Single use endoscope requires no maintenance and mitigates concerns with interference, device contamination and nosocomial infection risks.

• Always ready for immediate use without the need for reprocessing or maintenance.
• Single-use scope eliminates potential for cross-contamination associated with reprocessing and sterilization of reusable scopes.
• Saves time and resources spent on cleaning and sterilizing ru-fURS.
• Medical device-associated infections are more commonly associated with reusable medical devices.
• Hospital-acquired (nosocomial) infections (HAIs) increase morbidity, mortality and medical costs.

Wireless system offers flexibility and portability, improved procedural efficiencies and reduced contamination risks in the sterile field.

• Improves ergonomics for surgeon and efficiency of surgeries by saving time with preoperative setup and minimizing space needed to support procedure.
• Wireless power eliminates contamination risk by removing physical connections and enabling non-contact safe, and clean power transfer possibilities.
• Cordless adapter mitigates potential risks of accidents in the OR with medical staff inadvertently tripping over cords.

The system’s small shaft diameter with a 275 degree tip deflection, larger internal channel and ergonomic handle are designed to improve maneuverability and procedural comfort while minimizing fatigue.

• Minimizes required forces for simple tasks and allows for a more efficient surgery.
• Can reduce the amount of stress on the surgeon’s body during the procedure.
• Can Improve the surgeon’s ability to control the device.
• Can reduce the chance of injury, especially with prolonged use.

518K resolution is 3x the image resolution as compared to existing single-use scopes for delivering sharper images and finer detail without interference.

• High resolution enables surgeons to distinguish small stone fragments from surrounding tissue, which is critical for complete stone removal.
• Better visualization helps surgeons avoid potential damage to the ureteral mucosa and surrounding structures.
• Clearer images can facilitate more precise maneuvering of the scope within the kidney.