Thermoplastic 3D printing for industrial applications

Materials Portfolio

• PET-G

  Polyethylene terephthalate glycol

  This polyester-based polymer can be found in recycled transparent, or glass fiber reinforced versions, and has excellent surface finishing and UV resistant properties. Maintains its dimensional stability up to 70°C  (158°F). Ideal for PVC-like, outdoor and indoor finished parts, cold tooling, design and furniture applications and architecture sector.

  

  NATURAL
  PET-G

  

  COMPOSITE & RECYCLED
  rPET-G +30% Glass Fiber

• ABS

  Acrylonitrile butadiene styrene

  Recommended when glues, coating or other chemicals need to be applied, it has good mechanical properties and is stable during prints. Qualified for low temperature applications up to 80°C (176°F) like prototyping, vacuum tight molds and tools for trimming and gripping, and finished functional parts not subjected to mechanical pressure.

  

  COMPOSITE
  ABS + 20% Carbon Fiber

  

  COMPOSITE
  ABS + 20% Glass Fiber

• PP

  Polypropylene

  Highly resistant to solvents and chemicals, lightweight polymer, with good mechanical properties and impact resistance. It is qualified to produce functional parts in several sectors, suitable also for marine applications.

  

  COMPOSITE & RECYCLED
  rPP + 30% Glass Fiber

• ASA

  Acrylonitrile styrene acrylate

  Recommended when glues, coating or other chemicals need to be applied, it also stands out for its UV resistance, good mechanical properties and high thermal resistance, up to 90°C (194°F). This material is qualified and employed for marine components, outdoor applications, design and furniture finished parts.

  

  COMPOSITE
  ASA + 20% Glass Fiber

• PLA

  Polylactic acid

  This biodegradable thermoplastic is derived from renewable plant resources like corn starch and sugarcane. It is ease of use, environmentally friendly and it is characterized by a smooth and glossy surface finish. It is used for decorative industry and indoor furniture. It is also available with bio-fillers.

  

  BIOBASED
  PLA

  

  BIOBASED & COMPOSITE
  PLA + Oyster / Olive / Pine

• PC

  Polycarbonate

  Recommended for its great mechanical and thermal properties, up to 130°C (266°F). The carbon fiber-reinforced composite can withstand mid-temperature autoclave processes (up to 3-6 bars). It is ideal for functional and engineering applications, including autoclave molds and heat-resistant cure tools as well as lamination tooling.

  

  COMPOSITE
  PC + 20% Carbon Fiber

• PEI

  Polyetherimide

  Excellent flame retardancy with UL94 V0, outstanding heat-resistance, stable dielectric properties, excellent mechanical properties, high strength and stiffness up to 200°C (392°F), and great chemical resistance to fluids such as hydrocarbons and alcohols. Ideal for high-temperature autoclave tools and structural end parts in sectors like aerospace, automotive and transportation.

  

  COMPOSITE
  PEI + 20% Carbon Fiber

• HDPE

  High Density Polyethylene

  HDPE CF is a lightweight, high-density polyethylene reinforced with carbon fiber, ideal for harsh, chemically aggressive environments. It offers excellent rigidity, thermal resistance, and dimensional stability, with low moisture absorption. Suited for energy sector applications like oil and gas piping, it ensures long-term durability, wear resistance, and mechanical strength.

  

  COMPOSITE
  HDPE + 20% Carbon Fiber

• PA

  Polyamide

  Technical polyamide with outstanding flame resistance, V0 rated per UL94 and EN 45545-2 R1 HL2 certified for railway applications.

  

  COMPOSITE
  PA66 + 25% Glass Fiber

• TPE

  High strength and flex elastomer

  This TPE-based high-strength and flexibility elastomer is ideal for optimized pliable structures. It goes up to 70 Shore A and 80°C (176°F) as working temperature, and it is extensively used to print large-scale rubber-like parts for logistics, furniture, seating and design-related components.

  

  NATURAL
  TPE