A radiofrequency surgical device operating at 4 MHz high-frequency energy designed for hemorrhoid surgery and general surgical applications. The device uses Joule heat generated directly within tissue to cut, coagulate blood vessels, and ablate lesions while minimizing damage to surrounding healthy ...
Manufactured by
Seoul, South Korea
Established in 1989, Sometech has focused on developing advanced products based on technology integration such as software, optics, medicine, and electronics with multiple application experience in the surgical and industrial fields. Since its foundation, Sometech with its passion to create world-class products has focused its R D capabilities on medical imaging and surgical to localize advanced medical equipment such as 2D medical imaging system, RF surgical devices, and laser equipment. The company has also manufactured and supplied high-tech products such as surgical and industrial video microscopes and diagnostic cosmetic devices, etc. Sometech predicted that 3D technology would become a key trend in the healthcare industry in the future and began developing 3D medical imaging equipment in 2006. In 2012 the 1st generation of 3D Video Surgical Laparoscopy was launched and in 2015 the world s first Head-Up-Display(HUD) Video Microscopy was released leading new markets. As 3D laparoscopy and 3D surgical video microscope have been proven by accurate and safe clinical results, many global companies joined later on the 3D video surgery industry, making 'Head-Up Display' the most popular surgical trend in the healthcare market. Sometech has been focusing its capabilities on R D and development in the 3D medical equipment field since 2006 and will continue leading the 3D surgery era in the global medical market by focusing its core capabilities on 3D field. We are becoming an undisputed leader in the 3D field by continuously creating customized products that meet user needs by further upgrading the 3D video laparoscopy and 3D video surgical microscope products.
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Beijing Greenland Co., Ltd · China
Single-pole output radiofrequency surgical device operating at 4.0MHz frequency. Enables low-temperature cutting and coagulation with minimal tissue carbonization and thermal damage. Suitable for precision microsurgical applications across multiple specialties.
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