Wireless Precise Intervention which is the world’s first micro-catheter driving robot system, targeted for peripheral and neuro-vascular interventions.
The company which contributes to society by developing innovative medical technologies.
히브리어에서 유래했으며 “벽이 없는 작은 마을”을 의미합니다. 하지만 하나님께서 불의 성벽으로 지켜 주신다는 점에서 안전한 장소를 의미합니다. 당사가 개발할 의료기기는 이러한 안전한 기술을 추구하고 벽이 없는 마을처럼 열린 혁신을 추구합니다. 저희 회사의 최종 목표는 암으로 고통 받는 많은 환자들을 도울 기술을 만드는 것입니다. 따라서 기술을 통해 사회에 희망을 주고 사회에 공헌하는 기업이 되도록 노력하겠습니다.
the Hebrew word for "a small town without walls". Despite having no walls, this town is a safe place as God protects it with his walls of fire. The medical devices that we develop pursue technology with such safety and innovation with such openness—like a village with no walls. Our ultimate goal is to develop technology that will help many patients suffering from various diseases. We will strive to become a company that gives hope and contributes to society through technology.
Professor of Intervention Radiology, Yonsei University, Severance Hosp. College of Medicine
" Neuro-intervention needs remote intervention robot system because of its unique characteristics such as urgency or short golden time. Neuro-interventional procedures such as clot removal or aneurysm treatment also require very sophisticated surgical shills of operator for the manipulation of operator for the manipulation of delicate interventional devices. Therefore standardization of procedure is also mandatory. It is clear that robotic intervention could reduce the radiation exposure to the operator or assistants. However, it is more important to improve the benefits to the patient with robotic intervention. "
Professor of Interventional Radiology, Seoul National University Hospital
" As daVinci surgical robot brought a big change in the field of surgery, Robotic intervention will also receive a big attention and be activated in a near future. This approach can drastically reduce radiation exposure by replacing human effort by a robotic system for high radiation exposure procedures. The movement and the trajectory of the robot can be memorized and quantified on the computer so that the procedure can be repeated fast and safely. "
Department of Intervention Radiology, Bucheon St. Mary's Hospital, Catholic University, College of Medicine
“ It is an era in which AI and robot surgery converge without difficulty.
Such changes are approaching in interventional procedures, and I am confident that it will be an opportunity to respond one step ahead with domestic technology. We predict that it will become an important position in these days when we are once again realizing the importance of developing original technology. I look forward to the big future of micro-carter drive technology. ”
Professor of Intervention Radiology, Konkuk University College of Medicine
“ Even though the history of intravascular treatment technology is not long, it has already replaced or helped some of the traditional surgical treatment techniques. In particular, it provides minimally invasive and rapid treatment to patients with trauma and postpartum bleeding that require urgent treatment There is. Because the technology by manipulating a robotic catheter inserted into the blood vessel provides the precision and accuracy of treatment, it reduces the radiation dose of the patient and the operator, and can remotely treat even if the treating doctor is far away from the patient. It will be a cutting-edge medical technology that can further advance treatment of the vascular disease. “