3D Printing Materials
Filaments, resins, and powders optimized for additive manufacturing.
PLA filament properties: density 1.24 g/cm³, tensile 50–60 MPa, print temp 190–220 °C, bed 0–60 °C. Full property sheet for standard PLA filament used in FDM 3D printing.
PLA variant with additives for a glossy, silk-like surface finish without post-processing.
Improved PLA offering higher strength, impact resistance, and reduced brittleness compared to standard PLA.
Durable, impact-resistant, and chemically resistant filament suitable for functional parts and prototypes.
UV-resistant and weatherable filament with mechanical properties similar to ABS, ideal for outdoor applications.
Tough, impact-resistant, and temperature-resistant filament, though requires careful ventilation and heated bed.
Flexible and durable TPU filament with a Shore hardness of 95A, suitable for resilient parts and cushioning.
Highly flexible TPU filament with a Shore hardness of 85A, suitable for soft, compliant parts.
Durable, chemically resistant, and low-moisture absorbing nylon for robust functional parts.
Strong, wear-resistant, and tough nylon filament with higher moisture absorption than PA12.
Extremely strong and impact-resistant filament with high heat resistance, suitable for demanding applications.
High-stiffness, high-strength composite filament with carbon fiber reinforcement in a polyamide matrix.
Enhanced stiffness and dimensional stability composite filament using glass fibers in a polyamide matrix.
PETG composite filament reinforced with carbon fibers for increased stiffness and strength.
All-purpose photopolymer resin for general prototyping and model making with good detail and smooth finish.
SLA resin engineered for high impact strength and durability, suitable for functional parts.
Elastomeric SLA resin for creating soft, pliable, and resilient parts.
SLA resin designed to burn out cleanly, ideal for investment casting processes.
Biocompatible SLA resin for dental models, surgical guides, and indirect restorations.
SLA resin offering enhanced thermal resistance for high-temperature applications.
SLA resin filled with ceramic particles for producing ceramic parts after firing.
High-performance powder for SLS, offering excellent mechanical properties, chemical resistance, and detail.
Flexible and resilient powder for SLS, ideal for producing soft, durable parts.
Economical and chemically resistant powder for SLS, suitable for a wide range of applications.
High-performance powder for MJF, offering excellent mechanical strength, fine detail, and isotropic properties.
Flexible and resilient powder for MJF, producing tough, elastomeric parts with excellent detail.
Bio-based powder for MJF offering excellent impact resistance, flexibility, and durability.