3D printingmaterials

We offer a broad selection of both basic and engineering-grade plastics, each chosen for specific mechanical, thermal and chemical performance characteristics as well as prototyping. Material options cover a range of stiffness, impact resistance, heat deflection, and surface properties to meet your functional or aesthetic requirements.

Our team provides material guidance based on application, environment, and manufacturing constraints.

Plastic

Description

Application

Heat resistance

ADVANTAGES

Price Range


A versatile nylon powder with excellent mechanical properties and detail resolution.

Functional prototypes, end-use parts, housings, high-volume production

~175°C

Lightweight, good surface finish, high dimensional accuracy, no support structures needed

Moderate


A balanced nylon material offering high detail, strength, and thermal stability.

Functional prototypes, end-use parts, housings, low-volume production parts

~171°C

Excellent dimensional accuracy, high tensile strength, versatile across applications

Moderate


A white version of Nylon 12 with similar performance, optimized for visual parts and dyeing.

Cosmetic parts, branding prototypes, consumer products

~171°C

Clean white aesthetic, ideal for post-processing and coloring

Moderate


A bio-based nylon with exceptional ductility and impact resistance.

Prosthetics, sports equipment, flexible hinges, and rugged enclosures

~181°C

High Impact resistance and ductility, excellent chemical and UV resistance, high elongation at break

Medium-High


A flexible elastomer offering durable, rubber-like performance.

Seals, grips, wearables, cushioning parts

~74°C

Excellent flexibility, rebound, abrasion resistance, ideal for complex geometries

High

Plastic

Description

Application

Heat resistance

ADVANTAGES

Price Range


Biodegradable thermoplastic with easy printability and a smooth finish.

Prototypes, models, low-stress applications

~60°C

Eco-friendly, cost-effective, minimal warping, wide color availability

Budget


Tough thermoplastic with better heat resistance and impact strength than PLA.

Functional parts, enclosures, automotive components

~105°C

Durable, heat-resistant

Budget-Moderate


UV-resistant alternative to ABS, ideal for outdoor use.

Outdoor enclosures, automotive trims, signage

~105°C

UV-stable, weather-resistant, durable finish

Moderate


A strong, semi-flexible plastic with excellent chemical resistance.

Mechanical parts, containers, protective equipment

~80°C

Good strength and flexibility, water and chemical resistant, decent UV resistance

Budget-Moderate


High-temp nylon reinforced with carbon fiber for exceptional strength and stiffness.

Structural parts, industrial jigs, brackets

~150–160°C

Lightweight, high strength-to-weight ratio, excellent heat resistance

High


Carbon fiber-reinforced PET for improved mechanical performance.

Tooling, automotive parts, drone frames

~120°C

Stiff, wear-resistant, dimensionally stable, good surface finish

High


Aerospace-grade PEI thermoplastic with flame-retardant properties.

Aerospace, automotive, medical-grade parts

~180-200°C

Flame retardant (UL 94 V-0), high strength, certified for aerospace

Premium


Strong, clear thermoplastic known for toughness and heat resistance.

Functional prototypes, load-bearing components, tooling

~110–130°C

High impact resistance, temperature endurance

High

Plastic

Description

Application

Heat resistance

ADVANTAGES

Price Range


Rigid photopolymer mimicking ABS properties with smooth finish and sharp detail.

Visual prototypes, housings, concept models

~60–70°C

High resolution, fine surface quality, fast print speed

Moderate


High-performance resin engineered to simulate polypropylene with superior chemical resistance and flexibility.

Snap-fit parts, fluidic devices, chemical containers, and low-friction mechanisms

~75–85°C

Excellent chemical resistance, semi-flexible, fatigue-resistant, ideal for PP-like behavior in functional prototypes

High


High-strength engineering resin designed for durability and impact resistance.

Functional prototypes, mechanical parts, rugged enclosures

~80–85°C

Outstanding toughness, impact resistance, good dimensional stability, suitable for both functional and aesthetic parts

Moderate