Six Manufacturing Tech Trends To Look For In 2021

Get in touch to easily and exhaustively scout relevant technologies & startups that matter to you. Nematx is a Swiss startup that specializes in 3D printing of high-performance polymer. The startup’s Nematic 3D printing technology creates high-performance end-use parts which are superior to the current benchmarks in 3D printing. 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. In addition, LCP undercuts carbon fiber manufacturing with a low raw material cost.

• The current situation makes manufacturing companies invest time and money into technological innovations that reduce resource wastage and machine downtime.
• Smart manufacturing — or the use of emerging, advanced technologies to increase the efficiency of traditional manufacturing processes — is creating a more agile and productive industrial base.
• Since IoT technology is utilized in retail, healthcare, banking and other industries, why wouldn’t it work in manufacturing?
• Being an electronic engineer widens your options hence giving you a better chance in the job market.
• At a technical level, it enables faster computer processing, and smaller memory cards with more memory space.

There are various shapes that people have thought of in their heads for different products, but due to production costs and/or the complex nature of the shapes, the shapes could not come to fruition. Do you want a guitar that resembles MC Escher’s staircases, deer antlers or an airplane? Manufacturing technology is a term that can refer to a number of modern methods of science, production, and engineering that assist in industrial production and various manufacturing processes. The manufacturing industry has been at a buzz since Ford implemented its first motor vehicle assembly line back in December 1913. Ever since, the quest for better and more efficient manufacturing technology remains to be a priority to stakeholders, managers and employees.

Blessings and Pitfalls of Smart manufacturing industry 4.0 Style

Manufacturing is done by use of metals and materials of different kinds such as semiconductors and alloys hence the importance and knowledge of the same in the field of manufacturing technology cannot be underestimated at any cost. VR systems can eliminate prototype costs because it allows you to view the designs or blueprints of your products to identify errors or defects so you can finetune the design before making the prototype. For example, you have blueprints for a guitar that’s shaped like a pair of sunglasses but you’re unsure it has the right dimensions for your customers. VR software can enable you to see what dimensions you need so this guitar is the right size and produces the right sound.

Because of its impact on the economy as a whole, data around manufacturing has been of particular interest to decision-makers who seek to develop a better understanding of predictions and what opportunities are available. Why Smart Manufacturing is a Worthwhile Investment when Done Right Is smart manufacturing industry 4.0 style really the future? The amazing low-latency and connectivity of 5G will power sensors on industrial machines. It will help generate a lot of data that will open new avenues of cost savings and efficiency when combined with machine learning.

Reducing The Time To Innovate

AI improves many aspects of manufacturing operations including inventory management, supply chain visibility, warehousing cost reduction, and quality management. Another crucial application of AI is predictive maintenance which ensures manufacturing companies operate with minimal or zero unplanned shutdowns. ZeoAnalyzer is the startup’s AI-based software that enables predictive maintenance of industrial equipment and assets.

The software performs stream analytics of machine data from IoT sensors and identifies indications of failure and degradation in performance. The platform uses this information to send reports and alerts on time to failure and regular parts maintenance to maintenance managers, and simultaneously communicate with ERP systems for spare part details. This way, ZeoAnalyzer reduces maintenance costs and increases the productivity of machines in factories. Based on the Manufacturing Innovation Map, the treemap below illustrates the impact of the top ten manufacturing trends. Although the COVID-19 pandemic made progress in manufacturing economies sluggish, the establishment of a new normal boosted the demand for finished products around the world. The current situation makes manufacturing companies invest time and money into technological innovations that reduce resource wastage and machine downtime.

Six Manufacturing Tech Trends To Look For In 2021

My point is – many companies have undergone somewhat of a digital transformation in one way or another because of this pandemic. When paired with wearable devices, IoT allows monitoring workers’ health and risky activities and making workplaces safer. From jet airliner orders to chemical production news, publications from IndustryWeek’s parent company offer a broad take on recent news. Support for global systems and infrastructure is driving consolidation of country/region-based IT groups into a single global IT organization. Manufacturing technology offers numerous benefits in areas across the organization, driving ROI on the technology investments that power these innovations.

Again, we work with manufacturing companies that are learning to live by these ideas and principles, and it’s something we’re absolutely expecting to see more of in 2023. In manufacturing, we can use AR to identify unsafe working conditions, measure various changes, and even envision a finished product. Augmented Reality can help a worker view a piece of equipment and see its running temperature, revealing that it is hot and unsafe to touch with bare hands. An employee can know what’s happening around them, like what machinery is breaking down, a co-worker’s location, or even a factory’s restricted sites.

Cyber-Physical Systems

Videos and online chats are more prominently being used now, and you’ll want to make sure your employees are using secure internet connections to protect your business and your customers. Executing everything through a digital strategy is an idea that we push heavily at Ectobox. It’s crucial for starting pilot projects, implementing an IIoT or MES system, or any other solution that results in gaining IT-manufacturing technologies visibility within the 4 walls of the plant floor. So I just spent the first portion of this article telling you why advancing technologically was so crucial to the business of the future, but now I’m saying that it comes second. “We really see our community investments as a means of increasing the quality of life for our employees and their families,” says Bill Dobbins, president of Caster Concepts.

