Robotic-Assisted Surgery
SCHÖLLY is a pioneer and expert in medical minimally invasive 3D visualization with proven expertise in engineering, large-scale production, and technical service.
SCHÖLLY have not only developed and produced the highest number of 3D endoscopy systems installed in the market but also supported the growing installed base of their customers with excellent support through their technical service. Much of this volume went into the visualization chain for robotic minimally invasive systems.
Diversification of robotic systems
New entrants push the diversification of the robotic-assisted surgery (RAS) systems market.
The visualization requirements are as individual as each robotic-assisted surgery system is. SCHÖLLY supplement your system with a customized solution so that you can set new standards.
Technologies
As an OEM partner, SCHÖLLY offer you the scope of services that suits you best: from the complete image chain (2D and 3D) to individual components, image processing, image enhancement, lighting, supporting technical documentation, worldwide service, or registration support.
As a contract manufacturer, SCHÖLLY act according to your requirements with the highest quality standards using our established manufacturing capabilities and supply chain.
Integration of external IP and technologies is possible as well as installing SCHÖLLY’s visualization assembly/component into the environment of your existing equipment, such as consoles, robot carts, etc.
We look into operating rooms worldwide
As a medical OEM partner, SCHÖLLY supplement minimally invasive systems with their visualization solutions around the world.
SCHÖLLY attach great importance to a long-term partnership and would be pleased to convince you of their industrialization competence, with which SCHÖLLY guarantee reproducible results with convincing quality. SCHÖLLY’s systems’ 3D visualization and 3D depth perception with optimized image processing for the respective medical applications is appreciated worldwide and confirmed in various blind tests by users.