Advanced Surgery

The Cutting Edge of Patient Safety

OmniGuide Surgical’s CO2 laser technology delivers precision in difficult to reach areas, while significantly limiting collateral thermal damage. Our advanced laser technology inspires confidence with every cut, providing greater patient safety and more consistent performance than competing systems. This is truly advanced energy, built to deliver the precision and safety that your patients deserve.

Lasers

CO2 lasers have long been considered the gold standard for precise tissue cutting. Now, OmniGuide Surgical has revolutionized CO2 surgery by combining state-of-the-art lasers with our proprietary flexible fiber technology.

Flexible Fibers

OmniGuide Surgical’s polymer-based Enhanced Safety Fibers feature multiple layers of highly reflective mirrors, which efficiently transmit laser energy the length of the fiber.

Instrumentation

Flexible fibers are used in conjunction with our handheld instrumentation, which has been engineered to provide surgeons with enhanced comfort for heightened performance.

Robotics

Our uniquely designed flexible fibers and robotic instrumentation work in tandem with the robotic surgical platform to deliver CO2 laser energy in a minimally invasive approach.
FMX Generator

Surgical precision. Electrical silence.

Domain Surgical’s FMX™ Ferromagnetic Surgical System is an intelligent surgical platform that uses ferromagnetic technology to precisely cut, coagulate, and seal tissue; with a fraction of tissue injury compared to other surgical technologies, and without passing electrical current through the patient.

FMX Generator

The FMX Generator intelligently manages all aspects of energy, ensuring that the optimal amount of heat is delivered to the tissue at all times.

FMX Surgical Instruments

A variety of dissection and vessel sealing instruments have been developed for use in both open and laparoscopic surgical procedures.

FMX Power Modules

FMX Power Modules connect FMX surgical instruments to the generator and  manage communication between each component.