MTS1
MTS1

THERMAX MTS1

SKU: SUP08UN202000BK00

Regular price
$200.00
Sale price
$200.00
Regular price
$0.00

Benefits of THERMAX MTS1

  • Excellent break away support for PC/ABS, PC, and PA materials
Color Code: Black
Diameter:
Reel Size:
In Stock

Yes, you can. Our 750g reels fit within the size requirements of popular automated material management systems like the Bambu AMS, Creality CFS, and Anycubic ACE Pro. That means you can run 3DXTECH’s engineering-grade filaments in your favorite system.

Learn More

3DXTECH is now ISO 9001:2015 certified. This internationally recognized standard for quality management systems reflects a rigorous, third-party validation of how our organization establishes, maintains, and continuously improves its processes to ensure consistent quality

See our ISO 9001:2015 Certification

Weights and dimensions are close estimates. However, the exact numbers may vary slightly. Multi-material management system (MMS) compatibility is based on dimensions for a variety of systems by different manufacturers.

See Our Empty Reel Guide

THERMAX MTS1

This material is specifically formulated as a break away support for PC model materials. Suitable for open-source printers with non-heated chambers and those with chambers up to 140C.

MADE IN THE USA

We manufacture all of our filaments in our 68,000 ft² manufacturing facility (located in Grand Rapids, Michigan) using state-of-the-art equipment and processes. Our goal continues to be to make the most innovative filaments on the market – targeting difficult end-use applications.

Print Recommendations

365-390°C
Extruder Temp
290-320C
140-160°C
Bed Temp
90-110C
Recommended
Heated Chamber
Recommended 90-140C if possible
0.4mm diameter minimum
Nozzle Specs
No special concerns
0.10mm or higher
Layer Height
No special concerns
65°C for 4 hours
Drying Specs
80C for 4 hours

Have a Great Profile? Share It With the Community

Our filament catalog is big, and printer setups are even bigger. Rather than guessing at one-size-fits-all settings, we’re building a living library of slicer profiles on GitHub. With your help, we can cover more printers, refine defaults faster, and make great results easier to achieve from the first print.
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