AVROS-A4

Robotic camera control system for laparoscopic and thoracoscopic surgery, enabling steady visualization and precise surgeon control across general surgery, gynecology, urology, and thoracic procedures. CE-marked collaborative robot with rapid OR integration, designed to improve surgical efficiency and patient outcomes without disrupting existing workflows.

Robotic surgical system for orthopedic procedures featuring a 7-degree-of-freedom arm, interchangeable surgical tools, and 335Hz dual-camera infrared navigation. Enables precise surgical maneuvers with zero-gravity compensation and adaptive balance suspension for enhanced stability during joint and bone surgeries.

Precision robotic assistance system for minimally invasive surgical procedures that provides vibration-free, stable camera positioning. The technology supports surgeons in performing procedures with enhanced precision while reducing physical strain and improving surgical outcomes.

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.

Robotic surgical system for minimally invasive procedures, enabling precision-guided operations with enhanced visualization and control.

Integrated 3D visualization system for robotic-assisted surgical procedures across general surgery, orthopedics, and urology. Provides enhanced depth perception and real-time imaging to support remote and precision robotic interventions.

An automated camera positioning and stabilization system for laparoscopic surgery that provides rock-steady imaging. The device reduces OR team fatigue and physical strain while maintaining precise visual control of the surgical field.

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.

An advanced robotic system designed to assist surgeons in performing minimally invasive surgical procedures. The surgical robot provides precision control and enhanced visualization for complex operations.

Image-guided robotic surgical system utilizing real-time visual feedback and automation for enhanced surgical precision and efficiency.

The 1688 AIM is a video surgery platform designed to enhance surgical visualization and documentation during procedures. It provides high-definition imaging capabilities for operating rooms, enabling surgeons to capture, display, and record surgical footage. The system supports real-time visualization and archiving of surgical workflows.

A CE-marked collaborative robotic system designed to assist laparoscopic and thoracoscopic surgery by providing automated camera control. The system features a robotic arm with 160° continuous tilt, 360° pan rotation, and 118mm continuous zoom capability. It is operated through an intuitive motion control interface consisting of a headset for directional selection, an indicator unit for visual feedback, and a footswitch for activation, enabling surgeons to maintain steady visualization during procedures while reducing operative time and improving ergonomics for surgical teams.