Medical Robot, Teleoperation, Planning, Human-Robot Interaction/Collaboration,
Trajectory Planning, Robotic Arm, Exoskeleton, Wearables, Human Body
Medical Robot Showcases
Oxford University
Camera Model: N/A
Object Type:Human Body
Mocap Space: N/A
Innovative Applications in Healthcare Biorobotics: Injury Prevention, AR Training, and VR Rehabilitation
The Healthcare Biorobotics Lab from Oxford Univerisity utilize NOKOV motion capture to achieve accurate kinematic data, such as portable motion tracking systems for sports injury prevention using biomechanical modeling; robotic patient simulators for medical training with AR; and VR for medical rehabilitation.
Camera Model: N/A
Object Type: Target, End-effectors
Mocap Space: N/A
Flexible Instrument for Teleoperated Minimally Invasive Surgery
This paper presents an optimization method for master manipulators in robot-assisted minimally invasive surgery, enhancing surgeon comfort and operational efficiency through ergonomics and kinematics, with NOKOV motion capture system validating the improved workspace and dexterity of the optimized design.
MANUS gloves enable precise finger and body tracking in motion capture and virtual reality, using sensors for accurate movement and optional haptic feedback.
Precise hand and finger tracking
Sensor integration for accuracy
Haptic feedback compatibility
High
Performance Motion
Capture Cameras
Discover the Mars Series, featuring industry-leading frame rates and ultra-high resolutions. Perfect for advanced motion tracking and measurement in various fields.
Up to 26M pixels resolution, 380FPS
Submillimeter 3D accuracy
Models available for indor, outdoor, and underwater use