Transparent Orthodontic Attachments for Precise Force Transfer

The patent replaces manual mechanical manufacturing with computer-based automated design and manufacturing systems. The computer automatically generates attachment designs, determines optimal placement positions, and guides the manufacturing process, eliminating manual drafting and measurement while maintaining design flexibility through software-based parametric modeling.

The patent utilizes parameter-based design where attachment dimensions, positions, and geometries are defined as adjustable parameters in the computer system. This allows rapid modification of design parameters without restarting the entire design process, enabling efficient iteration and optimization while maintaining ease of manufacture through standardized parameter sets.

The patent performs preliminary computer-based analysis and optimization of attachment shapes before manufacturing. The system pre-calculates optimal attachment geometries based on target tooth positions and force requirements, generating ready-to-manufacture designs that ensure force effectiveness without requiring complex manual iterations during the manufacturing phase.

The patent uses computer-generated digital models and virtual prototypes to represent and optimize attachment designs before physical manufacturing. The digital copies allow for virtual testing and optimization of various attachment shapes and configurations, ensuring force effectiveness is achieved through simulated performance evaluation rather than trial-and-error physical prototyping.