3DXTech — USA-Made Engineering & High-Temp Filament
The broadest range of genuine high-performance 3D printing polymers, manufactured in the USA — Grand Rapids, Michigan. PEEK, ULTEM/PEI 9085 & 1010, PEKK, PPSU/PES, CarbonX and FibreX composites, and ESD, EMI and flame-retardant grades — all with published technical data sheets. Rev1 Technologies is the authorized 3DXTech reseller with US-based support from Auburn Hills, Michigan.
- Made in Grand Rapids, MI
- Published TDS / SDS
- Aerospace-grade high-temp
- US phone support
High-temp, reinforced, or engineering.
Pick the material family that matches the job — aerospace-grade high-performance polymers for extreme heat and chemicals, carbon/glass-fiber composites for stiffness and stability, or engineering and standard grades for everyday to demanding functional parts. Every 3DXTech material is USA-made in Grand Rapids, Michigan with a published data sheet.
| Material | PLA / PETG | Nylon-CF | ULTEM / PEI | ABS |
|---|---|---|---|---|
| Best for | Prototypes & general parts | Stiff functional parts | Extreme heat & chemical | Tough functional parts |
| Class | Standard | Composite | High-performance | Engineering |
| Heat resistance | Low | Medium/High | Aerospace-grade | High |
| Strength / stiffness | Standard | Very high | Very high | High |
| Typical use | Concept & everyday | Jigs, brackets, tooling | Aerospace & under-hood | Enclosures & end-use |
Qualitative guidance only — actual results depend on your printer, profile and part geometry. Carbon/glass-fiber and high-temp grades require a hardened, wear-resistant nozzle; high-performance polymers (PEEK, ULTEM/PEI, PEKK, PPSU) require a high-temp printer.
Every 3DXTech material — 61 products, one authorized source
From ecoMax PLA to aerospace-grade PEEK and ULTEM/PEI, CarbonX and FibreX composites, ESD/FR specialty grades, Stratasys-compatible Triton spools and bulk pellets — grouped by tier so you can find the right material fast. Tap any material for full details and specs.
Standard
PLA · PETG · ABS · ASA5 productsEveryday and general-purpose workhorse filaments for reliable, great-value printing on any machine.
Engineering
Nylon · PC · TPU · Supports12 productsFunctional parts that need to survive heat, impact, wear and chemicals — plus soluble and break-away supports.
High-Temp / High-Performance
PEEK · ULTEM/PEI · PEKK · PPSU · PES12 productsGenuine aerospace-grade polymers with published technical data sheets — the broadest high-performance range from one US maker.
Reinforced Composites
CarbonX (CF) · FibreX (GF)14 productsCarbon- and glass-fiber grades that add stiffness and dimensional stability for jigs, brackets and end-use engineering parts.
Specialty
ESD · EMI · Flame-Retardant8 productsESD-safe, EMI-shielding and flame-retardant grades for electronics handling, enclosures and demanding compliance work.
Stratasys-Compatible
Triton line6 productsTRITON3D spools engineered as drop-in materials for Stratasys Fortus and F-series machines.
Pellets
Bulk extrusion feedstock3 productsBulk pellet feedstock for pellet-extrusion and large-format additive systems.
Accessories
Build sheets1 productHigh-temp build surfaces and consumables for high-performance printing platforms.
Send us your part — we print it free in 3DXTech material.
Real parts in genuine 3DXTech material, so you can judge the finish, color and performance yourself before you commit. Ship it or email your file; you get the printed sample, the material and settings we used, and a straight recommendation on which 3DXTech grade fits the job.
Free sample prints cover standard-material parts, one per qualified business. High-performance polymers (PEEK, ULTEM/PEI, PEKK) and production-quantity jobs are quoted case-by-case.
USA-made, the broadest high-performance range, real US support
3DXTech manufactures in Grand Rapids, Michigan and publishes TDS/SDS for its materials. Rev1 Technologies is the authorized reseller — genuine 3DXTech product with US-based support, financing and application help, plus a free sample print.
