How Additive Manufacturing Became a Game-Changer in the Rocket Propulsion Industry

Additive manufacturing (AM) in the rocket propulsion industry is a huge opportunity. In this article, learn about additive manufacturing’s past and future potential.

Four Key Principles of Design for Additive Manufacturing (DfAM)

An understanding of these four key principles will allow designers to create new designs that fully exploit the benefits of additive manufacturing.

Beyond Lightweighting – The Benefits of 3D-Printed Metamaterials

There are many benefits to 3D-printed metamaterials that go way beyond the lightweighting offered with topology optimization or lattice structures.

Distortion simulation

Powder Bed fusion: Simulation with an iterative approach to improve compensation.

Powder Bed Fusion is a layer-by-layer and line-by-line welding process. Like any other welding process, it will create large amounts…

Addivive Manufacturing Build-plate

Prevent excessive build plate distortion in additive manufacturing

One of the unexpected effects observed after 3D printing is the excessive build plate distortion. This distortion only becomes visible…

How to Design a Heat Sink for Additive Manufacturing

Learn how to create a unique heat sink designed for additive manufacturing, and see how 3D printing allows engineers more creative freedom.

Metal 3D Print

3D print distortion? Iterative model compensation can help

Repeated heating and cooling can cause your metal 3D print distortion. Read how iterative model compensation can help you get your first print right.

What is Simulation-Driven Design for Manufacturing?

The simulation-driven design for manufacturing (SDfM) approach delivers manufacturability insights directly into the hands of product designers. Design flaws can be detected and corrected early, allowing users to confidently design to their chosen manufacturing method.

MCAM achieves hybrid additive manufacturing strategy for new medical device mold

Medical device validation In the medical device industry, validating a single new part can take up to three years. The…