The plasma technology generates plasma energy by stimulating NaCl in physiological saline with a 100KHz square wave. High-speed charged particles in the plasma break molecular bonds of human tissue, causing proteins and other tissues to decompose and vaporize into low molecular weight gases including H₂, O₂, CO₂, N₂, and methane.

Under a stable 100KHz square wave electric field, particles achieve extended acceleration time, forming high-speed charged particles with kinetic energy sufficient to break molecular bonds while causing minimal damage to surrounding tissues. Cutting, ablation, and hemostasis procedures are completed within the 40–70°C temperature range.

• Low working temperature of 40–70°C minimizes thermal injury to surrounding tissue
• Precise probe placement into diseased areas for efficient treatment
• Dual-polar or multi-polar design prevents electrical current from passing through the patient
• Minimal bleeding during surgery with short operation times
• Minimally invasive approach with small trauma and quick recovery

• Joint soft tissue ablation, resection, and debridement
• Hemostasis for intra-articular bleeding
• Removal of hyperplastic synovial tissue
• Arthroscopic treatment for joint lesions
• Soft tissue coagulation during minimally invasive orthopedic procedures

The low-temperature plasma surgery system uses brief, precise pulses of radiofrequency (RF) energy to cut and coagulate soft tissue. RF energy, combined with proprietary insulation technology, enables the electrode to dissect with the precision of a scalpel and the bleeding control of traditional electrosurgery, while producing minimal thermal damage to surrounding tissue. Clinical research demonstrates that low thermal injury technology offers significant intra-operative and post-operative benefits.

Plasma technology utilizes a specific waveform of electricity through dual-pole or multi-pole probes to stimulate blood, mucosal and soft tissue or nucleus pulposus in sodium chloride (NaCl) molecules, generating a plasma state. The plasma's high-speed charged particles directly interrupt tissue molecular bonds, causing tissue proteins to vaporize into H₂, O₂, CO₂, N₂, CH₄ and other low molecular weight gases. This enables the plasma surgical system to perform cutting, stripping, puncture, vaporization, hemostasis, ablation, shrinkage and surgical repair of soft tissues in both open and closed surgeries.

The Cold Plasma RF Surgical System is specifically designed for ablation, resection, and coagulation of soft tissue and hemostasis of blood vessels in ENT surgery. With advanced plasma ablation technology, the system dissolves tissue at the molecular level in a highly controlled manner with minimal thermal effect on surrounding healthy tissues. The unique design of plasma probes makes it ideal for ablating soft tissues during tissue reduction procedures.

• 24/7 technical assistance hotline
• Online training videos and troubleshooting guides
• On-site training for healthcare professionals
• Regular software updates and maintenance
• Comprehensive warranty and repair services