AM Solid BJP500


    Printing accuracy: 100 Technology : 50 Size of the construction area : 52 Molding efficiency: 271 Print speed: 54 Manufacturer:

Leasing

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commissioning

We will install, launch and train you to use the equipment

Repair and service

Own service department

Printing Models from Polymethyl Methacrylate: Simplifying and Accelerating the Creation of Burnout Patterns

Polymethyl methacrylate (PMMA) 3D printing significantly streamlines and accelerates the production of burnout patterns. Models printed using this technology have a unique property: during burnout, they collapse without damaging the ceramic shell.

Advantages of Using PMMA 3D Printing for Investment Casting:

  • Full replacement of master patterns for both investment and burnout casting methods.
  • No excessive pressure is created inside the ceramic shell by PMMA.
  • Minimal residual ash at the level of 0.01%.
  • Facilitates the production of thin-walled castings.
  • Eliminates the need for tooling for model creation.
  • Improved dimensional accuracy.
  • Reduces defects and production costs.
  • Minimizes machining allowances.
  • Significantly reduces the time required to release new products.



Printing accuracy 100
Technology 50
Size of the construction area 52
Molding efficiency 271
Print speed 54
Manufacturer
Layer thickness 60
Maximum heating temperature of the powder bed 67
Minimum beam spot diameter, µm 69
Platform (table) temperature 81
Layer resolution 82
Build speed 88
Laser power 92
Laser spot size 93