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For large components

PMMA+ 3D Printing Material (Polymethyl Methacrylate, Acrylic)

The material is suitable for large components because it is processed using binder jetting technology. It is also cheaper than comparable materials from other technologies.

3D-Druck Plexiglas Bionische Struktur Binder Jetting PMMA AE21
3D-Druck Plexiglas Bionische Struktur Binder Jetting PMMA AE12+
3D-Druck Plexiglas Gewebe Binder Jetting PMMA AE12+
3D-Druck Plexiglas Gewebe Binder Jetting PMMA AE12+
Architekturmodell Turm 3D-Druck Plexiglas Binder Jetting PMMA AE12+

Properties

Features

  • Color: matt white
  • Tensile strength (DIN EN ISO 527-1): 20 MPa
  • E-modulus (DIN EN ISO 527-1): 1200 MPa
  • Tensile elongation (DIN EN ISO 527-1): 3%
  • Flexural strength: 25 MPa
  • Heat deflection temperature (DIN EN ISO 75-2 method A 1.80MPa): 56 °C

Postprocessing

  • Glass bead blasted (included in standard)
  • Chemically smoothed for a smoother surface (select finishing when ordering)
  • Lacquered upon request

Material Color

  • Color: matte white
  • Dyed in div. colors

Surface

  • Directly from the printer
  • Glass bead blasted
  • Chemically smoothed: very smooth surface

Installation space

  • 850 x 450 x 480 mm

Applications

  • For large components (installation space 850 x 450 x 470 mm)
  • High geometrical freedom, as no support structures are required
  • Architectural and trade show models (high level of detail)

Advantages

  • Less expensive than comparable materials from SLS, SAF or MJF, especially for large components (price also depends on geometry / number of pieces)
  • No support structures are required for binder jetting
  • Sustainable: the powder that is not needed can be reused 100%.

Polymethyl methacrylate (acrylic glass, Plexiglas) processed with the 3D printing technology Binder J etting is a good complement to comparable plastics from the SLS, MJF or SAF. Very large components can be printed; the maximum installation space for binder jetting for plastics is 850 x 450 x 480 mm. In addition, no support structures are required during printing.

In addition to PMMA+, PMMA Pro is also available, which has a higher tensile strength. View material properties of PMMA Pro