Low-Temperature Dual-Energy Focus

Surgical light system with adjustable beam focusing capability. Enables precise concentration of illumination on specific surgical field areas for optimal visualization.

Focus Dual combines RF microneedling and HIFU technologies. The RF microneedle system is integrated with a vacuum function, enabling precise needle insertion at the target depth and delivering effective results for acne scars and wrinkles. The HIFU system offers customized treatments according to the target depth through a range of cartridges, providing effective lifting outcomes.

Surgical focus light system designed for operating room applications, providing concentrated illumination for surgical field visualization.

Probe for low-temperature tissue ablation in orthopedic and pain management procedures. Provides controlled energy delivery for selective tissue destruction with safety margins.

A tumor ablation device with wide temperature range and precise control capability, enabling single-needle dual cold-heat ablation. It is minimally invasive and compliant with visual operation controls suitable for solid tumors in multiple anatomical locations.

Electrosurgical unit designed for low-power, minimized tissue damage applications. Ideal for delicate surgical procedures requiring precision with reduced thermal injury.

A low-temperature bipolar surgical system designed for precise surgical applications with non-stick properties to prevent tissue adhesion during procedures.

Innovative low-temperature bipolar electrosurgical system developed in-house as a domestic first creation. Provides precise hemostasis with reduced thermal damage to surrounding tissues.

A minimally invasive medical device platform utilizing low temperature plasma technology for surgical applications. The system is designed for precision treatment across multiple clinical specialties including orthopedic and ENT procedures.

A surgical laser platform combining two complementary wavelengths for versatile tissue interaction and treatment options. Increases procedural flexibility without requiring multiple laser systems.

Energy-efficient electrosurgical cutting device minimizing thermal tissue damage and collateral injury. Suitable for delicate tissue dissection in sensitive operative fields.

Specialized cooling systems used in medical applications requiring precise temperature control. Applied in cryotherapy and preservation of biological specimens in clinical laboratories.