FDM 3D printing

Fused Deposition Modelling or FDM additive manufacturing is ideal for your large parts with stretched surfaces. Prototypes can be used for operational or aesthetic validation.
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Variety of materials

Our catalog offers a wide range of natural and filled powders.
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Large parts

A large production platform that allows you to produce parts up to 0.9 m in size.
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Cost-effective

A cost-effective 3D printing technology for plastic parts.
FDM additive manufacturing

Manufacturing process

Methodology

FDM (Filament deposition manufacturing) involves melting a thermoplastic wire through a nozzle heated to high temperature. The molten filament (of the order of a tenth of a millimeter) emerging from the nozzle is laid down in line, and bonds to what has already been laid down. The part is built by depositing a molten filament extruded by a heated nozzle guided by CAD data.

Our strengths

  • Professionals who listen
  • Technical expertise
  • Proposal-driven
  • ISO 9001 – EN 9100 certification

Applications

  • Test your prototypes
  • Manufacture durable, high-stability parts
  • Production of educational tools
  • Jig production

Our equipment

FDM 3D printing

Our materials

  • NYLON 12CF
  • ABS M30
  • ABS ESD7
  • POLYCARBONATE
  • ULTEM® 9085
  • ULTEM® 1010
  • filament depose de fil nylon 12 CF carbon impression 3D noir piece 3d filament depose de fil nylon 12 CF carbon impression 3D noir piece 3d

    NYLON 12CF

    FDM Nylon 12 Carbon Fiber (Nylon 12CF) combines Nylon 12 with carbon fibers to achieve a flexural strength and strength-to-weight ratio superior to any FDM material. Validate designs faster with functional carbon fiber prototypes. Replace heavy metal tools with lighter, more ergonomic Nylon 12CF tools.

    Properties
    • Black
    • Polyamide 12 reinforced with “short” carbon fibre, making up 35% of its weight.
    Advantages
    • Flexural strength
    • Thermoplastic suited to tooling production
    Limitations
    • Surface finishes
    Accuracy
    • Layer: 254 μ
    • Recommended wall thickness: 1.5 mm
    Download the data sheet
  • filament impression3d deposedefil piece materiau abs M30 matériaux impression3d filament piece3d fdm abs M30 matériaux rouge

    ABS M30

    ABS M30 is an engineering thermoplastic known for its strength, robustness, lightness and resistance. This material is ideal for form and fit checks, as well as for prototyping functional parts.

    Properties
    • Ivory
    • Black
    • Red
    • Other shades on request.
    Advantages
    • Certifications : UL 94 / -HB
    • Good dimensional stability
    Limitations
    • Surface finishes
    Accuracy
    • Layer = 0.178 to 0.33 mm
    • Recommended wall thickness = 1.2 mm
    Download the data sheet
  • filament depose de fil ABS impression 3D noir piece 3d filament depose de fil ABS impression 3D noir piece3d

    ABS ESD7

    ABS ESD7 is an engineering thermoplastic known for its strength, toughness, lightness and resistance. This material is ideal for form and fit checks, as well as for prototyping functional parts.

    Properties
    • Black
    • Antistatic
    Advantages
    • Certifications : UL 94 / -HB
    • Good dimensional stability
    Limitations
    • Surface finishes
    Accuracy
    • Layer = 0.178 to 0.33 mm
    • Recommended wall thickness = 1.2 mm
    Download the data sheet
  • filament depose de fil polycarbonate impression 3D matériau blanc filament depose de fil polycarbonate impression 3D matériau blanc

    POLYCARBONATE

    Polycarbonate (PC) is a material offering precision, durability and stability. It can be used to produce solid parts capable of undergoing functional testing.

    Properties
    • White
    Advantages
    • Certifications : UL 94 / -HB
    • Sturdiness
    Limitations
    • Surface finishes
    Accuracy
    • Layer = 0.178 to 0.33 mm
    • Recommended wall thickness = 1.2 mm
    Download the data sheet
  • filament depose de fil ultem dore piece3d filament depose de fil ultem dore piece3d

    ULTEM® 9085

    ULTEM™ thermoplastic is a high-performance, flame-retardant material characterized by a high strength-to-weight ratio and excellent impact resistance.

    Properties
    • Gold
    • Black
    Advantages
    • Certifications UL 94 / V-0
    • Railway standard EN-45545-2
    • Heat resistance
    Limitations
    • Surface finishes
    Accuracy
    • Layer = 0.178 to 0.33 mm
    • Recommended wall thickness = 1.2 mm
    Download the data sheet
  • filament depose de fil ultem 1010 ambre piece3d Support aéronautique imprimé en 3D FDM en ULTEM 1010 ambré translucide

    ULTEM® 1010

    ULTEM™ 1010 thermoplastic offers the highest tensile strength, chemical resistance and heat resistance of all FDM materials. Its exceptional thermal stability and its CG certified grade make it the ideal choice for medical and food-contact applications, and for high-performance tooling.

    Properties
    • Amber natural
    • Excellent dimensional stability
    • Two grades: standard and CG (Certified Grade)
    Advantages
    • Biocompatibility certifications ISO 10993 / USP Class VI (CG grade)
    • Food contact approval NSF 51 (CG grade)
    • Extreme heat resistance (214°C to 217°C)
    • Flame retardancy (V0 Blue Card certification #E345258)
    Limitations
    • Surface finishes
    Accuracy
    • Layer = 0.178 to 0.33 mm
    • Recommended wall thickness = 1.2 mm
    Download the data sheet

Comparison of 3D technologies and plastics

Do you know which material is the most suitable for your FDM 3D printing project?
View our comparison or why not get in touch with us.

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