448-kHz Capacitive Resistive Monopolar Radiofrequency Device

A next-generation device featuring 4.0 MHz and 1.7 MHz dual-frequency radiofrequency design for multilevel tissue treatment. The 4.0 MHz frequency targets precise superficial tissue treatment for aesthetic surgery applications, ensuring minimal injury and rapid recovery. The 1.7 MHz frequency penetrates deep tissue for therapeutic applications, improving treatment efficacy and patient outcomes.

Non-ablative medical radiofrequency equipment for therapeutic applications across multiple medical specialties. Provides high-power treatment capabilities with safety features for clinical use.

A radiofrequency thermotherapy system utilizing international advanced technology with temperature measurement accuracy of ±0.1°C. The transmission probe measures 0.8mm in diameter and 1.5m in length, featuring high SAR (Specific Absorption Rate) to enable deep tissue heating to therapeutic temperatures. The system includes unique therapeutic electrodes that allow for repeated and non-continuous treatment sessions, with a high-strength engineering plastic housing providing excellent durability and flexibility.

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.

High-frequency radiofrequency system for thermal ablation of diseased tissue in minimally invasive procedures. Suitable for cardiac arrhythmia treatment and tumor ablation applications with real-time power monitoring.

Medical device utilizing radiofrequency energy for therapeutic and aesthetic treatments targeting tissue remodeling and rejuvenation.

Electrode probe for radiofrequency surgical applications delivering controlled thermal energy. Suitable for tissue ablation and hemostasis in various surgical procedures.

Class III radiofrequency device for skin treatment and aesthetic therapy. Utilizes RF technology for controlled thermal treatment of dermal tissue.

Radiofrequency surgical device operating at 4.0MHz and 1.7MHz for precise microcutting and hemostasis with low-temperature molecular-level tissue division.

Catheter system combining radiofrequency energy delivery with integrated temperature monitoring for cardiac arrhythmia treatment. Enables controlled tissue ablation with real-time thermal feedback.

A precision temperature-controlled radiofrequency ablation system featuring high-precision impedance control algorithm with automatic output power adjustment for safe and controllable tumor treatment.

A classic practical radiofrequency device with dual frequency technology (4.0 MHz and 1.7 MHz), designed for gynecology, obstetrics, plastic surgery, and general surgical applications. The device provides high-precision cutting and hemostasis capabilities while minimizing tissue injury risk. It offers reliable physical foundation for patient recovery and aesthetic outcomes.