Symbiokinetics develops an AI-enabled collaborative robotics platform that helps medical teams perform physically demanding diagnostic and therapeutic procedures with greater safety and precision. The system combines advanced sensing, dexterous robotics, and real-time AI to support applications including diagnostic sonography, physiotherapy, and ultrasound-guided procedures. By reducing physical strain on clinicians, the platform aims to protect healthcare providers while improving patient outcomes.
Funding
Funding not disclosed
Founders
Product
Problem
Across healthcare, physically demanding procedures place clinicians at significant risk of injury. A large majority of sonographers experience pain during routine scanning, and high rates of physical therapists and rehabilitation therapists report work-related musculoskeletal disorders, leading to workforce attrition and compromised patient care.
Solution
Symbiokinetics provides a collaborative robotic platform that assists medical teams in performing physically challenging diagnostic and therapeutic procedures with greater safety, efficiency, and precision. The system fuses advanced sensing, dexterous robotics, and real-time AI to support clinicians during ultrasound scans, physiotherapy sessions, and ultrasound-guided interventions. By offloading physical strain and enhancing accuracy, the platform enables providers to deliver high-quality care while reducing the risk of work-related injuries.
Target Audience
Primary customers are healthcare providers and medical teams, including sonographers, physical therapists, rehabilitation therapists, and clinicians performing ultrasound-guided procedures in hospitals, clinics, and rehabilitation centers.
Features
- AI-enabled collaborative robotics designed to assist with physically demanding clinical procedures
- Advanced sensing technology that supports real-time adaptation to clinician and patient movement
- Precision-focused robotic assistance for diagnostic sonography, physiotherapy, and ultrasound-guided procedures
- Ergonomic design intended to reduce musculoskeletal strain and improve provider safety
- Real-time AI integration that enhances procedural accuracy and consistency