3D Printed Materials for Real-World Applications

Carbon offers best-in-class, 3D printable materials for prototyping and producing real, functional parts. These materials uniquely combine excellent mechanical characteristics, high resolution, and exceptional surface quality into isotropic parts ready for real-world products.

3D Printed Parts without Compromise

Only Carbon DLS lets you prototype and produce functional parts with the mechanical properties required for elite performance.

Isotropy

Engineer parts with ease, thanks to consistent, predictable mechanical properties regardless of build orientation.

Surface Finish

Use attractive glossy, matte, or textured finishes on printed parts.

Fine Features

Design small, precise features on your parts.

Elite Material Performance

Each of Carbon’s materials offers best-in-class performance through a combination of useful material properties.

Best-In-Class Materials

EPX 82

Carbon, Inc.

High-strength, excellent long-term durability, functional toughness

Comparable to: 20% glass filled PBT

Technical Datasheet

  • Ultimate Tensile Strength

    80 MPa

  • Tensile Modulus

    2800 MPa

  • Elongation At Break

    5 %

  • Impact Strength (Notched)

    44 J/m

  • Heat Deflection Temperature

    115 °C 239 °F

RPU 70

Carbon, Inc.

High-strength, functional toughness, and moderate heat-resistance

Comparable to: ABS

Technical Datasheet

  • Ultimate Tensile Strength

    35 MPa

  • Tensile Modulus

    1700 MPa

  • Elongation At Break

    100 %

  • Impact Strength (Notched)

    15 J/m

  • Heat Deflection Temperature

    60 °C 140 °F

RPU 130

Carbon, Inc.

Strong, tough, and highly heat resistant

Comparable to: Nylon or polypropylene

Technical Datasheet

  • Ultimate Tensile Strength

    35 MPa

  • Tensile Modulus

    900 MPa

  • Elongation At Break

    100 %

  • Impact Strength (Notched)

    75 J/m

  • Heat Deflection Temperature

    120 °C 248 °F

EPU 40

Carbon, Inc.

Highly elastic, tear resistant, and energy damping

Comparable to: Commercial TPUs (Shore A hardness: 70)

Technical Datasheet

  • Durometer (Shore A Hardness)

    68

  • Tear Strength

    23 kN/m

  • Elongation At Break

    300 %

  • Bayshore Resilience

    30 %

  • Glass Transition Temperature

    10 °C 50 °F

EPU 41

Carbon, Inc.

Highly elastic, tear resistant, and energy returning

Comparable to: Commercial TPUs (Shore A hardness: 70)

Technical Datasheet

  • Durometer (Shore A Hardness)

    73

  • Tear Strength

    20 kN/m

  • Elongation At Break

    250 %

  • Bayshore Resilience

    30 %

  • Glass Transition Temperature

    -10 °C 14 °F

MPU 100

Carbon, Inc.

Biocompatible, sterilizable, and chemically resistant

Comparable to: Medical-grade ABS

Technical Datasheet

  • Ultimate Tensile Strength

    35 MPa

  • Tensile Modulus

    1200 MPa

  • Biocompatibility

    USP Class VI, ISO 10993-5 and -10

  • Sterilizable via

    ethylene oxide, e-beam, and gamma

  • Elongation At Break

    >10 %

  • Impact Strength (Notched)

    30 J/m

  • Heat Deflection Temperature

    50 °C 122 °F

CE 221

Carbon, Inc.

Excellent strength, stiffness, and temperature resistance

Comparable to: 15% glass filled Nylon 6

Technical Datasheet

  • Ultimate Tensile Strength

    85 MPa

  • Tensile Modulus

    3900 MPa

  • Elongation At Break

    3 %

  • Impact Strength (Notched)

    15 J/m

  • Heat Deflection Temperature

    230 °C 446 °F

FPU 50

Carbon, Inc.

Tough and fatigue resistant

Technical Datasheet

  • Ultimate Tensile Strength

    25 MPa

  • Tensile Modulus

    700 MPa

  • Elongation At Break

    200 %

  • Impact Strength (Notched)

    40 J/m

  • Yield Strength

    15 MPa

SIL 30

Carbon, Inc.

Soft, biocompatible, and tear resistant

Comparable to: SEBS TPE

Technical Datasheet

  • Durometer (Shore A Hardness)

    35

  • Tear Strength

    10 kN/m

  • Elongation At Break

    350 %

  • Bayshore Resilience

    20 %

  • Glass Transition Temperature

    10 °C 50 °F

DPR 10

Carbon, Inc.

Highly accurate, consistent models

Technical Datasheet

  • Ultimate Tensile Strength

    45 MPa

  • Tensile Modulus

    1800 MPa

  • Elongation At Break

    4 %

  • Impact Strength (Notched)

    20 J/m

  • Heat Deflection Temperature

    60 °C 140 °F

UMA 90

Carbon, Inc.

Simple, colorful, and quick to print

Technical Datasheet

  • Ultimate Tensile Strength

    30 MPa

  • Tensile Modulus

    1400 MPa

  • Elongation At Break

    30 %

  • Impact Strength (Notched)

    30 J/m

  • Heat Deflection Temperature

    45 °C 113 °F