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ELEPS presented its intelligent hysteropump at the "HysteroMaster 2026" practical school in Kazan. The equipment was not only part of the exhibition — its capabilities were demonstrated during hands-on masterclasses, where specialists could evaluate the system's performance in conditions close to real clinical practice.

<p class="ds-markdown-paragraph"> <span>The clinical trial of our flagship product — the first Russian-made 4K endoscopic video system with ICG fluorescence navigation — has been successfully completed at the Federal State Budgetary Institution “National Medical Research Center of Surgery named after A.V. Vishnevsky” (the country's leading surgical center!). Over the course of one and a half months, the ICG 4K system operated under conditions of increased complexity. The surgical scope included liver and pancreatic surgery, gastrointestinal procedures, as well as the management of biliary duct injuries and their sequelae.</span> </p> <br> <br>

<p> An episode of the program “Our Everything. Made in Russia” has been published on the Channel One website, featuring Eleps — a Russian manufacturer of modern medical equipment for endoscopic surgery. </p> <p> For us, this is an important event and recognition of the work of our team, which creates high-tech solutions for medicine in Russia. </p> <br> <br>

<span>ElePS, Russia's only full-cycle manufacturer of endoscopic surgical equipment, has received the certificate of the national brand "Made in Russia". The document was issued by the Russian Export Center (REC) and confirms that the company's products meet the high quality standards required of domestic goods.</span>

We have received an official review from the Department of Faculty Surgery at Patrice Lumumba Peoples' Friendship University of Russia (RUDN). The results of trials conducted at the university clinic prove that Russian-made equipment delivers uncompromising quality.<br> <br> Real-world clinical experience: 49 surgeries (laparoscopic cholecystectomies) have been performed using the 4K video system with ICG mode from ElePs.

<span>As part of the project, the student analyzed regulatory documentation and existing endoscopic visualization methods, as well as investigated the fluorescence imaging method using ICG from a Russian manufacturer. Special attention was given to the technical and economic feasibility assessment of the project.</span>

On May 23, 2026, Moscow became the center of discussion for advanced surgical standards. The conference hall of the Artkort Hotel hosted the practical workshop “Fundamentals of Surgery. Safe Cholecystectomy,” which brought together leading specialists from across the country to address one of the most pressing challenges in modern laparoscopy — minimizing risks during gallbladder surgery.

<span>In Simferopol, a two-day expert session on safety in laparoscopic surgery was held at the N.A. Semashko Republican Clinical Hospital of the Republic of Crimea.</span><br> <span>The central focus was on masterclasses in performing cholecystectomy using fluorescence imaging (ICG). This technology allows surgeons to visualize bile ducts and blood vessels in real time, minimizing the risk of surgical injuries.</span>

As part of the program, the participants discussed modern approaches to the diagnosis and treatment of diseases of the liver, pancreas, and bile ducts, as well as innovative methods of minimally invasive surgery. Of particular interest was the practical session dedicated to laparoscopic cholecystectomy using ICG fluorescence imaging.

The central highlight of the program was the presentations and master classes delivered by Mikhail Vladimirovich Kosachenko, Associate Professor of the Department of Faculty Surgery at RUDN University and Head of the Surgical Department at Olimp Clinic MARS Medical Center (Moscow): “The Modern Concept of Safe Laparoscopic Cholecystectomy” and “The Capabilities of ICG Fluorescence Navigation in Herniology.”