The Digital Thread

Tensile strength testing for 3D printing materials determines how a material will behave under load.

The automotive industry is doubling down on its push to adapt additive manufacturing technologies

When we launched more than 20 years ago, our digital manufacturing model was revolutionary. But it’s been necessary to continuously evolve ever since – by expanding our manufacturing services and enhancing our capabilities way beyond the original prototyping service. Many of the customers we serve have grown along with us, so expectation is being continuously elevated.

Our brand new online quoting platform is not the only exciting launch from Protolabs recently. We are also now offering on-demand manufacturing (ODM) as well as prototyping. This means that we can now support you further through your product life-cycle journey.

Consider Delrin as an excellent plastic replacement for metal because of its strength, versatility.

Automotive manufacturers are facing far greater challenges than ever before, with a global skills shortage in engineering combined with increased demand for customised cars. Thankfully, new technologies can plug the gap and reduce time to market...

Safety is the overriding concern in aerospace and space technology - countless test cycles, inspection procedures and certificates are behind every single part of the jigsaw. Although safety requirements are non-negotiable, they come at a cost – they slow down the speed of the product development cycle.

Protolabs' quality system starts when a customer uploads a part file and runs through the entire manufacturing process and into shipping.

Protolabs puts products where they’re needed. When they’re needed.

Industry 4.0 is considered the future. How can manufacturers unlock the opportunities it offers?

Protolabs send a 3D Printed replcia of Matti Suuronen's Futuro house into the stratosphere

As product development speeds up, the design rules are changing. Nowhere is this more apparent when looking at the industrial 3D printing process of direct metal laser sintering.