3DXTech Specialty & Flexible Filament
The materials that don’t fit a single category — 3DXTech’s flexible, flame-retardant and specialty filaments. 3DXFlex TPU and PEBA elastomers for flexible and high-rebound parts; FluorX PVDF for chemical and UV resistance; flame-retardant FR-ABS, FR-Nylon and FR-PC for safety-critical parts; SimuBone for medical bone models; AquaTek PVA and LTS2 for dissolvable and break-away supports; and glitter/satin PLA for finish. This page groups them so you can find the right specialty material fast.
- Flexible TPU & PEBA
- Flame-retardant grades
- PVDF & specialty
- US stock

Choosing a 3DXTech specialty & flexible machine
The decisions that actually matter for this class of machine — size them to your parts, not to a spec sheet.
How flexible?
Shore hardness sets the feel: 3DXFlex TPU 85A is soft and very elastic (gaskets, grips), TPU 95A is semi-flexible and easier to print (tougher flexible parts), and PEBA 90A is a lightweight, high-rebound elastomer for dynamic and sporting parts.
Flame-retardant choices
For safety-critical parts choose by base polymer: FireWire FR-ABS for general enclosures, Obsidian FR-Nylon for tough mechanical parts, and 3DXLABS FR-PC for high-heat, high-impact flame-retardant applications.
Chemical & specialty
FluorX PVDF resists aggressive chemicals, UV and weathering for fluid-handling and outdoor parts; SimuBone mimics the look and feel of bone for surgical models and training.
Supports & finish
For complex geometry pair your model material with AquaTek PVA (water-soluble) or LTS2 (break-away). For looks, glitter and satin PLA add finish without special hardware.
Compare the flexible grades
| Specification | 3DXFlex TPU 95A | 3DXFlex TPU 85A | PEBA 90A |
|---|---|---|---|
| Material | TPU elastomer | TPU elastomer | PEBA elastomer |
| Shore hardness | 95A (semi-flexible) | 85A (soft, flexible) | 90A |
| Feel | Firmer, easier to print | Soft and very elastic | Flexible, high rebound |
| Key trait | Abrasion-resistant | High elasticity | Lightweight, energy-return |
| Best for | Tough flexible parts | Gaskets, grips, seals | Sporting & dynamic parts |
| Price (from) | $52.80 | $52.80 | $154.00 |
Specs as published on each Rev1 product page / 3DXTech TDS. The flame-retardant, FluorX, support and aesthetic grades are listed below. For ESD-safe flexibles see the 3DXSTAT page.
3DXTech Specialty & Flexible printers we sell & support












Built for the work you already do
Frequently asked questions
Which flexible filament should I choose?
Pick by hardness and feel: 3DXFlex TPU 85A is soft and very elastic for gaskets, seals and grips; TPU 95A is firmer, tougher and easier to print; and PEBA 90A is a lightweight, high-rebound elastomer for sporting and dynamic parts.
What flame-retardant options do you have?
FireWire FR-ABS for general enclosures, Obsidian FR-Nylon for tough mechanical parts, and 3DXLABS FR-PC for high-heat, high-impact flame-retardant applications — all for safety-critical electrical and transit parts.
What is FluorX PVDF used for?
PVDF is a fluoropolymer with outstanding resistance to aggressive chemicals, UV and weathering — used for fluid-handling, chemical-process, semiconductor and outdoor parts where other plastics would degrade.
PVA or LTS2 for supports?
AquaTek PVA dissolves in water for clean removal from complex internal geometry; 3DXMAX LTS2 is a break-away support you snap off by hand. Choose PVA for intricate internal channels, LTS2 for simpler overhangs and faster processing.
Are these made in the US and in stock?
Yes — 3DXTech specialty and flexible filaments are made in the USA and ship from US stock. Rev1 is an authorized 3DXTech reseller with US-based support. Call (248) 707-2950.
Can’t find your answer? Browse the support knowledge base for setup, calibration and troubleshooting guides, or open a support ticket.
Print your part before you buy the printer
A free sample print or a live demo — either way you leave with a real part in hand and a same-day quote. Or browse the full lineup and filter by what your parts need.
Already own 3DXTech? Knowledge base & guides · Open a support ticket