Disposable Low‑Temperature Column Shaped Plasma Surgical Probe for Gynecology Vaginal Stenosis and Cyst Resection

Disposable low‑temperature column‑shaped RF plasma gynecological probe designed for vaginal stenosis, cyst resection and ablation procedures.

This single‑use RF plasma electrode treats endometrial cysts and cavity stenosis, delivering precise cutting, ablation and hemostasis for gynecological vaginal stenosis and cyst resection procedures.

Powered by advanced RF plasma technology, the column‑shaped tip generates stable low‑temperature plasma for effective treatment with reduced thermal damage to surrounding healthy tissues.

The column‑shaped design enhances surgical precision for controlled lesion resection. Sterile and single‑use construction reduces cross‑contamination risks and maintains consistent clinical performance across procedures.

• Column shaped electrode for precise cutting design
• Disposable sterile single use
• RF plasma low temperature technology
• Designed for gynecology procedures
• Smooth cutting with simultaneous coagulation

Utilizing RF plasma technology, high‑frequency energy ionizes conductive medium to produce plasma at the column tip. This delivers precise cutting, ablation and hemostasis for vaginal stenosis and cyst resection, while minimizing thermal damage to adjacent healthy tissues.

• Column electrode precise cutting capability
• Suitable for vaginal stenosis and cyst resection procedures
• Low temperature plasma operation
• Simultaneous cutting and coagulation
• Reduced thermal injury to surrounding tissues
• Disposable sterile packaging

OEM and ODM services are available. Customization options include column size, working length, shaft diameter, cable length, and connector type. Technical support and product training are provided.

It is suitable for vaginal stenosis and cyst resection procedures.

The column shape allows precise cutting and controlled tissue removal.

Yes, it is designed for gynecology procedures.

Yes, it is sterile and intended for single use.