The VD15G Hook-tip Bipolar RF Plasma Electrode is a specialized arthroscopic probe built for large-joint orthopedic minimally invasive surgery.

Engineered with a delicate hook tip, it is ideal for ligament release, soft tissue hooking, and meniscectomy procedures on knee, shoulder, and hip joints. Adopting low-temperature plasma technology, it performs precise tissue cutting, ablation, and hemostasis with controlled thermal penetration, minimizing thermal injury to surrounding healthy tissues and protecting nerve structures.

This single-use plasma electrode features an ergonomic curved hook design, which helps surgeons grasp, separate, and resect target soft tissue conveniently inside the joint cavity. It is fully compatible with our RF plasma surgical system, offering stable, consistent plasma output for reliable and predictable clinical performance.

It is widely used in hospitals, orthopedic centers, and arthroscopic operating rooms as a trusted disposable surgical instrument for routine large-joint arthroscopic interventions.

• Bipolar RF technology for precise and localized energy delivery
• Bloodless surgical performance with effective coagulation
• Low-temperature plasma reduces thermal injury
• Multifunction capability: ablation, cutting, and hemostasis
• Compatible with specialized electrodes for orthopedic surgery

This bipolar RF coblator plasma system utilizes radio frequency energy transmitted between two closely spaced electrodes. In the presence of saline, a localized plasma field is generated, consisting of energized ions capable of breaking molecular bonds in soft tissue. The bipolar configuration ensures energy is confined to the target area, enhancing safety and precision compared to monopolar systems.

When activated, the system produces a plasma layer at the electrode tip. This plasma enables controlled tissue ablation while simultaneously sealing small blood vessels to achieve effective hemostasis. The bipolar design minimizes current spread, allowing for bloodless surgery and improved visualization during procedures.

• Orthopedic ablation procedures
• Minimally invasive surgical interventions

• Bloodless surgical field with excellent hemostasis
• Reduced thermal damage to surrounding tissues
• Improved surgical precision in delicate areas
• Faster patient recovery and less postoperative pain
• Versatile application across orthopedics

• OEM and ODM customization available
• Professional technical and clinical training
• Global logistics and fast delivery support
• Comprehensive after-sales service and maintenance