Featuring a temperature-changing function, this resin transforms at 45°C, allowing for effortless shaping and fitting of bite pads and night grinding pads, ensuring
Key Advantages
Precision-Grade Stability: Preserves exact contours and structural integrity for reliable long-term dental performance
Polished Surface Texture: Simplifies maintenance protocols while optimizing wearer comfort
Broad-Spectrum Adaptability: Seamlessly integrates with diverse dental systems and procedural approaches
Clinical Implementations
Young Patient Care: Crafting customized occlusal guards and sleep appliances for pediatric bruxism cases
Restorative Solutions: Producing therapeutic bite appliances for edentulous and implant-supported patients
Aesthetic Applications: Designing smile-enhancing occlusal devices for cosmetic improvements
Individualized Treatment: Developing personalized oral appliances for patients with special healthcare requirements
Frequently Asked Questions
What are the primary applications of Opposite Jaw Model Resin?
This specialized dental resin is engineered for fabricating occlusal appliances, including bite pads and nocturnal grinding guards, to effectively manage bruxism and temporomandibular joint (TMJ) disorders.
What is the fabrication process for this resin?
The material undergoes thermal softening for optimal malleability, enabling precise adaptation to individual dental anatomy. Upon cooling, it maintains its customized form to ensure patient comfort and therapeutic effectiveness.
Is this resin approved for oral use?
Absolutely. Opposite Jaw Model Resin meets stringent safety standards, utilizing biocompatible components that are completely safe for intraoral applications and compliant with all dental regulatory requirements.
What treatment durations does this resin support?
The material is versatile enough for both interim and long-term therapeutic applications, with usage duration determined by the specific clinical situation and treatment objectives.
What is the typical production timeline?
Fabrication generally requires several hours to complete all phases - from initial molding through final curing and finishing procedures. The exact timeframe may vary based on case complexity and the digital manufacturing system employed.
