BREAKAWAY SUPPORT • 3DXTECH • REV1 TECH
3DXTech ThermaX™ MTS1 Breakaway PC Support — 128°C Tg · 290–320°C · No Dissolving Required
Breakaway PC Support — 128°C Tg · 290–320°C · No Dissolving Required
3DXTech’s ThermaX MTS1 is a breakaway support material specifically formulated for PC and PC-ABS model materials — mechanical removal, no dissolving agents required. 128°C Tg supports PC printing at up to 140°C chamber. Open FFF compatible. Black 1.75mm, 2kg. Made in Grand Rapids, Michigan.
Ships from stock. Contact Rev1 to confirm availability.
WHY MTS1
Mechanical Breakaway. 128°C Tg. No Chemicals Required.
ThermaX™ MTS1 is 3DXTech’s breakaway support filament engineered specifically for PC and PC-ABS model materials — surviving high-temperature print environments while releasing cleanly under mechanical force, no solvents or dissolving agents involved.
Mechanical Breakaway
No chemicals needed — clean breakaway removal from PC and PC-ABS print interfaces. Post-print support removal requires only mechanical force. No limonene, no water, no caustic agents.
128°C Support Tg
Survives PC printing environments and heated enclosures up to 140°C. High Tg means support structure remains dimensionally stable during PC model extrusion at 280°C+.
Open FFF Compatible
Works in any dual-extrusion printer with 290–320°C capability on the support extruder. Heated chamber is optional — MTS1 functions in open-frame and enclosed FFF platforms alike.
Made in Michigan
3DXTech in-house formulated and manufactured in Grand Rapids, USA. Lot traceability and process controls throughout production under ISO 9001:2015 certification.
PRINTING WITH MTS1
Mechanical Support Removal — No Solvents, No Chemicals
MTS1 is engineered to provide a clean breakaway interface with PC and PC-ABS model material. Post-print removal requires only mechanical force — no limonene, no water, no caustic agents. Compatible with both open-chamber and heated-enclosure dual-extrusion setups.
- Extruder Temp 290–320°C — support extruder
- Bed Temp 90–120°C
- Chamber Temp Unheated to 140°C (optional) — compatible with open FFF
- Nozzle Standard — no special requirements — 0.4mm minimum
- Layer Height 0.10mm or higher
- Drying 80°C / 4 hours minimum before printing
THERMAL DATA
128°C Tg. Survives PC Print Conditions Up to 140°C Chamber.
Four process milestones defining ThermaX™ MTS1’s operating envelope — verified against 3DXTech ThermaX MTS1 Technical Data Sheet (ISO tests, printed XY flat at 310°C extrusion, 120°C bed).
MTS1’s glass transition survives PC printing temperatures. PC model material extrudes at 280°C+; the support matrix stays dimensionally stable throughout the print and during heat soak in a 140°C chamber.
Heat deflection temperature under moderate load. Support structure retains its form under PC bed and chamber conditions, enabling clean breakaway geometry post-print.
Matches the PC and PC-ABS processing window on the support extruder. No special all-metal hot end required — standard 0.4mm nozzle rated to this range is sufficient.
Pre-print moisture removal recommended before every session. Store sealed with desiccant. Undried support material can cause adhesion defects at the model-support interface.
WHERE IT WORKS
PC and PC-ABS Support — Three High-Value Scenarios
MTS1 enables complex PC and PC-ABS geometries that would otherwise require chemical post-processing or be geometrically impossible without dual-extrusion breakaway support.
Complex PC Geometry
Interior voids, overhangs, channels that need mechanical support removal without chemical post-processing. MTS1 interfaces cleanly with PC at print temperature and releases with hand or tool force after cooling.
Dual-Extrusion PC-ABS
Support PC-ABS functional parts requiring a high-temp print environment. MTS1’s 128°C Tg and 290–320°C extrusion window are fully compatible with the PC-ABS processing envelope.
Heated Enclosure Printing
Up to 140°C chamber — rare in open-source FFF but common in industrial dual-extrusion platforms. ThermaX MTS1 survives the full enclosure temperature range used in PC printing.
SPECIFICATIONS
ThermaX™ MTS1 — Full Technical Data
Source: 3DXTech ThermaX™ MTS1 Technical Data Sheet. ISO tests, printed XY flat at 310°C extrusion, 120°C bed. 1.75mm diameter, black color.
