ELEGOO Mercury XS Bundle Wash and Cure with Separate Washing Station for Large Resin 3D Prints

360° All-Round Exposure

The ELEGOO Mercury XS Bundle offers a revolutionary post-curing solution for large resin 3D prints. With 360° all-round exposure, this post-curing station ensures that every nook and cranny of your 3D model is thoroughly cured without any dead ends. The station features 2 L-shape light bars with 14 UV LED lights each, along with 4 additional UV LED beads under the turntable. A handheld UV lamp is also included for curing the interior of 3D prints.

Dual Function of Washing and Curing

The ELEGOO Mercury XS Bundle includes both a washing station and a post-curing station, providing the dual function of cleaning and curing. This allows for the removal of uncured resin from 3D printed models, optimizing print quality and making post-processing simple and efficient.

Large Washing Volume

With a 7000ml sealed water tank, the ELEGOO Mercury XS Bundle can directly wash large models printed by ELEGOO Saturn and Mars 3, or clean parts in batches. This large capacity offers substantial time savings and improves productivity.

Easy and Intuitive Operation

The ELEGOO Mercury XS Bundle features a single knob for easy and intuitive operation. Simply press and hold to turn on the machine, then rotate the knob to set the appropriate time for washing or curing. The UV cover blocks 99.9% of ultraviolet rays, protecting your eyesight during the post-curing process.

Wide Compatibility

The ELEGOO Mercury XS Bundle is directly compatible with ELEGOO Saturn or Mars 3 3D printers, as well as other similar build volume LCD/DLP/SLA 3D resin printers on the market. This makes post-processing simple, professional, and efficient for a wide range of 3D resin prints.

A Real Thorough Curing

The ELEGOO Mercury XS Bundle features 2 adjustable L-shaped light bars and 4 LED lights under the 360° rotating turntable, paired with a Fresnel lens to emit UV light with a uniform wavelength of 405nm. This ensures that the model is evenly exposed from all angles, resulting