Technology
We do not guess. We understand.
Thermal simulation that changes the build strategy before you print.
Get the highlights.
Full-part thermal simulation.
In seconds.
Critical areas found
before the build.
Hatching steered
by physics.
Laser power,
set hatch by hatch.
Up to 95 % less
support.
Open to your machines
and materials.
Metal AM does not fail randomly.
It follows physics.
Same geometry, same machine. The only change: the heat was simulated and the strategy adapted before the build.
Simulation at the speed
of production.
Full-part thermal prediction in seconds, not days — fast enough to run on every build.
16 s
full thermal simulation of an IN718 impeller
82 s
to prepare a complete build job
5 min
for a full build plate in Ti64
Conventional FEM thermal simulation: hours to days.
Three modules.
One data flow.
Take a closer look.
Build Engine
Import, orient, support and slice — with Fast Heat Simulation built in, so critical areas show up while the build is still data.
Smart Hatching
Changes how the laser moves where it matters: hatch orientation and sequence derived from the local heat.
Power Control
Sets the laser power locally, hatch by hatch, so thin walls and sharp corners print cleanly at full speed.
One real part.
Costed twice.
A Ti64 aerospace bracket, prepared with standard software and with GENESIS.
−29 %
cost per part
−714 €
per build job
−94 %
support removal time
Built to run
inside your machine.
GENESIS is open to machines and materials. The API brings the simulation into your own software and build pipeline.
7
OEM platforms evaluated
7
materials validated
14°
support-free overhangs in AlSi10Mg
Ready to get started?