Physical Properties
| Material Type | Breakaway Support (amorphous) |
| Diameter | 1.75mm |
| Color | Black |
| Density | 1.10 g/cc (ISO 1183) |
| Glass Transition (Tg) | 128°C (DSC) |
| HDT at 0.45 MPa | 112°C (ISO 75) |
| Surface Resistance | >10¹³ Ω/sq (ASTM D257) |
| Mechanical | N/A — support material, not structural |
| Origin | Grand Rapids, MI, USA |
Print Parameters
| Extruder Temp | 290–320°C |
| Bed Temp | 90–120°C |
| Chamber Temp | Unheated to 140°C (optional) |
| Nozzle Type | Standard (no special requirement) |
| Min. Nozzle Diameter | 0.4mm |
| Min. Layer Height | 0.10mm |
| Drying Protocol | 80°C / 4 hours minimum |
| Compatible Models | PC, PC-ABS |
Availability & Pricing
| Spool Sizes | 2kg (only option available) |
| Color | Black |
| Diameter | 1.75mm only |
| 2kg Price | $200 |
| Note | Dual-extrusion printer required |
| Quality Standard | ISO 9001:2015 Certified |
| Removal Method | Mechanical breakaway — no chemicals |
SPOOL SELECTION
2kg Black — Single Spool Configuration
ThermaX™ MTS1 is available in a single configuration: 2kg / 1.75mm / Black. Dual-extrusion printer required with support extruder capable of 290–320°C.
- 1.75mm diameter
- Color: Black
- Dual-extrusion required (PC/PC-ABS model side)
- Mechanical breakaway — no dissolving
- Made in Grand Rapids, MI
PRODUCT GALLERY
ThermaX™ MTS1 — Black 2kg Spool
3DXTech ThermaX MTS1 breakaway support material for PC and PC-ABS. 1.75mm black, 2kg spool. Made in Grand Rapids, Michigan under ISO 9001:2015.
MATERIAL CARE
Dry at 80°C / 4 Hours. Store Sealed With Desiccant.
MTS1 is moisture-sensitive. Undried support material causes poor layer adhesion at the model-support interface, compromising breakaway performance. Follow this protocol before every print session.
Dry before every print session. Even sealed spools opened for a short time benefit from a fresh drying cycle before use with PC model material.
Store in an airtight bag or container with fresh desiccant immediately after printing. Return to sealed original packaging for long-term storage.
Use a purge tower in your slicer when switching between MTS1 and PC/PC-ABS model material. This prevents cross-contamination at the nozzle tips and maintains clean interface performance.
Popping or crackling during extrusion, rough surface texture, or poor breakaway interface are signs of moisture contamination. Re-dry at 80°C for 4+ hours before continuing.
HOW IT COMPARES
ThermaX™ MTS1 vs. Common PC Support Alternatives
Buyers evaluating support materials for PC and PC-ABS typically compare against HIPS (limonene-dissolving), PVA (water-soluble), and generic PC breakaway supports. MTS1 is specifically formulated for the PC processing window with no chemical removal step.
3DXTech / Rev1 Tech
Generic / Various
Generic / Various
Various
REEL SPECIFICATIONS
3DXTech Reel Dimensions — All Spool Sizes
3DXTech publishes standardized reel dimensions for all spool configurations. The MTS1 2kg spool uses a standard 3DXTech reel — full dimensions and compatibility data available in the chart below.
PROPERTY CHART
ThermaX™ MTS1 — Thermal & Process Properties at Scale
MTS1 is a support material — mechanical properties are not applicable. Chart shows thermal stability and process parameters relative to the ThermaX material range. Scale: 400°C max for temperature bars.
ISO 9001:2015 Certified
Production under a certified quality management system. Full lot traceability throughout filament fabrication at 3DXTech’s Grand Rapids facility.
Made in Grand Rapids, MI
Formulated and extruded in-house at 3DXTech’s Michigan facility. Not overseas commodity production — direct factory quality control from resin to spool.
Technical Data Sheet Available
Full processing parameters, thermal properties, and compatibility data published in the ThermaX™ MTS1 TDS. Contact Rev1 for the latest version.
GET A QUOTE
Request Pricing or Technical Assistance
Questions about MTS1 compatibility with your printer or PC material? Rev1’s team has direct experience with high-performance dual-extrusion setups. Contact us before you order — that conversation is free.
