Programmed by Loop Automation, the system comprises two DAS-built sub-assembly cells used to insert and tighten screws and apply brass inserts into two different prefabricated shells. A 6-axis Mitsubishi Electric RV-4 robot links both applications, which is responsible for both loading and unloading and pick and place operations. With a target throughput of 300 parts an hour per function, the new design is said to increase the efficiency of the component manufacturing compared to manual assembly and improve quality control.
The solution is also controlled by a Mitsubishi Electric Q Series PLC and features a GOT 2000 HMI operator interface, three iQ-F PLCs as remote IO stations, as well as a CC-Link IE field network.
Mick Stallwood, sirector at DAS, commented: “The initial implementation of the new solution has been a huge success, having allowed the customer to make marked improvements to throughput. On top of this, we have received very positive feedback from their operators, who have been impressed by the level of intuitiveness displayed by the system.
“We’ve been working with Mitsubishi Electric for over 30 years now, and the quality of their products is always excellent. Given the customer is also a prominent Mitsubishi end user themselves, it was a natural fit to partner with them on this project.”
Richard Allen, OEM business development manager at Mitsubishi Electric, added: “Our aim is to help OEMs build the best machines that they can, and DAS and Loop are brilliant examples of machine builders and programmers going above and beyond to unlock new efficiencies for their customers. The new system has raised the bar considerably, both from a productivity and quality control perspective, and we’re pleased to hear the impact that it is already having on the customer’s operations.
“In short, this project truly represents our ecosystem at its very finest, and we’re delighted to have played our part in it.”