E-manufacturers say once-revolutionary 3D printing complements CNC machining and other more traditional manufacturing processes, making it  just another (albeit very powerful) tool in their toolboxes.

Studies have shown that abrasive finishing is flexible enough to finish 3D printed parts with complex geometries and difficult-to-machine materials.

Makerbot answers the question What is additive manufacturing?, covering a wide variety of technologies and materials used in the process.

California-based solar technology startup Solarytics uses the MakerBot METHOD platform to create optimized testing rigs for its cutting-edge solar panel technology.

Sandvik Additive Manufacturing has the ability to provide a complete offering at a time when many companies are starting to realize the benefits of additive manufacturing.

Before you get started with Nylon 3D Printing, Makerbot has compiled some of the basic information you’ll need to know.

In response to market demand, OSG Corporation has recently launched a new end mill series engineered for metal additive manufacturing in hybrid machines capable of deposition, heat treating, coating and metal cutting.

Makerbot breaks down the top 10 advantages of 3D printing over the more traditional manufacturing methods of subtractive manufacturing and injection molding.

COVID-19 has unexpectedly demonstrated the potential of 3D printing in a very public way. Manufacturers and healthcare professionals have come together to create and deliver 3D printed lifesaving equipment such as ventilators, nasal swabs, and face shields to combat the deadly virus.

Reduced cutter weight will have the most significant influence on curbing vibration and boosting stability. Engineers at Sandvik Coromant began thinking about this problem and arrived at a solution of using additive manufacturing with a lightweight yet strong alloy to get the job done and the Lightweight CoroMill® 390 shoulder mill was born.