High Precision, High Efficiency, Stability
Forming Method
LCD
Printing Size
130*70*180mm
Layer Thickness
0.03~0.1mm
Printing Speed
6-12s/Layer
High precision up to 0.03mm, smooth and delicate surface. A single spot is only 26.1μm², and the mini details can also be presented accurately.
Array 405nm light source, more than 85% balanced energy, ensure the accuracy of the whole print range model, effectively delay the life of LCD
Compared with point forming technology, LCD forming technology greatly improves printing efficiency. 6-12s/layer printing speed, print multiple models at the same time.
Stable structure, flip-up front cover, wide operation space.
130*70*180mm printing size, complete larger and more printing tasks at a time.
No need of tedious leveling, direct use, maintain printing stability, anti-backflow design, keep platform clean.
Simple and fast repairing models, adjusting sizes, adding support and slicing to generate printed files
Real-time display of printed data files, time, progress, layers and other information. Support USB, WIFI transmission, remote control.
The hardness of the model after secondary curing is stronger and the surface is clean. It is necessary tool for post-processing of the model.
0.03mm precision makes each hole clear and clean, with no blockage.
Support common resin, strong and toughness resin, casting resin, flexible resin for jewelry design, dental, DIY artwork, design verification and other fields.
·Model: Test block
Consumable: Common resin
·Weight: 75g
·Duration: 15min
·Advantages: A single spot is only 26.1μm², and the mini details can also be presented accurately.
·Model: DIY artwork
·Consumable: Strong and toughness resin
·Weight: Less than 100g
·Duration: Less than 30min
·Advantage: Clear and complete details
·Model: Ring
·Consumable: Casting resin
·Weight: Less than 100g
·Duration: Less than 1 hour
·Advantage: Prototype design, casting model, and small batch production
·Model: Deer
·Consumable: Flexible resin
·Weight: Less than 200g
·Duration: Two and half hours
·Advantage: High deformability and resilience