3D printing with High Speed Sintering: flexible production of functional prototypes

The innovative High Speed Sintering (HSS) process enables the tool-less production of design and functional models. The quality and properties are similar to injection moulding and equivalent to other additive processes - the range of materials, however, is significantly wider (TPU, PA12, PP, EVA, etc.).

The HSS process offers versatility and flexibility and is therefore perfectly suited for the production of fully functional models: from housings, shoe soles, buckles, various sample parts to mock-ups. Furthermore: High speed sintering products can also be applied in a variety of car interiors or product packaging.

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High-Speed Sintering 3D printing: the advantages

  • Open-Source-Software: in-house material development possible.
  • High degree of flexibility due to customizable process parameters.
  • Custom-made: modular software with customer-specific macros and process data mining capabilities.
  • Simple process: only one oil-based ink (Binding Agent).
  • Productivity: the entire building platform can be printed in a one cycle.
  • High-quality components with high resolution and detail at constant layer times.

Applications of High-Speed Sintering 3D printing:

  • Versatile and fully functional prototypes.
  • Educational institutions/research facilities: material development
  • Functional components for the development of consumer products: packaging design, housing for electronics.
  • Design models: interior fittings, furniture parts, mock-ups.
  • Automotive and aerospace industries: interior design, gear shift levers, ventilation flaps, cockpit components.
  • Textile and sports industry: shoe soles.


PROCESSHSSMATERIAL DATAPA12
MaterialPA12Density0,9 g/ml
Available system(s)VX200Tensile strength x, yup to 45 MPa
Build space290 x 140 x 180 mmTensile strength zup to 29 MPa

Medium grain size

55 µm

Elongation at break x, yup to 12 %
Layer thickness100 µmElongation at break zup to 3,5 %
Print resolution360 dpiAccuracy± 0,6 %