3DXTech manufactures its filament, pellets and composites in the USA — Grand Rapids, Michigan. Real domestic production with published technical data sheets (TDS) and safety data sheets (SDS) for every material.
From ecoMax PLA to PEEK, ULTEM/PEI, PEKK and Stratasys-compatible Triton grades — 61 materials spanning standard, engineering, aerospace-grade, composite, ESD/FR and pellet feedstock, all from one authorized source.
Rev1 Technologies is an authorized 3DXTech reseller. Get genuine 3DXTech material, US-based phone support, financing and application help — plus a free sample print — from Auburn Hills, Michigan.
Carbon/glass-fiber and high-temp grades require a hardened, wear-resistant nozzle; high-performance polymers require a high-temp printer. Ask us if you are unsure whether your hardware is compatible.
Genuine 3DXTech, backed by US-based support and financing.
3DXTech is USA-made in Grand Rapids, Michigan. Rev1 Technologies is the authorized reseller — you get genuine 3DXTech material, application help, financing and phone support from Auburn Hills, Michigan, not an overseas ticket queue. Send us a part any time and we’ll print it free.
Built for demanding, high-performance work
Frequently asked questions
Which 3DXTech material fits my part?
For prototypes and general-purpose parts, start with a Standard grade — PLA, PETG, ABS or ASA. For functional parts that see heat, wear, impact or chemicals, step up to an Engineering grade like Nylon, polycarbonate or TPU. When you need stiffness and dimensional stability, choose a CarbonX (carbon-fiber) or FibreX (glass-fiber) composite. For extreme heat, chemical resistance or aerospace requirements, move to a High-Performance grade — PEEK, ULTEM/PEI, PEKK or PPSU. Not sure? Send us the part and we will recommend the material and print a free sample.
Do I need a high-temp printer for PEEK or ULTEM/PEI?
Yes. PEEK, ULTEM/PEI (9085 and 1010), PEKK and PPSU are high-performance polymers that require a printer built for very high nozzle and chamber temperatures, plus a hardened nozzle. They are not intended for standard desktop machines. If you are unsure whether your printer is capable, talk to us first — we can confirm compatibility or recommend an engineering grade that runs on your current hardware.
Are 3DXTech materials made in the USA?
Yes. 3DXTech manufactures its filament, pellets and composites in the USA — Grand Rapids, Michigan — and publishes technical data sheets (TDS) and safety data sheets (SDS) for its materials. Rev1 Technologies is an authorized 3DXTech reseller shipping genuine 3DXTech product with US-based support from Auburn Hills, Michigan.
Are these open, standard spools?
Yes. 3DXTech filament is supplied on standard open spools and runs on any open-material 3D printer suited to the material — you are not locked to one machine or ecosystem. Composite and high-temp grades require a hardened, wear-resistant nozzle (and, for high-performance polymers, a high-temp printer); load the correct profile for the material you are printing.
Can I get a free sample print in 3DXTech material?
Yes. Send us your part or file and we will print a free sample so you can judge the finish, color and material yourself before committing. One sample per qualified business in standard materials; high-performance polymers and larger or production-quantity jobs are quoted case-by-case.
What is the Triton line — is it Stratasys-compatible?
The TRITON3D line is engineered as a drop-in material for Stratasys Fortus and F-series machines, so you can run genuine engineering and high-performance grades — including Nylon 12+CF, ABS+CF, ASA, FR-PC-ABS, ESD-PEI 1010 and PC breakaway support — on your existing Stratasys platform. Ask us about compatibility with your specific machine.
Do you carry 3DXTech pellets for extrusion?
Yes. We stock bulk pellet feedstock — ThermaX PEI 9085 and 1010 (ULTEM) and 3DXMAX ASA — for pellet-extrusion and large-format additive systems. Contact us for bulk pricing and lead times on pellet quantities.
Try genuine 3DXTech material on your own part first
A free sample print or a same-day quote — either way you leave with a real 3DXTech-printed part in hand and a straight material recommendation.
For immediate assistance:
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