A healthcare client specializing in orthodontic wellness sought an innovative solution to educate patients on proper brushing methods. With a focus on improving oral hygiene and treatment outcomes, the client required an immersive tool to demonstrate the Charters brushing technique. The project involved designing an interactive AR video experience that offered visual clarity and step-by-step guidance.

The objective was to develop an engaging AR video that visually demonstrates the Charters brushing technique for orthodontic patients. The project addressed the need for a simplified, easy-to-understand guide that enhances patient learning. Key areas of work included AR design, 3D modeling, motion flow, user interactivity, and cross-device compatibility for a seamless learning experience.

To address the client’s goal of improving oral care through engaging visual education, the AR solution was crafted using Blender for detailed 3D modeling and Unity Engine for building an immersive experience. The project delivered a fully interactive and educational AR video that helped orthodontic patients easily follow the Charters brushing technique.

Key aspects of the solution included:

• Realistic 3D Models: Used Blender to create accurate, detailed mouth and toothbrush models that mimic real-life anatomy and brushing angles.
• AR Interactivity with Unity: Integrated the Unity Engine to build a step-by-step interactive AR flow, guiding users through proper brush movements.
• Educational Walkthrough: Included animated instructions, visual prompts, and on-screen cues to explain brushing positions and angles clearly.
• Optimized User Experience: Designed a responsive, patient-friendly interface with simple navigation and easy-to-understand visuals.
• Device Compatibility: Ensured support for AR-capable mobile devices, providing accessibility without compromising performance.
• Performance Tracking (Optional): Built-in analytics to monitor usage metrics and identify learning patterns for continuous improvement.