The Upload

Humotech works with scientists and engineers at universities and government research labs who are exploring next-generation assistive medical device designs.

Considerations for designing living hinges in 3D-printed parts while maintaining part integrity.

Explore several tools within SOLIDWORKS that can help you analyze the manufacturability of your injection molding design.

Managing supply chain risks is challenging, but using low-volume, on-demand manufacturing can help meet those challenges and reduce risks.

Protolabs joins GE Additive’s new Manufacturing Partnership Network, building on strategy to develop and expand 3D printing services.

Ensuring quality is a fundamental component at Protolabs, and this component can be found throughout the entire manufacturing process.

Learn how electrical discharge machining is used to fabricate injection molding tools with sharp features that cannot be machined with CNC milling.

ITAR compliance is necessary for any manufacturer producing parts for the U.S. military or any of its thousands of subcontractors.

Several considerations for designing plastic screw bosses on molded parts that are mechanically strong and free of cosmetic defects.

Quality controls at Protolabs include rigorous quality certifications and a dedication to quality initiatives throughout the manufacturing process.

Protolabs takes several steps during production to maintain traceability, achieve on-time delivery, and produce parts that meet our customers' requirements.

Boeing announces partnership with Norsk Titanium to produce 3D-printed, titanium parts for the new 787 Dreamliner.