Mingda S-Multi

Aprašymas

MINGDA S-Multi is engineered as a support filament for dual-extrusion FDM printers. It offers fast and effortless removal without water or solvents, minimizing cleanup and environmental impact. Compatible with a wide range of engineering materials, it lets you focus on your print, not the cleanup.

Highlights

• Rapid, tool-free support removal
• No water or solvents needed
• Eco-friendly and safe
• Strong adhesion to primary materials
• Clean interface, minimal residue
• Compatible with many engineering filaments

What is S-Multi?

S-Multi is a specialty support filament designed for use alongside standard engineering materials such as PET-CF, PET-GF, PA12-CF, ABS, ASA, and TPU. It bonds securely to the main material during printing while maintaining just the right level of self-adhesion, allowing supports to peel away smoothly once the print is finished. Unlike dissolvable supports, S-Multi requires no water baths or chemical treatments, reducing both mess and environmental impact.

Powerful yet gentle support

S-Multi provides strong, reliable support for overhangs, cavities, and complex geometries while protecting the surface of the printed part. When removed, it leaves a clean, smooth finish with little to no residue. This balance between adhesion and easy removal makes it ideal for precise, high-quality prints.

Safety, sustainability & ease

Because S-Multi is a dry-removal support material, it doesn’t produce wastewater or require handling of solvents. It’s safer for users, more sustainable, and saves valuable post-processing time. The fast-peeling design means you can move from printing to finishing in a fraction of the time.

Printing recommendations & compatibility

Nozzle temperature: 260–280 °C
Build platform temperature: 60–80 °C
Print speed: 30–120 mm/s
Cooling fan: Off

S-Multi works seamlessly with a wide range of engineering filaments, including PET-CF, PET-GF, PA12-CF, ABS, ASA, ABS-GF25, ABS-CF25, TPU95A, and TPU78D. It’s perfect for complex projects that require both strength and clean, efficient support removal.