Dunlop Systems and Components utilized Markforged 3D printer solutions to produce custom tooling for their facility, saving tens of thousands of dollars.
Dunlop Systems is a British automotive manufacturing company based just outside of Birmingham, specializing in Anti-Vibration Solutions including automotive air suspension components and electronic control systems for OEM and aftermarket vehicle applications.
Mark Statham, Production Engineering Manager at Dunlop Systems, is in charge of all the tooling used to make Dunlop’s products. The company had a lot of old machinery and in-house tooling that needed to be replaced frequently. Internal and customer tools were sent to a third-party toolmaker to make, however as a result of customer design changes, costs spiralled with not all costs recoverable.
“You spend all that money and you wait two or three weeks for it to come in, and the customer then phones you up to tell you what they want changed,” says Mark. Supplier time constraints was a constant issue, and Mark didn’t want his team to be the bottleneck, so he set about looking for an alternative option.
“I think it’s opened up the mindset. We never say ‘no we can’t do it’, it’s now ‘yes we can’” — Mark Statham, Production Engineering Manager, Dunlop Systems
Mark attended a seminar about 3D printing where he heard about an industrial-grade 3D printer capable of printing in carbon fiber. He realized he could use it for tooling, as the material was strong enough to withstand corrosive environments.
A top level review of the opportunities outlined during the Markforged seminar took place and as a result Dunlop Systems completed the purchase of a 3D printer.
Since commissioning the 3D printer, the team has found several applications for it use, from prototype parts for electric cars to gauges and moulds.
Onyx and continuous carbon fiber have been a perfect fit for the company, providing strong, lightweight parts that can be easily printed on the team’s Markforged desktop printer. “We’re now in the process of replacing, where possible, all our tooling with Onyx,” says Mark. “Usually, the department spends around £20,000 on tooling alone. This year, they’re only spending £11,000, thanks to additive manufacturing.”
Dunlop Systems is using their Markforged composite printer to help bring an electric car to the market for a large automotive company.
The electric car is currently out on the road with 3D printed Onyx prototype parts, and the custom 3D printed tooling has already been printed. The necessary parts have come in significantly under budget with the use of their Markforged 3D printer. “Our department has almost got bragging rights, because we don’t hold things up,” says Mark. “So that’s a bit of a bonus as well.”
Mark says another benefit of bringing additive manufacturing to Dunlop Systems has been the increased enthusiasm within the team. With no need to cut on costs while 3D printing parts, the department now has a quick turnaround for projects, and won’t turn down a design challenge.
“We’ve already saved £20,000 in just six months, so we’re on target to save £40,000 this year if we carry on this way.” — Mark Statham, Production Engineering Manager, Dunlop Systems
Since bringing Markforged technology in-house, Mark’s department is now better respected on the shop floor. “People are seeing tooling coming onto the shop floor more frequently than they ever did,” says Mark. “I think they’ve had more tooling in the last six months than in the last five years.”