For everyone PLA MATT Filament

Spectrum PLA MATT is a PLA-based material with a chemical composition modified so that it would be possible to obtain matte surfaces of printed object. The matte finish of printed items considerably improves their aesthetic properties and also minimises the visibility of layers on the side surfaces of printed items. In addition, the material maintains all the features of PLA-based classic polymers, i.e. the easy and highly efficient printing, low shrinkage and very good adhesion between layers and also between the build platforms and printed objects. Further, the use of admixtures has improved the impact resistance and lowered the brittleness of printed items.

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For everyone PLA MATT Filament
Torelance +- 0.05 mm
Roundness 95%
Printing temperature 185-230 °C
Heating bed Not needed
Weight According to the offer on webshop
1.75 mm 2.85 mm 1000g 2000g
    PLA MATT advantage
  • made of biodegradable raw materials
  • printing possible without a heated bed
  • easy separation of the object from the bed
  • high durability
  • high rigidity of items
  • easy processing of a model
  • a relatively low melting point
Elements produced by using Spectrum PLA MATT are characterized by:
  • Improved mechanical strength properties as regards the impact resistance, resilience and durability as compared to items made of the classic PLA,
  • A high quality matte side surface with hardly visible layers,
  • Improved adhesion between layers and also between the build platforms of the equipment and printed objects, and
  • The possibility to increase the printing speed with the higher flowability of the material.
With the above-mentioned properties, the applications of Spectrum PLA MATT are mostly oriented towards the presentation of major aesthetic values, i.e. industrial design prototyping for concept visualisation and demonstration of designer variants of structures. It is also used for interior design purposes and architectural models.
Downloads Catalogues and brochures
718 - Catalogue (PDF 12,1 MB) 718 - Catalogue (PDF 12,1 MB) 718 - Catalogue (PDF 12,1 MB)
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