The sheet metal fabrication industry is a pretty old one. It might be built on steel, but nowadays it’s also powered by technology and innovation. The industry is moving with the times and embracing ways in which advances in technology can improve its processes, making them speedier, more accurate and really efficient. Here are four types of technology that are transforming the industry:
Automation
Automation is becoming commonplace these days – used across thousands of industries, it’s also made a big change in the way the metal fabrication industry works. CNC is one big example of this. CNC – computer numerical control – machinery has replaced manual processes to allow fabricators to program machines to create precise cuts, welds and bends. This keeps the process consistent over large-scale manufacturing jobs. Robotic arms are another form of automation used for repetitive and manual tasks, such as precise welding or handling materials – making fabrication a speedier and more consistent process.
CAD and CAM software
Computer-aided design and computer-aided manufacturing software have completely changed the way that metal components are planned and produced. These tools speed up planning and workflow by creating super detailed 3D designs and models of components, which can then be fabricated. For sheet metal fabrication, companies such as https://dkmsheetmetal.co.uk/ can assist.
Laser cutting
Modern tools such as laser and plasma cutting machines help fabricators achieve a level of precision that just isn’t always possible with the human eye. These methods can work to tight tolerances and allow for extremely clean edges or detailed patterns within a component. They’re also very quick and efficient, helping to cut down on manual labour.
Smart tech
Smart tech isn’t simply for the home – its impact is now extending into industry sectors, including the fabrication industry. Smart sensors and connected machines can help fabricators with plenty of manufacturing processes and problems – for example, allowing them to track their performance in real-time, predict maintenance and optimise workflows. This can help to manage and reduce downtime, boost reliability and catch any issues early.