Protolabs is the world’s fastest manufacturer of custom prototype and on-demand production parts. We offer product designers and engineers multiple manufacturing technologies—3D printing, CNC machining, sheet metal fabrication, and injection molding—to address their needs at each stage of product development and into production. We achieve our unprecedented speed with online quoting, proprietary software, and automated manufacturing processes that transform a CAD model into a final part within days, sometimes hours.
Our digitalized process starts with a customer uploading their 3D CAD model to receive an interactive quote with free design analysis and pricing information within hours. The manufacturability analysis helps customers eliminate problems, like sink or internal undercuts, before their design reaches the manufacturing floor, so modifications can be made early and often—without penalty. It’s an iterative process that lets designers and engineers avoid development speed bumps and reduce design risk, so they can get their products to market as fast as possible.
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Design analysis and fast part turnaround can transform development processes with tight deadlines.
Torus is filled with complexities: bayonets, text on ribs, gears, bump-offs, clip cams and more. We created the design aid to illustrate that just because we manufacture parts really fast, it doesn’t mean you’re limited to certain features
You got it. 3D printing is great for prototypes, but here's what you need to know about 3D printed industrial-grade parts.
Online portals are quickly becoming the industry standard for parts. Here's a look at the benefits and when to bring in specialists.
A complex design, dispersed teams, limited runs and tight deadlines proved no barrier to success. Sounds like a Hollywood plot.
For the third year, DE has worked with Senvol to share material providers of industrial additive manufacturing (AM) materials from the Senvol Database.
The company has recently invested in additional manufacturing equipment for its American and European facilities to support business growth.
When the tools for the job proved too cumbersome, this engineer re-engineered his tools and used production-grade 3D printing for the final part.
Post-processing a 3D printed part is still a highly manual operation, but new technologies can help reduce both time and cost.