About AMSIS

From an expert process to an industrial standard

Founded in Bremen in 2017 as a spin-off of the ISEMP chair at the University of Bremen. We combine software engineering with a deep understanding of the physics of metal additive manufacturing — and work as an innovation partner, not just a licence.

AMSIS

Smart Physics.
Proven Profit.

AMSIS makes additive manufacturing industrially viable. As a software partner for physics-based process control in metal 3D printing, we give engineering teams the tool that matters: GENESIS calculates thermal behaviour before the first print, eliminates distortion, and sets manufacturing processes up to run reliably. The result is true first-time-right production — predictable, scalable, economical. Experimentation becomes standard practice. Uncertainty becomes control. Additive manufacturing becomes a profitable production process.

Founded

2017 · Bremen

Focus

LB-PBF process simulation

Product

GENESIS software platform

Based in

Lise-Meitner-Straße 5, Bremen

−95 %

support volume

−29 %

cost per part

from 14°

support-free overhangs

under 1 month

return on investment

Renowned universities and companies trust GENESIS

TU ChemnitzUniversity of SiegenAlloyedBeehive IndustriesFraunhoferNADDCONHochschule AalenPhotonische TechnologienRuhr University BochumPremium AerotecEOSNikon SLMDMG MoriColibrium AdditiveAconity3DAdditive IndustriesEplus3D2onelabA-MetalAtlixPlanfinderProfeta

Real results, in their own words

Our experience working with the AMSIS team on the GENESIS software has been excellent. Their professionalism, technical expertise, and commitment to delivering effective solutions made a real difference throughout the project. We particularly appreciated their responsiveness and collaborative approach. This partnership brought significant value and contributed greatly to achieving our objectives, especially in the development of support-free Ti-6Al-4V parts.
DKDr.-Ing. Kévin Papy
Advanced Additive Manufacturing · CETIM
The hatching technology of AMSIS GmbH to reduce support structures and distortion is unique on the market. By using their simulation-based hatching strategies in GENESIS we have been able to effectively minimize distortion in tube parts. We will enhance our cooperation with AMSIS to improve the other aspects of powder bed laser beam melting process.
Martin Buscher
Head of Testing Facilities · Aconity3D GmbH
In first tests it was found that the possible overhang without using supports could be improved from 45° to 23°. Based on these promising results it can be stated, that this tool will find its way into serial production of AM parts.
Dr. Thomas Bielefeld
Senior Expert Additive Manufacturing · Premium Aerotec GmbH

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