In an experiment between Protolabs and NASA, it took just 36 hours to transform a CAD concept into a functional part, showcasing the future of design and manufacturing where human...
The medical design and manufacturing event addressed the needs of the growing medical device industry through presentations and exhibits that did not disappoint.
Converging subtractive manufacturing through CNC machining and the swift prototyping of additive manufacturing with 3D printing is changing the playing field for adaptive athletes...
BioDapt focuses on providing top-tier lower limb prosthetics specifically designed and manufactured for action sport activities. Its founder, “Monster” Mike Schultz shares insights...
Discover how Schultz’s collaboration with Protolabs has transformed prosthetic design and enabled state-of-the-art advancements for athletes at all levels—from recreational enthusiasts...
This plastic 3D printing process uses a thermoset liquid, not a thermoplastic, which is UV-cured in layers to form final parts with high precision and detail.
When APTUS DesignWorks needed a toolkit that transforms from a briefcase into a workbench for safer traffic cam installation, Protolabs helped from prototype to production.
From adding thin walls to raised text to “non-threadable” holes, subtractive manufacturing such as CNC milling is not without its mishaps. Here are ways to avoid some of the most...
To robustly secure plastic housings for the wheelchair accessory, the part incorporated threaded metal inserts into molded plastic housings to improve strength.
Keeping moldability top of mind during the design process not only ensures that parts perform as intended, but can help save time and cut down on production costs.
With 3D printing’s diverse technologies, materials and finishing options, the sky is the limit when it comes to rapid iteration, product development and part production for aerospace...
