Meyer Spinal Surgery Robot_HEFEI MEYER OPTOELECTRONIC TECHNOLOGY INC

Meyer Spinal Surgery Robot

Precision, System Accuracy Reaching Sub-millimeter Level

Minimally Invasive, Significantly Reducing Blood Loss and Shortening Patient Recovery Period

Efficient, Capable of Intelligent Planning and Efficient Nail Placement

Select：

Inquiry Email 0086-551-65318080

Product Introduction
Product Specificities
More Specificities
Clinical Cases

Product Introduction

Meyer Spinal Surgery Robot is primarily used for precise navigation and positioning of instruments and implants during spinal surgery, promoting the direction of surgery towards minimally invasive and precision-based approaches.

Product Specificities

Precision

The system accuracy reaches submillimeter level, tracks motion trajectories in real-time, ensures more accurate pedicle screw placement, reduces the risk of nerve and vascular injury, and ensures precise and safe surgery execution.

Minimally Invasive

Can significantly reduce blood loss, greatly shorten surgical time, effectively reduce tissue trauma, shorten recovery periods, equipped with non-invasive patient trackers to improve positioning accuracy, minimizing intraoperative patient trauma.

Efficient

Equipped with advanced DM dynamic tracking technology, it can achieve real-time positioning during surgery, assisting clinical physicians in continuously inserting multiple Kirschner wires. In clinical practice, using this device can significantly reduce the time for screw placement and greatly improve surgical efficiency.

More Specificities

Ultra-low Threshold

Visualized process makes it easy for doctors to learn, effectively reducing learning costs.

Full Simulation

Based on 3D imaging data, precise simulation of pedicle screw implantation points and accuracy can be achieved during surgery. It automatically displays the effect of the screwdriver and shows the relationship between adjacent screws, assisting in overall evaluation of the surgical plan, providing doctors with confidence.

Dual-screen Display

Synchronous display of intraoperative information on dual screens allows doctors to observe device status in real-time during surgery.

Wireless Interconnection

Supports wireless communication mode, reducing latency while minimizing wire connections, presenting a clean and orderly operating room space, and reducing safety hazards.

Efficiency First

Advanced standardized, modular design concept ensures consistency of the entire machine, facilitating efficient switching and assembly of tool kits for doctors' operations.

Dual-sided Pedals

Integrated dual-sided pedal design allows for easy operation during surgery, providing a better experience.

Optimized Size

Excellent product volume control, adopting integrated design of mechanical arm and main control unit, improving handling efficiency, and meeting the demand for repeated use in multiple scenarios, enhancing user experience.

Guarding Safety

Equipped with UPS uninterruptible power supply, reducing the risk of accidental power failure and ensuring surgical safety.

Clinical Cases

Meyer Spinal Surgery Robot-assisted Minimally Invasive Percutaneous Pedicle Screw Fixation Surgery

Basic Information: Female, 70 years old Diagnosis: T12 fracture Surgical Plan: Minimally invasive percutaneous pedicle screw fixation surgery

Preoperative

Intraoperative Planning

Intraoperative

Postoperative

Meyer Spinal Surgery Robot-assisted Lumbar Hemivertebra with Scoliosis Correction Surgery

Basic Information: Male, 9 years old Diagnosis: L3 hemivertebra with spinal scoliosis deformity Surgical Plan: L3 hemivertebra resection + interbody fusion + rod correction internal fixation surgery

Preoperative

Intraoperative

Postoperative

Meyer Spinal Surgery Robot-assisted Scoliosis Revision Surgery

Basic Information: Male, 43 years old Diagnosis: Severe scoliosis, no robot used in the first surgery, moderate correction effect, loosening of implants due to external force after surgery, screws invading the spinal canal Surgical Plan: Scoliosis revision surgery

Preoperative

Planning

Intraoperative

Postoperative