One of our customers is a medical robotics manufacturer that specializes in large scale exoskeleton technology. They make exoskeletons to help patients stand and walk during rehabilitation as well as wearable devices for workers that help them carry weight and help lessen fatigue when they’re working with heavy tools.
This customer required extremely strong, lightweight material – carbon fiber was a natural solution. We provide them with a wide range of complex, molded precision parts and flat parts with threaded inserts.
BY THE NUMBERS
A customer working with electron and photon optics contacted us for a carbon fiber dampening arm, requiring unidirectional carbon fiber offset at specific angles to provide the precise degree of rigidity and stability they required.
These customized wheelchairs include carbon fiber side guards, foot plates and seat plates designed specifically for each user. We develop made-to-fit parts for every one of their customers.
One of our UAV customers creates drones that for inspection and surveillance in confined spaces like tunnels, electrical vaults, tanks and underground mining — places that are dangerous or impossible for humans to go.
An innovative boat builder that makes high performance, collared, aluminum boats with industry-leading safety features came to us for carbon fiber dash panels and interior surfaces.
One customer specializes in powered exoskeleton technology that helps patients stand and walk during rehabilitation. They required an extremely strong, lightweight material — and carbon fiber fit the bill.
This customer approached us with finished prototypes that he wanted to produce in quantity. Our challenge was to develop the molds and production system to replicate the cases on a large scale while maintaining their handcrafted detail.
Protech partnered with Seattle’s Common Fibers to bring their vision for a high-tech, lightweight, RFID-blocking wallet to life. The resulting products are stylish, sleek, high quality and protect your info…
We worked with a racing company to develop light, durable parts that could withstand the heat of a race car engine. They’re now standard in certain engines — and are winning races again and again.
Knife makers and manufacturers are often looking for innovation and new materials that will set their products apart. This sector pushes us to keep us looking for new materials, layups and production methods to give our customers an edge.
