories, additive manufacturing, and the use of artificial intelligence .

Manufacturers can also use an FMS to implement a “make-to-order” policy, which allows customers to customize the products that they want. A flexible manufacturing system or FMS is a means of production that can easily adapt to changes in the kind of products being made, and the amount of goods produced. By configuring the machines and computerized systems of an FMS setup, organizations can manufacture a range of different components, and cater for changing levels of production. In simple terms, any technology that shapes or influences the manufacturing process is a form of manufacturing technology, which provides the tools that enable the production of all manufactured goods. We see each of these principles, trends, or ideas playing a huge role in the advancement and growth of the manufacturing industry in the coming years. And we’re excited to help more manufacturers become data-driven and proactive so that they can thrive in a high-efficiency, high-quality digital future.

What Are The Types Of Additive Manufacturing?

In binder jetting, the machine’s print head moves laterally, depositing a layer of build material then one of the binder, until the desired form is achieved. Programs for CNC machines are fed to computers though small keyboards, using a standard language known as G-code. This code is written to control the various behaviors of a particular machine, such as the speed, feed rate, and coordination.

The company will also develop clean air technologies, including new filtration systems, to reduce particulate matter and plans to expand usage to local communities from 2030. To address sustainability after product use, Samsung Electronics plans to expand the scope of its electronic waste collection system from approximately 50 countries to about 180 countries by 2030. Through this, the company plans to collect a cumulative 10 million tons of electronic waste between 2009 and 2030, the highest target in the industry and a cumulative 25 million tons by 2050. Samsung Electronics will also actively promote an upcycling program that collects used smartphones and reuses them for other purposes such as IoT devices.

• That’s why we highly recommend that you at least learn about some of these new forms of manufacturing technology so you can keep your customers happy.
• Samsung Electronics has joined RE100, in a collaborative effort to reduce indirect carbon emissions from power consumption, and aims to match electric power needs with renewable energy by 2050 for all operations globally.
• With the proper sensors planted within your machinery, they can connect to the IoT and inform you promptly when it’s time for recalibration or maintenance.
• More and more manufacturing companies are starting/continuing to learn these ideas and principles, realizing the value, and doing all they can to keep the momentum going in 2022.
• Over the past five years, the Internet of Things and edge computing have lowered the costs of applying vision to production processes and also improved the speed, data accessibility, and information processing of industrial vision systems.

4DPioneers is a French startup that uses additive manufacturing of high-performance materials to create more sustainable products. The startup uses its structured development strategy for selecting the correct modeling, materials, and printing processes for manufacturing companies. The process evaluates materials to choose the one with high performance and durability and with a minimum impact on the environment. The effectiveness of material selection in maintaining sustainability depends on the printing process. The appropriate printing process ensures a sustainable flow in the production process. By taking decisions based on a green future, 4DPioneers minimizes the contribution of manufacturing to environmental pollution.

Augmented Reality

ClearFlame Engine Technologies, a company developing net-zero engine technology , has hit a number of key milestones through multiple partnerships with customers, manufacturers, and fuel providers. These achievements highlight the company’s ability to leverage existing infrastructure within the transportation sector, giving it a clear advantage to scale quickly and move to commercialization. To ensure accountability, Samsung Electronics will have its efforts objectively verified by designated organizations. Its performance will be assessed via participation in the Samsung Institute of EHS Strategy’s certification system, and verified by a Carbon Reduction Verification Committee that includes third-party experts.

In the Innovation Map below, you get an overview of the Top 10 Manufacturing Trends & Innovations that impact industrial companies worldwide. Moreover, the Manufacturing Innovation Map reveals 20 hand-picked startups, all working on emerging technologies that advance their field. With the advent of Industry 4.0, advances in technology such as robotics and the increase in use, storage, and recording of data mean that digitalisation is reinventing manufacturing. In addition to being widely available, it’s proven to be a much greener fuel, with substantially lower carbon emissions than diesel, and significant cost savings.

What Is Digital Manufacturing?

The startup’s software uses data from multiple sources and consolidates it to visualize, compare and evaluate them. The solution finds relationships between input data and quality features of the product, which enables process improvements. The AI algorithms of the big data platform further generate predictive models that intelligently control the evaluation process. The proactive interventions from the solution assist manufacturing companies to prevent rejections and unexpected machine downtime. Programmable logic controllers and human-machine interfaces display all the data regarding the machine condition and also enable changes in machine settings. But these units require physical presence to capture the relevant information and make the necessary adjustments.

It uses liquid crystal polymer as reinforcements in the polymer matrix which provides high inertness and fire resistance and is easier to recycle than carbon fiber. This makes it suitable for manufacturing high-end parts for the aerospace, medical, and electronics industries. The startup integrates the technology into a retrofit 3D printer head simplifying its adoption into existing machinery. Computer software, big data analytics, fiber optics, drones, image recognition, artificial intelligence , virtual reality and other technologies play a big role in different industrial sectors. The newer systems and broader range of materials being developed will also help increase throughput with additive manufacturing systems, improving productivity, printing resolution, build volumes, and loading / unloading procedures.

