Autonomous Repositioning Technology

Robotics-assisted enabling technologies for orthopaedic surgeries that empower surgeons in joint replacement and orthopedic procedures. Enhances surgical precision and patient outcomes in orthopedic interventions.

Collaborative robot systems for medical device assembly and packaging operations. Designed for sensitive manufacturing environments including life science and integrated circuit settings. Provides flexible automation with reliability and cleanliness standards.

Automated robotic repositioning chair for diagnosis and treatment of benign paroxysmal positional vertigo (BPPV) and vestibular disorders. Integrates videonystagmography (VNG) technology with precise, controlled patient positioning to deliver evidence-based diagnostic and therapeutic protocols. Features fully automated movement sequences, real-time vestibular assessment, and personalized rehabilitation programming for accurate vertigo management.

Advanced robotic technology systems for precise orthopedic implant placement. Integrated with digital and artificial intelligence capabilities to ensure accurate surgical outcomes and consistent performance.

Advanced positioning technology for accurate medical device assembly and placement. Features high repeatability and precision in multi-axis operations.

Autonomous mobile robot for hospital logistics and material transport, enabling contactless delivery in clinical environments. Utilizes ultrasonic motor technology for precise positioning and power-zero pose retention.

Automated robotic device for safe patient transfer and repositioning in medical facilities. Reduces manual handling risks and improves patient safety during mobility transitions.

Device designed to assist caregivers in safely repositioning and transferring patients, reducing physical strain and improving patient comfort.

High-precision automated positioning system designed for use in diagnostic and treatment equipment such as MR, CT, and XR imaging systems. The system combines precise movement capabilities with accuracy requirements suitable for medical imaging applications. Can be applied to other positioning systems with similar precision requirements.

System for monitoring and managing patient body positioning and movement. Assists in preventive care and patient mobility management.

A comprehensive system for positioning and immobilizing radiation therapy patients during treatment.

Intelligent robotic system designed for automated rehabilitation therapy and motor function recovery. Supports clinical rehabilitation programs for patients with movement impairments.