Introduction: The EP-3500 3D model printing system is a low-cost, high-efficiency, high-capacity digital printing device with a large processing platform independently developed by Shining 3D. The molding process is closer to the actual needs of customers, the equipment is more stable, the accuracy is higher, and the operation is more convenient. It is suitable for 3D printing of models after intraoral scanning and model scanning, such as fixed repair models, movable repair models, invisible correction models, and preoperative models (to assist doctors in simulating and verifying surgical plans before surgery to reduce intraoperative risks). Features: 1. Flexible printing platform meets multiple uses 2. Hardware upgrade, support variable spot mode, improve printing efficiency 3. Fast loading and unloading printing platform, correct both after printing 4. Preferential price of materials, increase customer profit margins 5. Open data interface technical parameter: Product model: EP-3500 Forming space: 350mm×350mm×150mm (L×W×H) Layer thickness: 0.05mm~0.2mm optional Forming accuracy: ±0.05mm (within 100mm) or ±0.05% (greater than 100mm) Scanning speed: up to 10m/s Laser wavelength: 355nm Laser power: 1W Scanning galvanometer: Imported from Germany, Scanlab Spot size: 0.1-0.8mm Printing material: 355nm photosensitive resin material Electrical requirements: 220V 50kHZ Equipment power: 2.5kW
Introduction: The EP-3500 3D model printing system is a low-cost, high-efficiency, high-capacity digital printing device with a large processing platform independently developed by Shining 3D. The molding process is closer to the actual needs of customers, the equipment is more stable, the accuracy is higher, and the operation is more convenient. It is suitable for 3D printing of models after intraoral scanning and model scanning, such as fixed repair models, movable repair models, invisible correction models, and preoperative models (to assist doctors in simulating and verifying surgical plans before surgery to reduce intraoperative risks).
