Reliable C5 Grade Z-axis Module

Full-Field Precision Screen

Adaptive Z-axis Compensation

Combinations of Different Angles

The process allows the RS printer to adjust the Z-axis compensation adaptively for each resin, to support up to 180 combinations of different angles, hole sizes and edge types.

Z-axis Compensation Comparison

This approach minimizes deformation and resin buildup on support surfaces, and reduces post-processing time compared to using just a single z-axis compensation parameter.

Built for High Speed: 4.5 s/layer Average Printing Speed*

*Data sourced from HeyGears Lab. With high-speed water-washable resin PAWW10, the average printing speed for lattice models reaches 4.5 s/layer.
**Printer frame flex within ±2 μm.
***Cools screen temperature by up to 10℃ during printing.

Dynamic Motion Algorithm 3.0 : 33% Increase in Print Speed*

Comprehensive Dynamic Motion Control

This algorithm asses printing difficulty for each layer using factors like cross-sections, part spacing and quantity, selecting from 18 optimized motion control parameters to ensure quality whilst also enhancing speed.

Single Layer Dynamic Control

Utilizing a seven – segment motion control logic per layer, the RS reads real-time force sensor data at 80 times per second, allowing it to adjust motion parameters efficiently, reducing the redundant time and preventing printing failures.

Automatic Pre-processing

Force Value Monitoring System

Automated Printing Assistance

Specification