Illuminating Possibilities

Our fluorescence-guided gastric calibration system allows surgeons to precisely visualize the gastric calibration tube during a variety of minimally invasive laparoscopic and robotic surgical procedures.
Our fluorescence-guided gastric calibration system allows surgeons to precisely visualize the gastric calibration tube during a variety of minimally invasive laparoscopic and robotic surgical procedures.

How The Endolumik System Works

With improved visualization and functionality, our goal is to help surgeons decrease complications, improve OR workflow, and create a more standardized gastric sleeve and gastric pouch.

The Endolumik surgical device lights the stomach from within using Near-Infrared (NIR) light. This light allows the surgeon to see the calibration tube clearly through thick layers of stomach or adipose tissue.

The Endolumik device emits the same wavelength as Indocyanine Green (ICG), and is visible with any NIR-capable camera.

The integrated suction enables teams to minimize tool swaps, which can increase operation times and patient risk.

Standard Device Visibility

Endolumik System Visibility

Meet Endolumik

Endolumik System

The idea behind Endolumik came to Dr. Nova Szoka as she performed hundreds of bariatric surgeries at West Virginia University hospital, and was looking for a way to increase bariatric success rates, while making her own procedures more efficient.

What Dr. Szoka created with CEO Mara McFadden is Endolumik, a surgical device company founded in Morgantown, West Virginia. Together, they have developed a patent-pending fluorescence-guided esophagogastric calibration system (i.e. bougie) for use in gastrointestinal surgery.

The novel integration of near-infrared lighting with the intra-gastric stent is designed to improve visualization, situational awareness, consistency, and help reduce adverse events in robotic and laparoscopic operations. Surgical teams will have unprecedented visibility, which can improve efficiency and consistency.

Fluorescent medical devices help surgeons visualize complex anatomy. The future of fluorescence-guided surgery is in medical devices.

Paula Jaye Doyle, M.D.
Paula Jaye Doyle, M.D.
Obstetrics & Gynecology
University of Rochester Medical Center

Get In Touch With Us

Let us know what you think of NIR light devices, your experiences on the table, and any questions you have about its application in the bariatric surgical realm. We are available for both video and in-person demonstrations upon request; let us know what you’re thinking!

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