WHY REV1 TECH
Authorized 3DXTech Reseller. Industrial AM Specialists.
Rev1 Technologies is an authorized 3DXTech reseller headquartered in Auburn Hills, MI, with direct technical expertise in high-performance FFF materials and the dual-extrusion printers that run them.
Authorized Reseller
Every spool ships through the authorized channel. MAP pricing guaranteed. Single-channel license compliance — not a grey-market distributor or unauthorized reseller.
Dual-Extrusion Platform Expertise
Rev1 carries the industrial printers validated for PC and high-performance FFF. If you need guidance on which printer pairs best with MTS1, our team has run the platforms.
Pre-Sales Technical Support
Questions about print settings, printer selection, or qualifying MTS1 for a specific PC geometry? Contact Rev1 before you order — that conversation is free.
COMPATIBLE PLATFORMS
Any Dual-Extrusion FFF Printer at 290–320°C
ThermaX™ MTS1 requires a dual-extrusion printer with a support extruder capable of 290–320°C. Heated chamber is optional (up to 140°C). Works on open-source and enclosed industrial platforms.
CreatBot F430-NX
Quad-nozzle large-format industrial printer with independent extruder temperature control. Supports PC model material paired with MTS1 breakaway support across large build volumes.
Rev1 RecommendedCreatBot PEEK-300
Dual-extrusion capable with 420°C hot end and 200°C heated chamber. Validated for high-performance materials — MTS1 support extruder temp of 320°C is well within spec.
Rev1 RecommendedIndustrial Dual-Extrusion Platform
Any industrial FFF printer with independent support extruder capable of 290–320°C and bed temp of 90–120°C. Heated chamber optional but improves PC/MTS1 adhesion.
Open-Source Dual Extrusion
Open-frame FFF printers with dual toolheads rated to 320°C. Chamber heating is optional — MTS1 functions without enclosure. Minimum: dual extruder, 90–120°C heated bed.
COMPATIBLE PLATFORMS
Any Dual-Extrusion FFF Printer at 290–320°C
ThermaX™ MTS1 requires a dual-extrusion printer with a support extruder capable of 290–320°C. Heated chamber is optional (up to 140°C). Works on open-source and enclosed industrial platforms.
CreatBot F430-NX
Quad-nozzle large-format industrial printer with independent extruder temperature control. Supports PC model material paired with MTS1 breakaway support across large build volumes.
Rev1 RecommendedCreatBot PEEK-300
Dual-extrusion capable with 420°C hot end and 200°C heated chamber. Validated for high-performance materials — MTS1 support extruder temp of 320°C is well within spec.
Rev1 RecommendedIndustrial Dual-Extrusion Platform
Any industrial FFF printer with independent support extruder capable of 290–320°C and bed temp of 90–120°C. Heated chamber optional but improves PC/MTS1 adhesion.
Open-Source Dual Extrusion
Open-frame FFF printers with dual toolheads rated to 320°C. Chamber heating is optional — MTS1 functions without enclosure. Minimum: dual extruder, 90–120°C heated bed.
FREQUENTLY ASKED
ThermaX™ MTS1 — Buyer & Engineer Questions Answered
What is ThermaX MTS1?
ThermaX MTS1 is 3DXTech’s breakaway support material specifically formulated for PC (Polycarbonate) and PC-ABS model materials. It provides a clean breakaway interface that releases under mechanical force after printing — no dissolving agents, no chemicals required. 128°C Tg, 290–320°C extrusion, 2kg / 1.75mm / Black. Made in Grand Rapids, Michigan.
How do you remove ThermaX MTS1 supports?
MTS1 supports are removed by mechanical breakaway — hand force or simple tools after the part has cooled to room temperature. No limonene bath, no water dissolve, no caustic agents. The support interface is designed to release cleanly from the PC or PC-ABS model surface without damaging the part.
What materials can MTS1 support?
MTS1 is formulated specifically for PC (Polycarbonate) and PC-ABS model materials. It is not designed for PLA, PETG, or other lower-temperature materials. The 128°C Tg and 290–320°C extrusion window are matched to the PC and PC-ABS processing envelope.
What print settings does MTS1 require?
Support extruder: 290–320°C. Bed: 90–120°C. Chamber: optional — unheated to 140°C. Standard 0.4mm nozzle (no all-metal requirement). Layer height 0.10mm or higher. Dry at 80°C for 4 hours before every print session.
