Transcranial Positioning Navigation Robot

An intelligent image-guided robotic navigation system integrated with wide-angle, large-aperture CT imaging. Enables precise, intelligent, and convenient image-guided interventional therapy for radiologic procedures.

Smart navigation robotic system for minimally invasive interventional procedures. Supports precise guidance for diagnostic procedures such as pulmonary nodule biopsies and interventional therapies.

Robotic system for neurosurgical procedures enabling precise navigation and intervention in intracranial surgery with enhanced accuracy and control.

An intelligent robotic system designed to assist physicians in performing safe and precise lesion puncture procedures. The system features four core functions: intelligent lesion recognition, puncture path planning, surgical environment perception, and robotic arm puncture capability. It enables percutaneous biopsy and minimally invasive treatment procedures by providing accurate localization and puncture guidance, helping to ensure diagnostic and therapeutic efficacy while avoiding complications.

Robotic-assisted transcranial magnetic stimulation system for navigated neuromodulation therapy and psychiatric treatment applications.

A streamlined navigation solution combining the AimPosition optical positioning system hardware with surgical navigation software and robotic arms for knee replacement surgery. The system provides precise guidance for robot-assisted orthopedic procedures.

Collaborative robot-assisted add-on for visor2 enabling ultra-precise and reproducible TMS coil positioning with automatic tracking of head movement and compensation for patient motion during therapy.

ENT navigation system providing optical and electromagnetic tracking for surgical guidance during otolaryngological procedures. Compatible instruments and trackers extend existing NAV1 system functionality without requiring software modifications. Enables precise instrument navigation to improve surgical accuracy and patient outcomes.

An autonomous surgical navigation robot for neurosurgery that merges high-precision technology with surgeon expertise. NaoTrac utilizes AI, machine vision, and robot-assisted surgery to improve accuracy and streamline surgical procedures with registration accuracy of less than 0.5mm.

Surgical robotic system designed for spinal and neurological procedures combining precision navigation with robotic-assisted intervention capabilities.

Specialized robotic platform for neurosurgical procedures requiring extreme precision and stability. Utilizes advanced servo control to enable delicate brain and spinal cord operations.

Robotic-assisted surgical platform for orthopedic procedures, enabling precise bone cutting, drilling, and implant placement with navigation guidance.