Mission | Vope Medical

Clear vision in surgery

Delivering premier vision in surgery so that surgeons can focus on what matters.

Unmet need

26 %

more errors in surgery occur when stressed

minimally invasive surgery (MIS) procedures performed annually worldwide where there is a significant need for innovation

30 M

37 %

of the time the surgical site view is obstructed due to contamination

Mission

At Vope Medical,

our mission is to deliver premier vision in surgery so that surgeons can focus on what matters. We improve the quality of minimally invasive surgery by providing an innovative software approach solution to address the prevalent challenge of contaminated camera lenses. We are focused on developing AI-driven software that can effectively and efficiently clean camera lens contamination, ensuring that surgeons have clear and uninterrupted visibility during procedures. Our commitment to advancing medical technology and improving patient outcomes drives us to create reliable and innovative products that meet the highest standards of quality and safety. We are dedicated to empowering healthcare professionals with the tools they need to provide the best possible care to their patients.

Technology

Vope Medical has developed an AI-driven software to address a significant unmet need for clear vision in minimally invasive surgery. The lack of automation in current cleaning processes brings frustration, increased errors, and poorer patient outcomes. We optimize the cleaning process by reducing the number of cleaning events through image enhancement and minimize disruptions by fully automating the cleaning process, allowing the surgeon to stay completely focused on the procedures they are performing.

Minimize cleaning events Using computer vision techniques, images are actively enhanced in real-time. Cleaning events are delayed or eliminated, minimizing the number of cleaning events and time lost from cleaning.

Clean at the right time The mechanical cleaning process is automatically engaged through contamination detection algorithms with a cleaning threshold set by the surgeon. The lens is consistently cleaned at the right time reducing distractions and frustration.

Maintain clear vision The combination of image enhancement and automatic cleaning allows for the reduction of disruptions in surgery.