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The CAD model is developed to fulfill specific geometric and functional requirements. It is then optimized for the LMM process, including part orientation, to maximize print quality and production efficiency.
A light source selectively cures the photoreactive binder within the feedstock, layer by layer, embedding the metal powder to form the desired 3D structure. This stage results in the creation of a so-called green part.
The green parts undergo a thermal or chemical debinding process in a specialized furnace, where the polymer binder is removed, leaving behind a porous brown part composed of metal powder.
The brown part is subjected to high-temperature sintering in a furnace, causing the metal powder to fuse into a fully dense, solid component with its final mechanical properties.
Depending on the application, additional post-processing steps such as machining, polishing, or surface treatments may be applied to enhance dimensional accuracy and surface quality.
Highest complexity geometries
No support structures due to self-supporting material
Broad selection of metals processible
Easy and efficient feedstock recycling
The Incus team is made up of creative experts with the knowledge, expertise and drive to apply their technologies and solutions to your metal additive manufacturing needs. Our goal is to meet the challenges of our customers and their specific applications with a tailor-made, solution-oriented approach.
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