Our Solutions

LifeSync Robotics offers a wide range of solutions from educational software to surgical robots based on our in-depth understanding of the spatial relationship between the human body and its real-time digital representation.

Holographic Surgical Learning System

Our Holographic Surgical Learning System is a multi-person interactional teaching platform based on Virtual Reality and Augmented Reality (VR & AR) technologies. It employs holographic projection to enable operations such as 360-degree rotation, scaling, and movement on various systems and tissues of the human body model, allowing users to intuitively and conveniently observe the structure of the human body, lesion sites, and surgical procedures.

Core features:
◆ Based on real human body structure.
◆ More than 7,700 anatomical modules, with over 10 million model surfaces.
◆ Medical surgery navigation level precision, supporting surgical teaching.
◆ No vertigo, allowing long-time immersive learning.
◆ Clear and simple interface, easy to learn and use.
◆ A wide variety of teaching modules including clinical case data, surgical animation and customised VR/AR courseware.

Surgical Planning System

Our Virtual Reality Surgical Planning System integrates CT and MR data from preoperative scans of the lesion site to reconstruct a 3D simulation model in a virtual reality environment, assisting the surgeon to develop a surgical plan and calculate the parameters required for the surgery.

Core features:
◆ Intelligent multimodal image fusion and VR visualization.
◆ Supports a wide range of surgical procedures including puncture, pedicle screw placement and osteotomy.
◆ Simulation of surgical operations.
◆ Intelligent calculation of parameters required for surgery.

Surgical Navigation System

Our Virtual Reality Surgical Navigation System provide three-dimensional real-time display of the coordinates of surgical tools and lesion sites, guiding the surgeon to perform operations such as puncture, pedicle screw placement and osteotomy in accordance with planned surgical paths; reducing surgical risks and decreasing surgical time.

Core features:
◆Seamless integration with our Surgical Planning System.
◆Real-time three-dimensional display of surgical tools and lesion sites inside of the patient's body.
◆Real-time navigation of surgical path.
◆Real-time endoscopic augmented reality display.
◆Support a wide range of imaging systems.

Automous Surgical Robotic System

Interfacing with the Surgical Planning System and the Surgical Navigation System, our Autonomous Surgical Robotic System is guided by the Navigation System to carry out surgical procedures in accordance with the paths as set in the Planning System; this dramatically improves surgical precision, reduces surgical time and lowers surgical risks.

Core features:
◆7-axis robotic arm provides high degree of freedom for full range of surgical procedures.
◆World-class precision with spatial error ≤1.5mm.
◆ Reliable Human-Machine collaboration with precise and active position tracking with force feedback.