Hyperganic Technologies AG

Hyperganic's design engine makes it possible to generate highly efficient objects for 3D printing with the most complex geometries. Design iterations can be adapted in the shortest possible time based on simulation. This workflow can be demonstrated using the example of a reactor engine. Framework factors such as cooling channel algorithms were defined by aerospace engineers. Based on this input, the Hyperganic Design Engine generated design proposals, which were tested by a simulation. This feedback determined the design of the next generation of rockets until, after several iterations, an optimal design is defined.

Hyperganic Print then enables voxel-accurate implementation of the design on modern 3D printers. Well-known printer manufacturers use Hyperganic's technology as the front end for their printers.

Algorithmic design for mass customization workflows and voxel-accurate control of 3D printers

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With Hyperganic Studio, complex design workflows can be fully automated. Hyperganic Print allows modern 3D printers to be controlled with voxel precision. Hyperganic thus helps companies exploit the maximum design potential of additive manufacturing and realize previously unattainable efficiencies in the design of objects.

Image credit: Hyperganic Technologies AG

• Hyperganic Studio: algorithmic design engine
• Hyperganic Print: voxel-accurate control of modern 3D printers
• Support for innovation projects

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• Algorithmic design
• AI-based design
• Automation of 3D printing processes
• Mass customization
• Lightweight design