Sunlu High-Speed ​​PLA Filament - 1.75mm - 1kg

SUNLUs High Speed ​​PLA is a PLA material specially designed for high speed printing. Compared to standard PLA, this High Speed ​​PLA can reach 300% faster speed up to 600mm/s. The flowability of the material has also been increased by an incredible 500% to ensure smooth extrusion and prevent possible nozzle clogging.

Characteristics:

• 300% faster speeds
• 500% smoother ride
• Rapid cooling

Sunlu High Speed ​​PLA Filament

SUNLUs High Speed ​​PLA is a PLA material specially designed for high speed printing. Compared to standard PLA, this High Speed ​​PLA can reach 300% faster speed up to 600mm/s. The flowability of the material has also been increased by an incredible 500% to ensure smooth extrusion and prevent possible nozzle clogging.

More time and energy saving

The print quality at 0-100mm/s is superior to regular PLA, resulting in smoother surfaces and better overhang performance. With overhang angles of less than 70° that do not require support, this filament significantly reduces printing time and material waste. It enables fast low-temperature printing at 180-195℃, saving time and energy.

Smoothness improved by 500%

No clogging occurs even during high-speed printing at ≥250 mm/s, ensuring constant material flow.

Improved heat dissipation

The heat dissipation performance of High Speed ​​PLA is increased by 180%, allowing for faster cooling under the same conditions and enabling fast printing without material buildup.

High crystallization temperature

High Speed ​​​​PLA has a fast curing speed, which improves fast printing and draping performance. The excellent air cooling of the printer can eliminate the need for support for draping angles less than 70°.

Low shrinkage rate

The filament features low shrinkage, reducing the likelihood of cracking during rapid printing and ensuring smooth surfaces.

Neatly lined up

Thanks to the uniform diameter of the filament, High Speed ​​PLA enables fast and knot-free printing, resulting in uniform and smooth discharge of the material.