Premium Multilayer PMMA Disc for Dental CAD/CAM Temporary Restoration
Verimill Multilayer PMMA Disc is a high-performance dental milling material specifically designed for advanced CAD/CAM systems to streamline the fabrication of temporary restorations. Engineered with an optimized gradient blending technology, it delivers seamless lifelike esthetics, exceptional wear resistance, and superior mechanical stability, making it the ideal choice for modern dental laboratories producing highly accurate temporary crowns, bridges, and durable removable denture structures.
Core Features: ✅ Natural Esthetic Gradient: Featuring a highly precise multilayer transition that perfectly mimics the natural dentin-to-enamel shade gradient for lifelike temporary restorations. ✅ Exceptional Machining Precision: Formulated for optimal CAD/CAM milling, ensuring clean margin definitions, zero chipping, and minimal tool wear during high-speed processing. ✅ Superior Mechanical Stability: Boasts a 100 MPa modulus of elasticity and high structural density, providing outstanding fracture resistance for long-span temporary bridges. ✅ Excellent Biocompatibility: Composed of over 99% high-purity PMMA with medical-grade pigments, ensuring long-term safety, low residual monomer, and excellent intraoral stability. ✅ Ultra-Low Water Absorption: Highly cross-linked structure restricts water absorption to less than 0.04%, effectively preventing discoloration, odor retention, and plaque accumulation.
Density
1.35-1.45 g/cm³
Modulus of Elasticity
100 MPa
Hardness
85-90 (Shore hardness)
Water Absorption
< 0.04%
Material Composition
PMMA > 99%, Pigment < 1%
Clinical Applications
Temporary anterior/posterior crowns Temporary bridges Removable structures for dentures
We use cookies to enhance your experience, for analytics and to show you offers tailored to your interests on our site and third party sites.We may share your information with our advertising and analytic partners.Find out more about cookies by reading our updated Cookies Policy,which contains further information about the cookies and other technologies we use and information about how to disable them.By clicking "Accept",you agree to our use of cookies and similar technologies.