In the early days of the pandemic, manufacturers were hit hard with forced shutdowns, production slowdowns and serious questions about whether companies could navigate the disruptions. Manufacturing indicators had shown early 2020 momentum, but US industrial production in March registered a month-over-month decline of 4.5%, followed by a deeper decline of 11.2% in April. Thomas has resources and expertise to help you overcome those challenges and ensure you’re technology-driven not just for the short term, but sustainably for years to come. Request a free digital health check to see exactly how you can improve your digital efforts.

Greater Design Freedom

“New technologies such as IoT are revolutionizing machinery, which need to be able to communicate with each other cost-effectively,” he says. Qucell is a South Korean startup that makes devices to set up private 5G networks in various scenarios, including smart factories and buildings. The Qucell Indoor mmWave module supports mmWave and delivers high-performance indoor wireless service enabling low-latency and high-bandwidth data transfer. This expedites manufacturing technologies in smart factories demanding real-time computing. HeMS is another offering from Qucell which is a fully automated management system for the fast roll-out and easy self-configuration of smart cell networks.

Cloud computing is an established manufacturing trend that enables on-premise users and remote workforces to collaborate in real-time. This approach in manufacturing improves manageability and reduces network maintenance. Technotery is an Indian startup that offers turnkey information technology solutions for multiple industry verticals. Its software solution converts raw data from multiple sources in the manufacturing unit into a usable format. This data translates into an input for data visualization and business intelligence tools leading to a better understanding of the operational data. Technotery allows businesses in the manufacturing industry to determine Key Data Indicators and uncover hidden trends and patterns from large amounts of data.

These wearables on the employees’ wrists or waists anonymously record various activities. The startup also provides tracers and beacons permitting location-based analysis of the contacts to uncover critical areas. Motion Miner’s AI software automatically analyzes the data using deep learning algorithms and optimizes the waiting, travel, and handling time in processes in the shopfloor. The platform also analyzes the ergonomics of the processes by detecting unhealthy stooping, overhead work, or walking distances. The analytics dashboard further acts as an infection prevention tool by identifying contact hotspots on the factory floor – useful for manufacturers looking to reopen after the pandemic. Machining tools or items used in manufacture, such as 3D printers, can be regulated and controlled remotely using CNC – computer numerical control.

The ongoing pandemic has expanded the focus on IoT due to its predictive maintenance and remote monitoring capabilities. Social distancing makes it difficult for field service technicians to show up on short notices. IoT-enabled devices allow manufacturers to monitor equipment’s performance from a distance and identify any potential risks even before a malfunction occurs. Additionally, IoT has enabled technicians to understand a problem at hand and come up with solutions even before arriving at the job site so that they can get in and get out faster. Post its tremendous success in the product design field, 3D printing is set to take the manufacturing world by storm.

What is the biggest manufacturing company?

Viga Lab is a Chilean startup developing IIoT platforms that connect companies to their machines. The startup’s solution visualizes, analyzes, and acts effectively on the performance of the factory. Its sensors monitor if machines are operating https://globalcloudteam.com/ and at what capacity, as well as are compatible with both digital and analog machines. The software provides a web platform, a Supervisory Control and Data Acquisition , and a mobile application to operate and visualize the connected factory.

This type of connectivity is also needed between multiple plants, at different locations across the United States, within an enterprise that demands all machines communicate effectively with one another. But some manufacturers may be challenged with how to convert their data into actionable items. Invest in tools that can tell you exactly how much risk you’re taking on by bringing technologies into your facilities. They produce amazing products and do it without the benefit of a lot of technology, yet they somehow remain profitable now. 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 2023.

The Manufacturing Trends & Startups outlined in this report only scratch the surface of trends that we identified during our in-depth research. Among others, advanced production techniques and sustainable manufacturing will transform various manufacturing industries as we know them today. Identifying new opportunities and emerging technologies to implement into your business early on goes a long way in gaining a competitive advantage.

Manufacturers of oil and gas equipment can streamline their inventory and optimize their lines of supply with value chain partners, using a flexible manufacturing system. This can enable them to order only the materials they actually need, have them delivered directly to the workshop where the parts will have to be assembled, and store the parts at POU inside the workshop. Additive manufacturing gives fabricators the opportunity to offer a “made to order” service, customizing designs for individual clients.

The vast amount of data that these analytics platforms process improves worker safety and efficiency while also simplifying product innovation and reducing costs. Modern manufacturing equipment provides companies with a multitude of data that includes process and performance parameters. Proper analysis of this data generates insights on production optimization, maintenance scheduling, and asset management. Moreover, manual processing of this data is time-consuming, and simple computer software is unable to recognize trends and infer logical conclusions. Here, AI emerges as one of the top manufacturing trends to solve the problem of analyzing vast amounts of data and generating valuable insights quickly.

Before the advent of heavy 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. The materials used in DED are heated to melting point as they are deposited, which fuses them together. Laser engineered net shaping and directed light fabrication are innovative processes in this category.