Whether a product for end-user or LPBF system vendors – there is something for everyone

For LPBF System Vendors

Modules (APIs) ready to integrate in LPBF system vendor software

Quick and affordable option for LPBF system vendors to offer support-free technology to customer with simulation-based modules. This is done by integrating the modules (APIs) in software of LPBF system vendors:

Module 1:
Fast Thermal Simulation

Module 2:
Simulationbased Local Parameter Adaption

Module 3: Simulationbased Hatching

For End-User

Your desktop application for your existing 3D-Printer

For LPBF users, AMSIS offers an alternative tool for builjob preparation that enables quick and cost-effective entry into support-minimizing technology on their existing 3D printer. There is no need to invest in new hardware (new printers or expensive monitoring systems). The software can be used both as a replacement and as an on-top addition to existing pre-processor softwares.

Modules for
LPBF System Vendors

Integrate our modules and make your LPBF System support-free ready 

Module 1:
Fast Thermal Simulation

Module 2:
Simulationbased Local Parameter Adaption

Module 3:
Simulationbased Hatching

Module 1:
Fast Thermal Simulation

Fast thermal simulation for automatic detection of overheated zones of a vane sector (160x80x25 mm) made of Ti64. Simulation duration: approx. 1 minute. The color gradient from green to red represents the criticality level for overheating. Red areas represent an increased risk of overheating.

Module 2:
Simulationbased local parameter adapation

Based on the fast thermal simulation, the laser power in the overheated zones is adjusted. The exposure areas with a higher standard laser power are marked orange. In overheated zones, the laser power is continuously reduced. The exposure areas with the lowest laser power are shown in blue.

Module 3:
Simulationbased hatching for optimal hatch sequence and orientation

3DF hexagonal exposure patterns offer very good adaptability to the part contour due to the three degrees of freedom in the orientation of the exposure vectors. (DF=Degree of Freedom)

End-User Buildjob
preparation software

Standard hatching or innovative hatching – find out which functions you need


All classic features 

you need to prepare 

your build-job.


GENESIS Classic 


Simulation-based Support-minimizing Hatching patterns

Features of

STL-Import, Placement & Orientation

  • Import of any part and corresponding support structure in the common file format
  • Easily move or rotate parts manually on baseplate


  • Fast & easy nesting of parts

Support Generation​

  • Adjust the overhang angle and generate supports
  • Customize parameters of your supports
  • See real time visualization and make instant adjustments


  • Fast & smart slicing
  • Preview of every part contour

Standard Hatching​

Choose beetween following standard hatch patterns:

  • Stripes hatch pattern
  • Contour hatch pattern
  • Unidirectional hatch pattern
  • Checkerboard hatch pattner

Simulationbased Hatching

The software generates the simulation-based hatching strategies which are tailored for each layer of the manufactured part with an account of local geometrical particularities, especially overhangs. Using the tailored hatching strategies, you will be able to reduce support

Only available in GENESIS Innovative

R&D Hatching

Generation of Artificial Defects

Generate multi Hatching pattern within one layer. This offers excellent possibilities to create artificial defects.


Layer Adjusted Hatching

With “Layer Adjusted Hatching” give each layer  different hatching patterns and laser parameters, to e.g. to qualify process parameters within one part.

Export to 3D-Printer

  • In order to perform a build-job on your printer, the build-job data prepared by GENESIS has to be imported into your printer in a proper format.
  • GENESIS exports build-job data in CLI or CLI+ format or in machine specific formats
  • In case, if your 3D-printer saves a build-job data in another specific format,  please contact us and correspond us the details of your printer-specific data format. We will quickly develop and provide you a data exporter, which will save the build-job data in the format which matches for your 3D-printer,