How System Strobel uses the FX20 to develop individual rescue vehicles

Thyssenkrupp revolutionizes battery pack production for electric vehicles through the use of 3D printing

Accelerating MIM prototyping with Metal Binder Jetting at PTI Tech

How ASS is replacing mechanically manufactured aluminum components with 3D printing

Autoliv uses industrial 3D printing to manufacture safety systems in the automotive industry.

Vogel Druck und Medienservice GmbH uses additive manufacturing to produce spare parts for printing machines.

Casino Food Co-op can avoid machine downtime and increase machine lifespan

Toivalan Metalli achieves cost reductions of 90% and thus gains small-series production as a new source of income.

By using 3D printing, Garry Rogers Motorsport was able to save $300,000.

3D printing enables Vestas to shorten supply chains and optimize production.

Additively manufactured robot grippers in series production save BEULCO €200,000 in 1 1/2 years

Additive manufacturing as a true complement to production. Additively manufactured components are a common thread throughout the entire operation.

DAVOSCAN uses five Markforged 3D printers and can rely on the fact that no matter which 3D printer they use, the result will be the same quality.

The challenge with 66 different saw blades is to make production as productive as possible despite the high variety.

VOCUS uses the self-extinguishing and flame-retardant Onyx FR as the material for its battery cell holders.

The requirements for printed components for robotics are stability and, at the same time, the lowest possible weight.

Guhring UK prints a second prototype in metal and can use it for initial cutting tests, which is a major competitive advantage.

The main focus is on special machines, which is why almost no component occurs twice.

Cirnapro designs metal and plastic parts for mechanical engineering in batch sizes of 1-200. 3D printing allows complex functions to be integrated into a single component.

The new design included conformal cooling channels that would make the tool cooler extremely efficient – perfect for realizing the idea in highly conductive copper on the Metal X.

3D printing in plant engineering from prototype to series production. Development and production of a novel blasting technology for homogeneous and reproducible surfaces.

3D printing in production is a reality for Clenaware Systems – spare parts on demand from the 3D printer. Shorten lead times.

A new product launch can achieve much more – compensating for supply chain delays and preparing for production faster and more cost-effectively.

In this competitive world, you need every advantage you can get to produce components that can compete in the marketplace.

Stanley Black & Decker has replaced a four-part assembly with a single, ready-to-use component. The cost and time savings are enormous.

Speed plays a particularly important role in the development phase of a new valve.

The goal is to better serve existing markets and open up new markets.

Reduction of changeover times and increase of plant throughput through Markforged technology

Robo Challenge is a creative engineering firm that pushes design and materials to the limits of what is possible.

30x lower costs
14x faster production

80x lower costs
13x faster production

75x lower costs
18x faster production