CONNEVO Robot Vision

Surgical robotic camera controller enabling steady, hands-free visualization during laparoscopic and thoracoscopic procedures. The collaborative robot provides surgeons with precise control of endoscopic imaging across general surgery, gynecology, urology, and thoracic applications. CE-marked device integrates seamlessly into existing operating rooms without disrupting workflow.

An AI-enhanced laparoscopic surgical assistance system featuring intelligent vision capabilities including auto-centering, horizon management, and tool tracking. The system provides multi-arm orchestration for coordinating camera and retraction with surgeon-in-the-loop control, allowing surgeons to override at any time. It includes workflow standardization through saveable presets, data connectivity options, and safety features such as speed/force limits and no-go zones, designed for high-complexity laparoscopic procedures including bariatrics, colorectal oncology, gynecology, urology, and hepatobiliary surgery.

AI-driven collaborative robotic systems with machine vision and autonomous path planning for hospital automation, surgical assistance, and medical workflow optimization in operating rooms and clinical settings.

A mobile medical service robot featuring a movable head, 23.8-inch interactive screen, and touch control interface. Equipped with 360-degree recognition using 4 stereo vision sensors, VSLAM, and 1 RGB camera for navigation and obstacle detection. The robot includes an open-access tray with AI-powered tray detection, visual guidance, tray lighting, on-screen instructions, and voice prompts to facilitate patient or staff interaction in medical environments.

Compact robotic camera assistant for surgical procedures that provides stable, surgeon-controlled vision while minimizing OR footprint and reducing need for extra staff assistance.

Clinical surgical robotic system for precision-guided joint replacement procedures. Enhances surgical accuracy and reproducibility in hip and knee arthroplasty.

Robotic-assisted surgical system for orthopedic knee replacement procedures, enabling precision alignment and component positioning.

A specialized surgical robotics system designed for knee joint procedures. The system enables minimally invasive knee surgery with advanced visualization and robotic guidance to improve clinical outcomes and reduce patient complications.

CUVIS-joint is a cutting-edge surgical robot system that improves the completion of artificial joint surgery with optimal surgical planning and precise cutting. With Optimal tracking sensors and self-developed surgical planning CUVIS-joint helps patients that are in need of artificial knee surgery.

A surgical robotics system designed for condyle replacement procedures. The platform provides minimally invasive guidance for condylar joint replacement surgery with advanced visualization and analytics to support improved surgical outcomes.

Robotic system for orthopedic surgery procedures utilizing artificial intelligence and high-precision control for improved surgical outcomes.

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.