Ortho Model 2.0 Resin

Ortho Model 2.0 Resin High-Precision, Temperature-Resistant 3D Printing Resin for Orthodontic and Thermoforming Models Ortho Model 2.0 Resin is a professional-grade, high-performance photopolymer resin engineered specifically for the precision workflows of modern orthodontic laboratories. Formulated to offer exceptional surface hardness, low volumetric shrinkage, and high thermal stability, this material is the ideal choice for producing accurate orthodontic arches, aligner models, and thermoforming working casts. Key Features & Benefits High Thermal & Mechanical Stability: Engineered with superior heat deflection performance to endure the high temperature and physical pressures of vacuum-forming and pressure-molding equipment without softening or warping. High Shore D Hardness & Scratch Resistance: Features a tough, durable surface (Shore D 85–90) that resists scratching and wear from metal instruments and handling, ensuring long-term structural integrity during model finishing. Exceptional Printing Precision & Low Shrinkage: Formulated for ultra-low volumetric shrinkage during printing and post-curing cycles. Captures delicate tooth anatomy, margin lines, and contact points with high dimensional accuracy and sharp detail reduction. Delicate Surface Texture & Wide Compatibility: Optimized with a low-viscosity, fast-curing fluid profile that produces a smooth, matte finish. Compatible with all mainstream 385–405nm LCD, MSLA, and DLP 3D printers. Applications Invisible Aligner Models: Produces precise, smooth working models optimized for vacuum-forming clear aligners and retainers. Thermoforming Working Models: Resists the intense stress and heat cycles of heavy-duty thermoforming and pressure-molding appliances. Diagnostic & Study Arches: Perfect for creating crisp, high-contrast demonstration models for patient consultations and orthodontic planning. Optimize Your Orthodontic Production Workflow: By combining high thermal endurance with exquisite structural precision, Ortho Model 2.0 Resin empowers dental labs to scale up aligner fabrication with reliable, repeatable, and scratch-resistant results.