Shapeways Blog

For the last decade, 3D printing’s role in robotics was well defined: prototype fast, then manufacture for real. Teams printed a bracket, tested it, and sent the final design out for injection molding or

Additive manufacturing has moved well beyond its role as a prototyping technology. The question for manufacturers today is no longer whether AM belongs in industrial production, but where it creates the most value  and how it ca...

Bringing a new medical product to market has never been simple.

Medical device companies must balance innovation with regulatory requirements, product performance with manufacturing feasibility, and speed with risk management. Every design decision carries implications for development timelines, commercialization costs, and ultimately patient outcomes.

Tra...

One of the most important manufacturing decisions in robotics isn’t choosing the right material or design. It’s choosing the right production process.

For robotics companies, the choice often comes down to two technologies: additive manufacturing (...

Robots are designed for flexibility. Their tooling often isn’t.

When a product changes, a new SKU is introduced, or a process needs to be optimized, end-of-arm tooling (EOAT) is frequently the first bottleneck. Traditional tooling can take weeks to design, manufacture, and deploy, slowing automation projects and increasing downtime.