Low Temperature Orthopedics RF Plasma Generators Minimally Invasive Operation

Low Temperature Orthopedics RF Plasma Generators Minimally Invasive Operation

Product Description

Our Low Temperature Orthopedics RF Plasma Generators are designed for minimally invasive orthopedic surgeries. These generators utilize advanced RF plasma technology to provide precise and controlled thermal energy, allowing for efficient and targeted tissue ablation and coagulation. The low temperature feature of the system ensures minimal thermal damage to surrounding tissues, promoting faster healing and reducing patient discomfort. With their compact and user-friendly design, these generators are easy to operate and offer a high level of safety during surgical procedures. They are a reliable and effective tool for orthopedic surgeons, enabling them to perform minimally invasive operations with enhanced precision and patient outcomes.

Working Principle

The working principle of the system is to generate a high-frequency electric field and electron collisions through the transmission of bipolar radio frequency electric energy to excite gas molecules into a plasma state. Plasma can generate thermal energy and chemical reactions in localized areas to achieve cutting, coagulation and repair of tissues. The bipolar RF plasma system has precisely controlled and adjustable energy output, which can be adjusted according to different treatment needs.

Application

Bipolar RF plasma systems are used in a wide variety of applications. In surgery, it can be used for tumor resection, tissue repair and hemostasis. In the field of cosmetology, the system can be used for cosmetic treatments such as skin tightening, wrinkle elimination, scar repair, and fat reduction. In addition, the bipolar RF plasma system can also be used in many fields such as dermatological treatment, gynecological treatment, dental treatment and so on.

Our Company

Orthopedics RF Plasma Generators

Minimally Invasive RF Plasma Generators

RF Plasma Generator Power Supply

Low Temperature Orthopedics RF Plasma Generators Minimally Invasive Operation Images