SuperFast is an advanced high speed resin engineered for creators who demand rapid curing exceptional detail and long print reliability. With extremely low viscosity and next generation photosensitisation technology it delivers ultra fast layer times clean surface quality and stable performance even during long continuous prints. SuperFast is ideal for high volume printing farms professional prototyping and makers who want maximum speed without sacrificing precision.
Fast Printing with 0.5 Second Layer Cure
SuperFast uses a unique photosensitization system developed by 3DMaterials that cures a 50 micron layer in only 0.5 seconds on monochrome LCD printers. This dramatically reduces print times and enables true high speed production.
Save Time and Electricity
The ultra fast curing speed reduces overall print duration and lowers energy consumption. This improves workflow efficiency and increases the productivity of any 3D printing setup from home studios to large print farms.
Low Viscosity for Precision 8K Printing
Optimised for 4K and 8K LCD systems SuperFast flows smoothly and levels instantly. Its very low viscosity supports extremely high resolution printing with crisp details down to 22 microns even at high speeds.
Minimized Burr Formation for Long Prints
SuperFast prints faster than even SuperFast 018L while being less sensitive to stray LCD light. This prevents burrs thin films and unwanted cured residue even during continuous prints lasting up to 50 hours.
Water Washable for Easy Cleanup
Based on revolutionary water washable oligomer technology SuperFast allows printed parts build platforms and resin tanks to be cleaned easily using warm tap water and soap. No harsh chemicals are required.
Compatible with All LCD 3D Printers
Thanks to its advanced photosensitization chemistry SuperFast works with all regular and monochrome LCD printers including 4K and 8K models. No special settings or hardware modifications are needed.
Low Shrinkage with Added Toughness
SuperFast is formulated using low shrinkage oligomers synthesised in house along with monomers that enhance toughness. This results in dimensionally stable prints that resist cracking and deformation.
