Orthopedic Insoles SLA 3D Printer For Eyewear Manufacturing With Wax Resin

This SY-600 SLA 3D printer is designed for high-precision production of orthopedic insoles and eyewear patterns, especially using wax resins for pattern-making and lost-wax casting workflows as well as other SLA photopolymer applications.

Model SY-600; physical dimensions 1293 × 1362 × 1960 mm; equipment weight about 1000 kg; power 350 W; build (maximum molding) size 600 × 600 × 400 mm; resin tank listed as 240 kg capacity; maximum production part weight 100 kg; repeatability ±0.01 mm.

Single laser: diode-pumped solid-state (ND:YVO4), wavelength 355 nm, laser power 3 W. Optical scanning uses a high-speed galvanometer system with spot diameter options of 0.12–0.6 mm.

Selectable layer thicknesses: precise production 0.05 mm, normal 0.10 mm, fast/quick 0.15 mm, feature-making range 0.05–0.15 mm. Machine repeatability is ±0.01 mm.

Reference production throughput is approximately 200–300 g/h. Recommended part scanning speed is 6 m/s and part jumping speed is 10 m/s (actual throughput will vary by geometry, resin and process settings).

Primarily designed for wax resins used in pattern-making and lost-wax casting, and other SLA photopolymer resins that cure at or near the 355 nm wavelength. For best results, use manufacturer-recommended resins and verify optical compatibility.

Large build volume and fine spot resolution allow printing multiple frame patterns, molds or wax casting patterns in a single run. Wax-resin compatibility simplifies casting workflows for metal frames or small production runs.

Yes. The 600 × 600 × 400 mm build area and ±0.01 mm repeatability allow full-size insoles and custom orthotic shapes, with the capacity to handle heavier parts (up to 100 kg per part).

The printer uses a precise positioning vacuum adsorption coating system for resin distribution. Normal layer thickness is 0.10 mm with options down to 0.05 mm for fine-detail production.

Typical steps: remove parts from the build platform, clean excess uncured resin (appropriate solvent), remove supports, perform any required post-curing, and for lost-wax processes proceed to dewaxing/casting. Follow resin manufacturer and foundry guidelines.

Machine weight ~1000 kg requires a stable, level floor and adequate clearance for the 1293 × 1362 × 1960 mm footprint. Provide reliable 350 W power supply, temperature-stable environment, and proper ventilation or fume extraction for resin fumes and post-processing.

Use PPE for resin handling (nitrile gloves, safety glasses), ensure adequate ventilation, follow laser safety protocols, avoid skin contact with uncured resin, and adhere to manufacturer maintenance and safety instructions. Training is recommended before operation.

Consumables include resins (wax and photopolymer), resin tanks, build platform consumables, replacement optics/galvo servicing, and periodic calibration. Regular cleaning, filter replacement (if fitted), and preventive maintenance on moving parts and the laser are recommended.

The printer works with standard SLA workflows; common input file formats are STL and OBJ. The manufacturer typically supplies or recommends slicing/printing software and optimized parameters—contact them for software package and integration details.

Warranty, installation, and training options depend on the supplier. Contact the manufacturer or vendor for details on warranty terms, on-site installation, operator training, and technical support or service contracts.