The Upload

Discover how 3D printed anatomical models help healthcare teams visualize anatomy, improve training, and prepare for procedures.

How additive manufacturing helps create custom medical tools faster and more efficiently.

How to design parts that perform under load while maintaining a refined, customer-ready finish.

With advanced Multi Jet Fusion technology, engineers can build lighter parts for drones.

Understand the subtle differences in SLM and DMLS 3D printing technologies to choose the right technology for your project.

Cerakote is an exceptionally versatile ceramic-based coating available as a finishing option for many of your 3D-printed parts.

The differences between casting and DMLS are quite stark, so depending on your application it might be an easy choice regarding which works best for you. Three overarching factors will drive your decision: part design, quantities, and lead times.

Evaluating build direction, support structures, radii placement and wall thickness to optimize printed part.

Partnership between Protolabs and All Design Lab brings metal 3D-printed tennis racket to life

Two popular plastic materials used across industries for its transparency, but key differences exist based on your application.

Desktop 3D printers are an attractive option for some companies—but how well will they work for you?

What does the future hold for 3D printing within the medical industry?