3D Printing Plastics
for Prototyping & Production

A high-strength, corrosion-resistant metal alloy widely used in aerospace, medical, and industrial applications. 17-4PH combines excellent mechanical properties with the ability to be post-processed through heat treatment for even greater strength and hardness.

Strong, functional nylon for prototypes and end-use parts. Ideal for complex geometries with excellent balance of cost, strength, and detail.

A high-performance nylon delivering strong, functional parts with excellent accuracy and mechanical properties. Provides consistent results for both prototypes and production parts, with reduced material waste and sustainable sourcing enabled by Arkema.

A durable nylon material with integrated full-color capability, allowing production of functional parts with detailed graphics, labels, and color coding. Ideal for prototypes, presentation models, and end-use parts.

A flexible, elastomeric material offering high tear resistance and excellent rebound. TPU01 is ideal for producing durable, functional parts that require elasticity, shock absorption, and wear resistance.

Strong, ductile nylon with excellent chemical resistance and impact strength. Ideal for functional parts requiring toughness, flexibility, and durability.

An engineering-grade white nylon with the same strength and durability as standard PA12, but in a bright color that makes parts easy to dye, paint, or finish. Ideal for prototypes, presentation models, and end-use components.

Lightweight and chemically resistant material ideal for fluid systems, living hinges, and snap-fit assemblies. PP combines excellent durability with low moisture absorption, making it a strong choice for industrial and automotive applications.

A flexible and durable material that combines elasticity with high wear and tear resistance. TPU is well-suited for functional parts requiring impact absorption, vibration damping, and long-term flexibility.

HP HR PA12 is a sustainable nylon powder produced from 100% recycled material. It maintains excellent strength, detail, and consistency while reducing costs and environmental impact. Ideal for prototypes and production parts.

A soft, flexible material designed for medical applications requiring high tear resistance and biocompatibility. With a Shore hardness of 50A, it closely mimics the feel of silicone, making it suitable for prototypes and medical device development.

A transparent material for visual models and functional parts where clarity matters. Can be polished to improve transparency, making it ideal for fluidics, optics, and parts requiring internal visibility.

A translucent, biocompatible material with high strength and wear resistance. Suitable for medical devices and healthcare components that require durability and visibility for inspection or monitoring.

A strong, biocompatible material with a deep black finish. Ideal for medical devices and components requiring durability, color stability, and an opaque aesthetic for patient-facing use.

A transparent, biocompatible material designed for medical and dental devices. Offers excellent strength, polishability, and clarity for patient-contact applications where visibility is important.

A biocompatible material engineered for impact-resistant, long-lasting medical devices. Combines toughness and flexibility, making it suitable for prototypes and end-use components in healthcare.

A biocompatible flexible material with balanced toughness and strength. Designed for medical prototypes and components that require repeated bending and durability under stress.

A strong, opaque, biocompatible material designed for patient-contact applications. Offers high durability and a clean white finish, making it ideal for medical devices, instruments, and components.

A versatile black material with a smooth matte finish, designed for models that need a professional appearance. Provides excellent detail resolution and surface quality for both functional prototypes and presentation pieces.

A high-detail material formulated for investment casting. Burns out cleanly without ash, making it ideal for jewelry, dental, and engineering applications that require precise molds and fine surface detail.

Clear Cast is a precision material for investment casting patterns. It offers low thermal expansion, clean burnout with minimal ash, and reliable dimensional accuracy for detailed engineering and casting applications.

A long-term biocompatible material designed for dental appliances such as splints and occlusal guards. Strong, wear-resistant, and polishable, while maintaining excellent clarity for patient-facing applications.

A long-term biocompatible flexible material designed for occlusal guards, splints, and similar applications. Combines comfort and durability with excellent polishability and wear resistance.

A fast-printing material optimized for speed and efficiency. Suitable for rapid iterations, early-stage prototypes, and large models where turnaround time is more important than fine detail.

An impact-resistant material with a smooth, low-friction surface. Ideal for parts that require toughness and flexibility, such as consumer products, snap fits, and low-wear functional prototypes.

A static-dissipative material designed for safe use with electronics. Prevents static discharge while offering strength and precision for jigs, fixtures, housings, and tooling that come into contact with sensitive electronic components.

A soft, pliable material that behaves like silicone. Designed for prototypes that need to bend, stretch, and compress, such as wearables, handles, seals, and gaskets.

A self-extinguishing material designed for applications requiring flame retardancy and high mechanical stability. Ideal for electrical housings, consumer electronics, and aerospace or automotive components.

A versatile elastomeric material with balanced flexibility and strength. Ideal for parts that need to bend and return to shape under stress, such as grips, hinges, and cushioning components.

A versatile material for prototyping and functional designs. Offers excellent stiffness, strength, and dimensional accuracy with a smooth matte finish, making it ideal for engineering parts and presentation models.

A heat-resistant material capable of withstanding extreme temperatures. Suitable for thermal testing, hot air and fluid flow, and molds or fixtures that need stability under heat.

A biocompatible, flexible material developed for indirect bonding trays in orthodontics. Provides accuracy and elasticity for efficient bracket placement while remaining comfortable for patients.

A high-strength biocompatible material designed for permanent dental restorations. Offers excellent aesthetics, wear resistance, and mechanical durability for crowns, bridges, and dental prosthetics.

A high-performance glass-filled material with extreme stiffness, designed to simulate glass or fiber-reinforced thermoplastics. Suitable for industrial applications, molds, and parts exposed to high stress and heat.

A glass-filled material that provides high stiffness and dimensional stability. Ideal for thin walls, load-bearing parts, and functional prototypes that require strength with a smooth, matte surface finish.

A transparent, biocompatible material designed for fabricating surgical guides. Provides high accuracy, strength, and polishability, making it suitable for patient-contact dental and medical applications.

A balanced material offering stiffness with the ability to bend and spring back. Ideal for functional prototypes and assemblies that experience repeated stress or need moderate flexibility.

The stiffest and strongest material in the Tough family, engineered for load-bearing functional parts. Ideal for jigs, fixtures, and prototypes that need to resist deformation and maintain high strength under stress.

A bright white, matte-finish material with excellent dimensional accuracy. Provides sharp detail and a professional surface finish for presentation models, functional designs, and high-contrast prototypes.