roboSculptor automates body treatments using a robotic platform, offering services such as wellness massage, body contouring, and physiotherapy. This technology aims to provide consistent and efficient treatments while reducing the need for manual therapist labor.
Funding
Funding not disclosed
Founders
Product
Problem
Wellness and aesthetic treatment providers often face challenges related to therapist availability, consistency in treatment quality, and the need to maintain high hygiene standards. Manual therapies can also be limited by the physical constraints and potential inconsistencies of human practitioners.
Solution
roboSculptor offers an autonomous robotic system designed to deliver consistent and precise body treatments, addressing the limitations of manual therapies. The platform uses AI and a 3D body mapping system to personalize treatment protocols, ensuring accurate application of vibrocompression therapy. This technology enables automated body contouring, lymphatic drainage, and wellness massage, while also prioritizing patient privacy and hygiene through touchless operation. By automating routine movements, roboSculptor allows skilled specialists to focus on more complex tasks and expands treatment capacity.
Target Audience
The primary target audience includes wellness centers, spas, aesthetic clinics, and physiotherapy practices seeking to enhance treatment consistency, address labor shortages, and offer innovative, technology-driven services.
Features
- High-resolution 3D camera for instant body recognition and dynamic trajectory mapping
- AI-driven treatment protocols based on expertise from leading practitioners
- Robotic arm-manipulator for precise and consistent multi-contact pressure and vibration
- Interchangeable accessories for versatile applications, including body contouring and skin rejuvenation
- Manual remote with parameter adjustments for personalized treatment control
- Emergency stop function for enhanced safety
- Optional music audio system and light screens for patient relaxation