“What Cool Idea will help us to do is have some injection-molded parts to use for our pilot run as well. We came up with our own architecture for the internal components within AMPY and did a lot of customer development to find the right form factor and size, and to deliver a significant amount of power.”
"Being in an early prototyping stage, it was much easier to 3D print the complicated lug versus machine it. You get all of the features without having to do any additional design for manufacturability work."
“This application was an ideal fit for production 3D printing. So often people tend to rely on additive manufacturing for prototyping and then move to molding or machining when they get to production. But for me, 3D printing parts in the exact quantities that I need really makes for an efficient business model.”
“We have a strong commitment to pushing the boundaries in robotic manipulation. We know we can rely on Protolabs to support this through its responsiveness and high quality standards.”
“By all accounts, the project was a great success, everything ran extremely smoothly and brought together a team of specialists to deliver a first-class result."
“It had the effect of improving the structural integrity of the hand and absorbing the impact shock from a punch, so the idea for the Boxing Hand Grenade was born and the response has been fantastic.”
“The file we’d created and provided for the logo was slightly offset from the embossed logo in the plastic casing part, but rather than demanding new files from us, Protolabs worked with us to resolve the issue. Tweaks they made themselves ensured accurate printing of the logo, saving us more valuable time in the process.”
“We weren’t happy with the environmental impact and ESG implications of manufacturing our exciting new product—a device that has ultimately been created to save a huge amount of energy and help our customers become more sustainable—thousands of miles away. The irony of that didn’t sit comfortably with us.”
“It has been very enlightening to us here at HP that we are able to get parts so rapidly out of the actual materials that we’re going to use in the final production.”
“The European Cool Idea Award has really helped us take the Evo System onto the next stage of development and closer to a real-life solution that will save lives and cut hospital budgets. It is meant to be a cost-effective solution, so we had to find a way of mass manufacturing it to lower the unit costs."
“Obviously as a start-up company we were working on limited capital and Protolabs understood our situation. They were very helpful in suggesting possible ways of reducing the cost.”
“How we've managed to design those coils gives a little more flexibility in the spaces that we can put them into and how much power we can generate. We've tried to make those as compact as possible while generating enough voltage and power to charge the internal battery.”
“Our aircraft is always ready to take off and execute a rescue operation within six seconds."
“The pressure on the product development team is enormous,” he says. "If a plastic part is approved for production it has to be 100% right. We leave nothing to chance. Our customers trust us implicitly.”
"We’d worked with Protolabs in the past and they’ve produced our higher quality, more specialist 3D printed parts. We were keen to use them again as it’d been a very positive experience. Their online quoting tool is excellent and the turnaround time is great. We knew that if we passed a job onto Protolabs they’d just get on with it, which is exactly what we needed."