The Upload

Check out these great gifts to give to your favorite engineer for the holidays!

Supporting universities that are making breakthroughs in product innovation is a cause near and dear to us, and we love seeing what the next generation of product designers and engineers are up to!

Learn the key benefits of integrating onshore suppliers into your supply chain to better respond to global events and challeneges.

Industry 4.0. is unfolding in real time and the conversation on digitization, automation, and the present and future state of manufacturing is generating quite a buzz. Let’s unpack some common buzzwords we hear on the subject and how they relate to digital manufacturing.

A game-changing innovation race with high market-share stakes is taking place in the automotive sector these days as the industry makes a quantum shift from internal combustion engines (ICEs) to electric vehicles.

It is not a question of if but rather when will the next black swan event hit the globalized supply chain. And it is critical that companies learn from the last couple of years and develop an agile supply chain network that delivers value, reduces risk, and is not just driven by cost.

Our new digital quoting platform took home the gold in the software category of the 2021 LEAP (Leadership in Engineering Achievement Program) Awards.

Our injection molding facility in Plymouth, Minn. has been inducted into the World Economic Forum’s Global Lighthouse Network, recognizing our industry leading efforts to implement Fourth Industrial Revolution technologies.

Supply chains are critical to success, but are often incredibly complicated. Let’s take a look at external supply chains within the National Laboratory system and how digital manufacturing fits in.

At our current point in time in the evolution of additive manufacturing, 3D printing serves as both a blessing and a curse with young engineers—thankfully, Protolabs gets it.

Our work with Breathe99 during the pandemic was recognized as a “Top Supply Chain Project” in 2021.

Calling out Critical-to-Quality (CTQ) features in your design assures consistency for molded parts.