This system is based on bipolar radiofrequency plasma technology, designed for minimally invasive orthopedic arthroscopic procedures including knee, shoulder, hip, and spine endoscopic surgery (UBE).

Unlike traditional electrosurgery, the system operates in a controlled low-temperature plasma field (approx. 40-70°C), enabling precise soft tissue ablation while minimizing collateral thermal damage.

The technology is widely used in:

• Meniscectomy (partial or complete)
• Synovectomy
• Ligament debridement & release
• Cartilage reshaping (chondroplasty)
• Soft tissue ablation in arthroscopy

RF plasma coblation is a bipolar energy-based surgical technology that uses radiofrequency energy in a conductive saline medium to create a controlled plasma field at the electrode tip.

This plasma field contains highly energized particles that break molecular bonds within soft tissue at a relatively low temperature of 40°C-70°C, enabling precise tissue ablation with minimal thermal damage to surrounding structures.

Compared with traditional electrosurgical systems that rely on high-temperature thermal cutting, coblation technology offers a more controlled and tissue-preserving surgical effect.

The system generates a conductive plasma field in saline environment. The energized ions break molecular bonds of soft tissue at a relatively low temperature compared with traditional electrosurgery.

This allows:

• Precise tissue removal layer by layer
• Minimal thermal spread to surrounding cartilage
• Reduced postoperative inflammation
• Faster rehabilitation for sports medicine patients

Clinical Applications Aligned With Modern Arthroscopy Standards

This system is designed to support procedures consistent with modern minimally invasive orthopedic guidelines, including:

• ACL and meniscus related soft tissue management
• Shoulder impingement and synovial resection
• Hip arthroscopy debridement
• UBE spine decompression procedures

• Low-temperature controlled ablation reduces thermal injury risk
• Bipolar energy delivery minimizes lateral tissue damage
• Real-time energy adjustment for different tissue types
• Clear surgical field with reduced smoke formation
• Compatible with standard arthroscopic saline irrigation systems

• Tissue ablation
• Resection
• Coagulation
• Hemostasis
• Suction-assisted removal

This system offers similar functional principles to leading coblation platforms such as:

• Smith+Nephew COBLATION systems
• ArthroCare plasma surgical platforms

While maintaining a more flexible OEM-friendly cost structure for hospitals and distributors.

• CE & ISO 13485 manufacturing system
• Stable plasma output control
• Temperature regulation validation (40-70°C)
• Medical-grade system components

• Compatible with standard arthroscopic OR setups
• Supports multiple surgical indications in one system
• Reduces OR time through integrated ablation & coagulation
• Consumable probe design supports recurring revenue model
• Cost-effective alternative to premium Western systems

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Yes. It is designed for arthroscopic soft tissue ablation including meniscus trimming, synovial tissue removal, and ligament debridement.

The system operates at a controlled low temperature range of approximately 40-70°C to minimize thermal damage.

Yes. The system is compatible with biportal endoscopic spine procedures for soft tissue ablation and decompression.

Yes, it is designed for standard arthroscopic saline environments and OR configurations.

Yes, compatible disposable probes are available for different surgical applications.