Industrial series

ABS Kevlar

Aramid-fiber-reinforced ABS  

Spectrum ABS Kevlar is a structural composite filament based on ABS with the addition of  aramid fibers, commonly known as Kevlar. The demand for properties better than  those offered by standard ABS, for durability and for increased tensile strength set in motion actions aimed at combining the very good properties of ABS with aramid fibers.

The applied modifications led to reduced shrinkage, excellent adhesion to work platforms and reduced material density, which means that the printed elements are slightly lighter than their counterparts made with standard ABS. The excellent dimensional stability makes it possible to 3D print objects with accurate dimensions, which is especially important for projects consisting of multiple parts.

  • automotive industry
  • manufacture of parts for end use
  • manufacturing tools

ABS GP450

ABS GP450 exhibits much higher mechanical strength than other similar materials available on the market.

  • functional prototyping
  • end-use parts
  • industrial design

ABS Medical

Filament Spectrum Medical ABS is a highest-quality material designed specifically for medical applications.

  • Personalized, lightweight prostheses tailored to the individual needs of patients
  • manufacturing of support structures for rehabilitation end-use parts
  • industrial design

PC/PTFE

Due to its properties, Spectrum PC/PTFE filament is a material for a wide range of industrial applications. Materials printed using the PC/PTFE filament can be machined for a perfectly smooth surface.

  • manufacturing low friction parts
  • manufacturing parts providing heat, electrical and thermal insulation
  • manufacturing low-load gears and transmission elements

PP

Spectrum PP features high flexibility (ultimate elongation – 500%) and high impact resistance plus reduced moment of inertia as compared to metal parts.

  • end-use parts
  • living hinges
  • functional prototyping

PA6 Neat Natural

A major feature of the PA6 Neat is its increased mechanical strength as compared to other plastics.

  • all types of ring and plate seals with an increased chemical and corrosion resistance
  • end-use parts
  • tooling

PA6 Neat Black

Parts made of Spectrum PA6 Neat BK allow for long-term operation at elevated temperatures up to 120°C (20.000h) and up to 160°C for a short-time operation (max. 200h), while maintaining sufficient mechanical properties.

  • all types of ring and plate seals with an increased chemical and corrosion resistance
  • end-use parts
  • tooling

PA6 CS20 FR V0

The Spectrum PA6 CS20 FR V0 filament is a new flame-resistant construction material based on polycaprolactam. The applied ceramic fillers enhance thermal stability without causing problems with processing.

  • all applications where fire resistance is important
  • manufacturing of components with good electrical insulation properties
  • manufacturing of parts to be operated in high temperature conditions

PA6 GK10

Its specific property is a low impact of moisture, high temperature resistance and  good electrical insulation properties as compared to unmodified PA6 or PA66.

  • end-use parts
  • tooling
  • functional prototyping

PA6 CF15

The filaments specific quality is the moisture absorption reduced by half and the water absorption time is four times lower than that of the pure PA6.

  • all types of ring and plate seals with an increased chemical and corrosion resistance
  • end-use parts
  • tooling

PET-G FX120

Parts made of Spectrum PET-G FX120 filament exhibit high chemical resistance, temperature resistance, and can be steam sterilized.

  • production of items to be used as energy adsorbents
  • manufacturing of seals with a high chemical resistance
  • tooling

PET-G FR V0

Spectrum PET-G FR V0 is a new halogen-free, flame-resistant 3D printing material based on the ever-popular PET-G.

  • all applications where fire resistance is important
  • coatings or shielding to protect electrical circuits with fire risk
  • conceptual models

PET-G HT100

PET-G HT100 does not contain styrene and is chemical resistant. Excellent dimension stability allows printing with accurate dimensions, which is particularly important for projects consisting of many different elements.

  • visual and functional prototyping
  • tooling
  • end-use parts

PET CF15

It is the easiest-to-print material filled with carbon fibre on the market and shows much better temperature and mechanical properties than PET-G based materials.

  • automotive industry
  • components of textile
  • office machines
A wide range of products
High quality
European made
Professional technical support
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