Dental Model Resin Robust Composition Extended Periods Maintains Stability

High-performance model resins designed for innovative dental design and efficient workflows have become the core cornerstone of modern oral restoration and digital dentistry. Its excellent precision molding properties can capture the most subtle anatomical details of the oral cavity, providing highly accurate basic models for diagnosis, restoration design and manufacturing. The unique temperature sensitivity makes the operation extremely convenient - it softens and molds at a specific temperature, fits perfectly in the patient's mouth, and maintains a solid shape after cooling.

The outstanding durability ensures that the material is not easily damaged and durable throughout the complex clinical or laboratory process. At the same time, its excellent chemical resistance enables it to stably contact various oral fluids and withstand routine disinfection processes, maintaining long-term dimensional and performance stability. Strict safety certification ensures that the resin formula is safe and non-toxic to human tissue, and patients can also rest assured when directly applied in the mouth. It is widely used in high-quality intraoral scanning model printing, personalized denture base production, realistic teaching demonstration models, cutting-edge dental research project development. It is an ideal material choice to improve clinical accuracy, production efficiency and patient experience.

• Precision Molding: Offers high molding accuracy for precise and detailed impressions.
• Temperature Sensitivity: Softens at specific temperatures for easy manipulation during fitting.
• Durability: Robust composition withstands dental procedures for extended periods.
• Chemical Resistance: Maintains stability in presence of oral fluids and disinfectants.
• Safety: Non-toxic formulation ensures patient safety during intraoral use.

• Intraoral scan model printing
• Dental prosthetics
• Educational models
• Research applications
• Digital dentistry workflows