| Build Area | 850 x 850 x 500mm (33.5″ x 33.5″ x 20″) |
| Accuracy | ±.00015″ (L<1″), ±.15%L (L≥4″), ±.1mm (L<100mm), ±.1%L (L≥100mm) |
| Spot Size | 0.08 – 0.80mm (Vario Scan) |
| File Formats | .stl / .slc / .cli |
| Printer Dimensions | 1580 x 1750 x 2300mm (62.2″ x 68.9″ x 91″) |
| Printer Weight | 1300KG (2,900lbs) (Without Resin) |
| Power Requirements |
200-240VAC, 50/60Hz, Single Phase 2.8kW
|
Largest X and Y Axis in Its Class – Maximize your print capabilities with an expansive build platform.
Unmatched Build Stability – Marble platform and reinforced frame ensure perfect accuracy and repeatability.
Designed for Industrial Production – Built for continuous operation in demanding environments.
Trusted by Industry Leaders – Featuring premium components from Schneider, Omron, and Delixi.
Manufacture full-sized tooling and functional components for engineering applications.
Create big, highly detailed prototypes with industrial accuracy.
Print investment casting patterns with exceptional surface quality.
Large-format prosthetics, anatomical models, and surgical guides with fine detail.
The main interface mainly includes the left menu bar, the bottom shortcut toolbar, the two-dimensional display area after model slicing, and the right real-time information display window.
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Return Home Calibration ： the return home process is an important step for the software to determine the coordinate system. If someone intervenes with the hardware device during the shutdown, be sure to click the return home button
after the next startup to return the system to its original state. In the process of returning to the original system, return the scraper, liquid level slider and grid plate to zero to reposition the hardware.
This interface allows users to monitor and adjust the resin level, control vacuum adsorption, and configure sampling parameters.
Use "Add Resin" to refill, "Resin Level Adjustment" to set targets, and start vacuum or sampling as needed.
All functions help ensure stable and precise conditions before printing.
a.The laser frequency is the recommended working frequency in the laser instruction manual, which should be configured according to the laser instruction manual, and should not be changed at will.
b.The value of duty cycle is 0~100%, which represents the percentage of output power and maximum power. The output power can be adjusted by changing the duty cycle.