Does MTS1 require a heated chamber?
No — heated chamber is optional. MTS1 is compatible with unheated open FFF printers as well as enclosed platforms up to 140°C. This makes it one of the few PC support materials that works on both open-source dual-extrusion printers and dedicated industrial enclosures.
What printer do I need for MTS1?
You need a dual-extrusion FFF printer with the support extruder capable of reaching 290–320°C and a heated bed capable of 90–120°C. Heated chamber is optional. Single-extrusion printers cannot run MTS1 with a PC model material simultaneously — dual toolheads or an IDEX system are required.
How is MTS1 different from HIPS or PVA supports?
HIPS requires limonene dissolving — a chemical bath and handling of d-limonene solvent. PVA requires a water soak, but PVA has very low Tg (~50°C) and cannot survive PC printing temperatures in a heated enclosure. MTS1’s 128°C Tg and mechanical breakaway eliminate both the chemical handling step and the chamber temperature compatibility issue. It is specifically formulated for the PC environment.
How should I store MTS1 and what is the shelf life?
Dry at 80°C for 4 hours before every print session. Store in an airtight container or resealable bag with fresh silica desiccant after opening. Avoid exposure to humidity during printing by using an inline dry-box if possible. In original sealed packaging, shelf life is indefinite if stored in a cool, dry location. Signs of moisture absorption: popping during extrusion, rough surface texture, or poor support interface performance.
FREQUENTLY ASKED
ThermaX™ MTS1 — Buyer & Engineer Questions Answered
What is ThermaX MTS1?
ThermaX MTS1 is 3DXTech’s breakaway support material specifically formulated for PC (Polycarbonate) and PC-ABS model materials. It provides a clean breakaway interface that releases under mechanical force after printing — no dissolving agents, no chemicals required. 128°C Tg, 290–320°C extrusion, 2kg / 1.75mm / Black. Made in Grand Rapids, Michigan.
How do you remove ThermaX MTS1 supports?
MTS1 supports are removed by mechanical breakaway — hand force or simple tools after the part has cooled to room temperature. No limonene bath, no water dissolve, no caustic agents. The support interface is designed to release cleanly from the PC or PC-ABS model surface without damaging the part.
What materials can MTS1 support?
MTS1 is formulated specifically for PC (Polycarbonate) and PC-ABS model materials. It is not designed for PLA, PETG, or other lower-temperature materials. The 128°C Tg and 290–320°C extrusion window are matched to the PC and PC-ABS processing envelope.
What print settings does MTS1 require?
Support extruder: 290–320°C. Bed: 90–120°C. Chamber: optional — unheated to 140°C. Standard 0.4mm nozzle (no all-metal requirement). Layer height 0.10mm or higher. Dry at 80°C for 4 hours before every print session.
Does MTS1 require a heated chamber?
No — heated chamber is optional. MTS1 is compatible with unheated open FFF printers as well as enclosed platforms up to 140°C. This makes it one of the few PC support materials that works on both open-source dual-extrusion printers and dedicated industrial enclosures.
What printer do I need for MTS1?
You need a dual-extrusion FFF printer with the support extruder capable of reaching 290–320°C and a heated bed capable of 90–120°C. Heated chamber is optional. Single-extrusion printers cannot run MTS1 with a PC model material simultaneously — dual toolheads or an IDEX system are required.
How is MTS1 different from HIPS or PVA supports?
HIPS requires limonene dissolving — a chemical bath and handling of d-limonene solvent. PVA requires a water soak, but PVA has very low Tg (~50°C) and cannot survive PC printing temperatures in a heated enclosure. MTS1’s 128°C Tg and mechanical breakaway eliminate both the chemical handling step and the chamber temperature compatibility issue. It is specifically formulated for the PC environment.
How should I store MTS1 and what is the shelf life?
Dry at 80°C for 4 hours before every print session. Store in an airtight container or resealable bag with fresh silica desiccant after opening. Avoid exposure to humidity during printing by using an inline dry-box if possible. In original sealed packaging, shelf life is indefinite if stored in a cool, dry location. Signs of moisture absorption: popping during extrusion, rough surface texture, or poor support interface performance.
READY TO ORDER
Get ThermaX™ MTS1 From an Authorized Reseller
Authorized 3DXTech Reseller — Auburn Hills, MI — Industrial AM Specialists