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This Acceleration Station® guide includes materials used in the Carbon Digital Light Synthesis™ (DLS™) process. Used for producing real, functional parts, these additive manufacturing materials uniquely combine excellent mechanical characteristics, high resolution, and exceptional surface quality into isotropic parts ready for real-world products.

Materials Guide

Carbon Material MPU 100

MPU 100

Biocompatible, sterilizable, and chemically resistant

3D Printing Materials EPX 82

EPX 82

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

Carbon Material RPU 70

RPU 70

High-strength, functional toughness, and high ductility

Carbon Material SIL 30

SIL 30

Soft, biocompatible, and tear resistant

3D Printing Materials EPU 40

EPU 40

Highly elastic, tear resistant, and energy damping

Carbon Material EPU 44

EPU 44

Highly Resilient, Tear Resistant, 40% Bio-Based

Carbon Material EPU 45

EPU 45

Energy-damping, strain-rate-sensitive, elastomer

Carbon Material EPX 86FR

EPX 86FR

Flame retardance, functional toughness, and long-term stability

Carbon Material CE 221

CE 221

Excellent strength, stiffness, and temperature resistance

3D Printing Materials FPU 50

FPU 50

Tough and fatigue resistant

Carbon Material LOCTITE 3D IND405 CLEAR

LOCTITE® 3D IND405 CLEAR

Tough, rigid, and clear

Carbon Material Henkel LOCTITE IND147 BLACK

LOCTITE® IND147 BLACK

High temperature resistance, high stiffness, dimensional stability, exceptional surface quality

Carbon Material EPU 41

EPU 41

Highly elastic, tear resistant, and energy returning

3D Printing Materials EPU 43

EPU 43

Soft, excellent durability, Energy-damping, elastomer

Carbon Material RPU 130

RPU 130

Strong, tough, and highly heat resistant

Carbon Material UMA 90

UMA 90

Simple, colorful, and quick to print

Carbon Material DPR 10

DPR 10

Highly elastic, tear resistant, and energy returning