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EOSINT P 390

Plastic laser-sintering system for the direct manufacture of series, spare parts, functional prototypes and patterns for investment or vacuum casting

• New Benchmark in Terms of Productivity and Flexibility
  
  - Manufactures plastic products of any complexity from polyamide or polystyrene materials directly from CAD data and within a very short time.
• Integration into an Industrial Environment
  
  - Distinguishes itself by ergonomic peripheral devices and a high level of automation.
• Automatically to Highest Productivity
  
  - Flexibility of a Rapid Technology, combined with the automation and efficiency of series production.

Plastic Laser-Sintering Materials

PA 2200 - Fine Polyamide

PA 2200 is a fine-powder on the basis of polyamide 12. Typical applications of the material are fully functional prototypes with high end finish directly from the process. They easily withstand high mechanical and thermal load.

PA 2201

Typical applications of the material are fully functional parts with high end which easily withstand high mechanical and thermal load

PA 3200 GF - Glass-filled Fine Polyamide

Typical applications of the material are housings and thermally stressed parts.

Alumide

A typical application for Alumide® is the manufacture of stiff parts of metallic appearance for applications in automotive manufacture (e.g. wind tunnel tests or parts that are not safety relevant), for tool inserts for injecting and moulding small production runs, for illustrative models (metallic appearance), for education and jig manufacture, just to name a few.

Surfaces of parts made of Alumide® can be finished by grinding, polishing or coating. An additional advantage is that low tool-wear machining is possible, e.g., milling, drilling or turning.

CarbonMide - Carbon Fibre filled Polyamide

CarbonMide® has outstanding mechanical properties characterised by extreme stiffness and strength. Typical applications of the material are fully functional prototypes with high end finish for wind tunnel tests or other aerodynamic applications.

PrimeCast 101 - Polystyrene

The typical application for the material is the production of lost patterns for the plaster casting process. Generally PrimeCast 101 is also suitable for ceramic shell casting, however special measures against shell cracking are necessary. Another application of PrimeCast 101 is the production of master patterns for vacuum casting.