When evaluating medical equipment that impacts doctor and patient safety, clinical efficacy and regulatory validation are non-negotiable. If you operate C-arm fluoroscopy devices daily, you already know that standard lead aprons leave your head, eyes, and hands exposed to secondary scattered radiation. But how can you be sure an add-on radiation filter actually delivers on its promises? The answer lies in rigorous, independent European research. Read full paper here Backed by European Atomic Energy Authority (SANAEM) & University Testing The performance of the CVP-2 Radiation Reduction Filter is not just based on internal lab tests. It was independently evaluated through clinical trials conducted by the Turkish Atomic Energy Authority (SANAEM / TAEK) in collaboration with the Department of Radiology at Ufuk University Hospital , requested directly by the Ministry of Health and the Turkish Medicines and Medical Devices Agency (TITCK) . Utilizing a human-equivalent Rando Phantom a...

When we think about life-saving medical care, we often imagine skilled surgeons, advanced technology, and high-tech operating rooms. But inside every surgical suite, there is an invisible, silent workhorse operating in the background: the C-Arm X-ray system . While C-Arm devices provide essential real-time imaging during complex procedures, they also present an unavoidable challenge— invisible, cumulative radiation exposure . Day after day, surgeons and nurses work alongside these machines, absorbing doses of direct beams and scattered radiation that quietly accumulate over a career. A Question Born in the Operating Room Before founding MSLINEENG, Biomedical Engineer Jae-Sang Ham spent over a decade working directly in hospital environments alongside mobile X-ray equipment. During those years, he repeatedly witnessed a troubling reality. In fast-paced, high-pressure operating rooms, medical personnel could not always wear heavy lead aprons comfortably or cover every part of their bodi...