Additive Manufacturing

Future trends in AM involve developing recyclable materials and more energy-efficient printing processes to reduce environmental impact. Automation and AI Integration: As AM becomes more widespread, automation and artificial intelligence (AI) are playing a larger role. Read more...

3D printing or additive manufacturing enables you to produce geometrically complex objects, shapes and textures. It often uses less material than traditional manufacturing methods and allows the production of items that were simply not possible to produce economically with traditional manufacturing. Read more...

Repetitive manufacturing is a manufacturing process which produces products for rapid production flow. A distinguishing characteristic of repetitive manufacturing is its use of assembly/production lines. Read more...

Additive manufacturing is not a new technology, but it is a rapidly growing field with increasing prospects for additional use cases and continued growth. The technology is continuing to mature. This maturation results from the intersection of improved 3D printers and newly available materials. Read more...

Originally developed as a rapid prototyping technique, 3D printing, also known as additive manufacturing, has come a long way since its infancy in the 1980s. The first stereolithography (SLA) printer was released in 1987, and at the time it was the only available technology. Read more...

High-precision linear stages are a critical component in additive manufacturing machines Read more...

To make some of these opportunities for additive manufacturing a reality in the automotive sector Read more...

The superfluous powder is shot away from the object as the process comes to an end Read more...

Nylon is a strong, flexible plastic that can withstand impact and chemical exposure well. Read more...