Material selection is key to the success and performance of your parts. Our composites are engineered for specific applications, meeting your aesthetic and functional needs.
MATERIALS
PAHT-CF
PPA CF
PA6 CF
PEEK
tool steel
Stainless Steel 316L
Stainless Steel 17-4PH
Titanium Ti64 (Grade 5)
Cobalt Chrome
Aluminium AlSi10Mg
PA3200 GF
Inconel 718
Extreme Strength Performance
These materials are engineered for structural integrity under extreme mechanical loads. Ideal for jigs, heavy-duty fixtures, and functional end-use parts, they offer exceptional tensile strength, stiffness, and dimensional stability. Commonly used to replace metal components in demanding industrial, aerospace, and automotive applications.
PC/Nylon
PA6 GF
PPA CF
PAHT CF
PEEK
ULTEM™1010
ULTEM™9085
High-Temp Resin
HighTemp Resin (SLA)
PA2241 Flame retardant
PA3200 Glass Filled Nylon
Cobalt Chrome MP1
Aluminium AlSi10Mg
tool steel
Stainless steel 316L/17-4PH
(Aluminide aluminum-filled PA12)
MATERIALS
High-Temperature Durability
When the heat is on, these materials perform. They're designed to retain strength and shape in environments with sustained or fluctuating high temperatures. Common uses include under-hood automotive parts, molds, and electronics housings where thermal stability and flame resistance are essential.
ASA
ASA CF
PETG
PAHT CF
Nylon Pa11
TPU 1301
Nylon Pa12
PP (Polypropylene)
40A Silicone Resin
MATERIALS
UV and Weather Protection
For parts exposed to the elements, these materials offer long-term resistance to sunlight and harsh climates. They're ideal for marine components, outdoor signage, drone parts, and enclosures as they resist UV degradation and moisture absorption, maintaining their mechanical integrity outdoors.
80A Flexible Resin
TPU 85A
TPU 90A
tpu95a
TPU 1301
Nylon PA11
ESD Resin
Durable Resin
Accura Xtreme (ABS/PP)
MATERIALS
Flexible and Impact-Ready
If your parts need to bend, stretch, or absorb shock, these are your go-to options. They're made for applications like grips, seals, living hinges, and impact-resistant covers, offering high elongation, tear resistance, and durability even with repeated flexing.
Need detailed specs?
Compare all materials by performance and use case with our dedicated tool
PETG CF
PLA CF
ABS
modeling resin
PA2200 Nylon12
PA 2241 Flame retardant
PA 3200 Glass Filled
HP PA11/12
GreyPro Resin
(Aluminide aluminum-filled PA12)
MATERIALS
Balanced Everyday Utility
For reliable performance in general-purpose applications, these materials strike a great balance. They offer a good mix of strength, toughness, and ease of use, making them a solid choice for mounts, tools, housings, clips, and low-volume production parts that need consistent day-to-day performance.
asa/cf
PETG/GF
abs
PC/Nylon
tpu 90/5a
PAHT-CF
Inconel 718
CobaltChrome MP1
Stainless Steel 17-4PH
Titanium Ti64 (Grade 5)
PEEK
ULTEM™ 1010
ULTEM™ 9085
PA 2200 (Nylon 12)
PA 3200 GF (Glass-filled Nylon)
HP PP
TPU 1301(flexible)
MATERIALS
Chemical Resistance
When contact with harsh substances is unavoidable, these materials excel. They're ideal for parts exposed to fuels, solvents, oils, or corrosive environments, maintaining mechanical stability. Think fluid containers, lab equipment, industrial housings, and medical jigs.
pla
PETG
prototype/standard resin
Grey v5 Resin
White v4 Resin
Black V5 Resin
Clear V5 Resin
ABS
MATERIALS
Prototyping & Mockup Use
Need to quickly test form and fit? These materials are perfect for visual models, early-stage prototypes, and low-load assemblies. They're easy to print and dimensionally stable, allowing for rapid iteration during product development.
Modeling Resin
Prototype Resin
Production Resin
high temp resin
Durable Resin
Grey Pro Resin
Clear V5 Resin
Flexible 80A Resin
ESD Resin
Accura Xtreme Resin
MATERIALS
Ultra-Fine
Surface Detail
For parts where precision and finish are paramount, these materials are optimized to deliver. They're ideal for concept models, mating assemblies, or parts requiring minimal post-processing, providing sharp edges, smooth surfaces, and excellent dimensional accuracy right off the printer.
Surface Finishing Options
Learn how different surface finishing techniques can improve both the look and performance of your parts.
Vapor Polishing
Smoothing removes layer lines and improves surface quality. It can be done by sanding, polishing, or using chemical methods depending on the material. This is useful for both prototypes and finished parts. Available for SLS and MJF materials.
Coloring
Coloring changes the look of a part and can also help identify or label it. Some materials are dyed while others are painted or airbrushed after printing.
Media Tumbling/Blasting
These methods are used to clean and refine part surfaces, removing powder residue and evening out texture without affecting accuracy. It's commonly applied to nylon, aluminum, stainless steel, and titanium parts, and is available for DMLS, MJF, and SLS materials.
Need detailed specs?
Compare all materials by performance and use case with our dedicated tool
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