The internet is now an important part of any business — and manufacturing is no exception. The web and cloud provide access to information, tools, platforms, and services that benefit industry. Speed is also critical in today’s business world, and thanks to digital technology, many processes can be conducted in real or near real time. Skynano is a US-based cleantech startup that utilizes carbon emissions as a chemical feedstock to manufacture high-value functional materials. Its patent-pending technology offers commercial viability to carbon conversion technologies using secondary material from greenhouse gas inputs. The startup’s technique relies on electrochemistry to create an efficient process to convert atmospheric carbon dioxide into useful functional nanomaterial.

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As a result, additive manufacturing can reduce material costs and waste by as much as 90%. Online procurement and supply chain management software that lowers costs and facilitates a “just-in-time approach” to production. The implementation of innovative technologies can improve the way that businesses in the manufacturing sector operate. The use of technology in manufacturing has been proving beneficial since the days of the first Industrial Revolution. Today, the digitization of manufacturing is ushering in the Fourth Industrial Revolution, or Industry 4.0 — an age driven by data, connectivity, and cyber-physical systems.

In their Future of Manufacturing Technology projections, some analysts estimate that by 2028, the skills gap in the US will result in 2.4 million vacant positions, out of a total 16 million manufacturing jobs. Thirdly, manufacturers must protect operating profits as industry average margins continue to decline. Before the advent of heavy https://globalcloudteam.com/ machinery and automation, manufacturing was done by hand. Most of these skilled trades were performed in a rural setting, with knowledge being passed down from master craftsmen to apprentices. Directed Energy Deposition or DED is a complex process often employed in repairing existing components, or for adding extra material to them.

Another crucial application of AI is predictive maintenance which ensures manufacturing companies operate with minimal or zero unplanned shutdowns. The Top 10 Manufacturing Trends significantly improve operational efficiency, decision making, and implement sustainability practices in a manufacturing company. Collaborative robots, autonomous mobile robots, smart factories, and other automated equipment increase productivity and reduce labor costs. Additive manufacturing opens the door to new design concepts that were unthinkable due to the limitations of traditional processes.

Importance Of Manufacturing Technology

When we define manufacturing technology as it applies to today’s industrial business, we are inherently discussing a moment in time and the particular technological advances that are currently playing a role in driving manufacturing forward . MNJ’s technology sourcing services include procuring hardware and software that best meets a project’s needs—assisting with software licensing, distribution, management, and renewal—configuring, testing, and deploying solutions. Cyber preparedness of many manufacturers is not up to the task of protecting against current threats and future threats and vulnerabilities created by digital transformation. Manufacturing organizations need to invest in cyber management to identify, protect, respond, and recover from cyberattacks. MNJ Technologies offers a full range of manufacturing IT solutions, including cloud, security, network, connectivity, and technology sourcing support. Increased customer satisfaction by reducing the number of faulty servers reaching customers by 25%.

Its Time To Transform Your Business Through Technology

Moving manufacturing operations to the cloud and building and integrating systems using IoT will equally create opportunities and challenges. In an increasingly insecure digital era, there is a pressing need for heightened security. AR has made it possible for technicians to provide remote assistance by sending customers AR and VR enabled devices and helping them with basic troubleshooting and repairs during the COVID-19 crisis. Also, more and more customers are open to allowing manufacturers to implement AR with the long-term goal of creating permanent solutions. After all, it helps both the customers and field technicians by reducing the risk of exposure. Faster and more efficient manufacturing and supply chain operations ensure a shorter time-to-market.

In addition, virtual reality supports product prototyping as well as simulation and training applications. The startup utilizes laser-based metal powder-bed fusion technology by selectively fusing thin layers of metal powder to create parts directly from 3D CAD models. The high-speed digital galvanometer system in the printers brings faster printing speeds to metal additive manufacturing. Xact Metal’s XM Series of printers solve the prototyping, tooling, and low volume casting challenges of small-to-medium businesses. The solution 3D prints components in a variety of metals and also includes software that facilitates simple machine setup, control, and monitoring.

He developed an idea to take the company’s UV lamps and make a photosensitive resin layer by layer to create custom parts. After reaching success, Hull applied for a patent for what he called stereolithography . He was given the patent in 1986 and started his own company in Valencia, California called 3D Systems. Industry 4.0 refers to the fourth industrial revolution, although it is concerned with areas that are not usually classified as industry applications in their own right. ClearFlame is estimated to provide a 42% lifecycle carbon reduction compared with diesel, as well as approximately 22% lower GHG than battery electric vehicles based on the national average grid mix. While ClearFlame’s technology is fuel-agnostic and can run on any clean fuel, its current engines run on ethanol, which is widely available across the United States as a blend component, but is not currently for sale.

Reduced Waste

Thanks to pre-configuration and robotic process automation, manufacturers around the world can leave repetitive, tedious and time-consuming tasks for technology to handle. Hefx is a Brazilian startup offering cloud software for managing assets and maintenance operation of a production line. The startup’s solution is a fully online asset management solution that collects all the machine data and analyses it on a cloud platform. The software uses this information in planning interventions, preventive maintenance, and setting calibration schedules. This avoids unplanned stoppages of equipment and machinery, as well as reduces maintenance costs and accelerated depreciation.