Lower stress, higher productivity Future Automation works more productive with a punching machine and punching tools.

More time for tea, because the punching machine can do everything on its own when it has the right tools. This saves Future Automation two manual refinishing steps.

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Lower stress, higher productivity

Thanks to good consultation, Future Automation increases production and economizes on material — with a new punching machine and the right tools.

Whenever a gigantic monitor appears as though out of nowhere, travels into a room and seems to hover in space, it’s probably based on mechanical mounts made by Future Automation. Jack Percival, the company’s chief designer, grins: “We are renowned for technology with a James Bond flair.” The firm, located in Stevenage, near London, specializes in mechanisms that move monitor screens, projectors and speakers within a space and can either hide or present them. In the summer of 2012, Future Automation opened up a new area of business and since then has also been manufacturing enclosures for advanced dimmers and smart home applications. “In the past we shaped the manufacturing process around a laser cutting machine and a press brake from TRUMPF, since we already had them on site. When an ever larger number of customers called for enclosures, production couldn’t keep up with the heightened demand,” Percival recalls.


Since summer 2012, Future Automation manufactures enclosures for advanced dimmers and smart home applications.

Punching instead of manual work

The process at that time was divided into four steps. First the blank was cut with the laser; this was followed by bending and manual welding. Percival’s co-workers finished by out-fitting the enclosures with numerous tapped threads and bushings for captive screws, and they did this all by hand. “We needed between 15 and 20 minutes for a typical enclosure. That’s a long time. At some point we realized that things couldn’t go on like this. We had to become faster and more efficient. With this request we turned to TRUMPF and explained what we were thinking about.”A few days later, Percival and his Managing Director, Alun Williams, sat at a table with two TRUMPF punching tool specialists. They discussed all the details of the design for the part. The main concern was the modifications that could be made so the  design would work better with a fully automated process. 

FutureAutomation_TruPunch 3000

The blanks for the enclosures are made on the TruPunch 3000.

Future Automation_Stanzwerkzeuge

A MultiBend tool makes angle brackets out of scrap skeletons. And yet another improvement: The company logo is now punched onto the dimmer enclosures with a custom embossing tool.

The solution would lie in a punching machine and suitable tools.“We didn’t know much about working with punching machines. Of course, being engineers, we didn’t start from scratch. The TRUMPF experts gave us thorough punching technology consultation. And I thought this was really super,” said Percival and added, “They knew exactly what we needed, and we had a solution in no time.”The new TruPunch 3000 punching machine came with a thread forming tool, a MultiBend tool and an embossing tool.

A turbocharger for production

“The best improvement is certainly the special tool for the threads and the bushings for the captive screws. This sped up the process enormously. Now we need just five minutes per enclosure — that’s four times faster than before! We can now produce 60 more enclosures per day!” said Percival with satisfaction. “For two days a TRUMPF technician was here in production and explained the machine and the punching tools. Everything worked right away and has been running without problems, right down to the present.” Percival took this opportunity to show another part to the visiting technician: a small angle bracket used as a holder within the enclosure.


“The TRUMPF experts gave us thorough punching technology consultation. And I thought this was really super,” said Percival.

Turning scrap skeletons into parts

Future Automation intended to laser-cut and fold this bracket on their press brake, but Percival wanted to know if it could be made on the punching machine as well. “The TRUMPF engineer looked at the part and told us that it should be possible with a few design tweaks and some modified tooling. He thought they could engineer a special MultiBend tool,” Percival said with excitement. “The great thing is that this small part could be made using scrap segments of the sheet skeleton which would otherwise have wound up in the scrap container. This means that manufacturing this bracket costs us virtually nothing!”

Logos without additional cost

And yet another improvement: The company logo is now punched onto the dimmer enclosures with  a custom embossing  tool. “That was an urgent request of ours. Before, we had stickers with our logo, and they had to be attached in an additional working step. But these stickers kept falling off. We wanted absolutely everyone who laid hands on our enclosures to see who had made them. And that even years later when, for example, the enclosure should be extended. In this way they would see right away where they could order a new one,” said Percival.


Any questions?

Contact us: MastersofSheetMetal@trumpf.com

This article was first published in spring 2016.

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Design specialists


Future Automation, Stevenage, Great Britain. Founded 1998. 65 employees. ­www.futureautomation.co.uk


Future Automation manufactures premium-quality mounts and mechanisms for audio and video equipment. Enclosures for illumination controls and ventilation form a second mainstay


TruPunch 3000 and others

Jack Percival: 

„With these special tools, we now manu­facture many of our parts entirely automa­tically – and on a single machine. This saves the time needed by up to 75 percent.“

to the overview of all TRUMPF machine tools