Customized Facial Injection Masks With Pre-Marked Sites

The patent applies preliminary action by creating customized masks with pre-marked injection locations before the actual injection procedure. The masks are manufactured with precise anatomical landmarks and injection sites predetermined through 3D scanning and digital planning, allowing practitioners to simply follow the pre-established guide rather than manually determining locations during each procedure. This resolves the contradiction by maintaining practitioner flexibility in planning while ensuring consistent execution through pre-prepared guidance tools.

The patent employs copying by creating physical mask replicas from digital 3D scans of individual patient anatomy. These masks are customized copies that replicate the unique facial structure of each patient, including muscle attachments and anatomical variations. By using these copied anatomical models as injection guides, the system achieves precise and consistent injection locations that account for individual patient variability, while the copying process itself is automated through digital scanning and manufacturing technologies.

The patent applies local quality by creating injection masks that are uniquely customized for each patient's specific anatomical features. Rather than using a generic template, the system performs 3D scanning of the individual patient's face, digitally plans injection locations based on their unique muscle structure and anatomy, and manufactures a mask with precisely positioned markings tailored to that patient's local anatomical characteristics. This ensures both high precision and patient-specific adaptability simultaneously.

The system performs preliminary digital planning and 3D scanning for each patient before mask manufacturing. This preliminary action allows the injection locations to be precisely determined based on the patient's unique anatomy captured during scanning, ensuring both precision and patient-specific customization are achieved in the final mask design.

The patent applies preliminary action by creating comprehensive digital 3D models and injection plans during the initial patient consultation. These plans include precisely marked injection locations, dosage recommendations, and treatment protocols that are printed on customized masks. For subsequent treatment sessions, practitioners simply reference the pre-established plans on the masks, eliminating the need to recreate treatment protocols and significantly reducing planning time while maintaining consistent, predictable results across multiple sessions.

The system incorporates feedback mechanisms where treatment results from previous sessions are reviewed and used to refine subsequent injection plans. The digital planning system allows practitioners to assess outcomes, adjust parameters, and update the customized masks for follow-up treatments, creating a continuous improvement loop that enhances predictability while efficiently utilizing prior treatment data.