Dental Restoration Design Using a Functional Bite Interference Model

The functional bite map is created in advance during the fabrication process, capturing the dynamic relationship between opposing dental arches before the restoration is finalized. This preliminary simulation allows occlusal interference to be predicted and corrected during design, preventing clinical issues without adding complex post-fabrication adjustment mechanisms

The system creates a digital copy of the patient's functional bite patterns through the functional bite map, which replicates the dynamic occlusal relationships. This digital model serves as a virtual surrogate for physical articulation, allowing accurate prediction of occlusal interference without requiring complex physical simulation devices

The system replaces traditional mechanical articulation methods with a digital functional bite map approach. Instead of physically articulating dental models to simulate jaw movement, the patent uses digital data capture and processing to model occlusal relationships, significantly reducing the time required while maintaining or improving precision

The functional bite map captures dynamic occlusal parameters across multiple bite positions, transforming static dimensional measurements into dynamic functional data. This parameter transformation allows the system to predict occlusal interference more accurately without proportionally increasing fabrication time, as the digital processing efficiently handles the additional data dimensions