Gynecological electrode RCL-L15W12D

coagulationwire-cuttingfor electrosurgical cutting

Short Description: Disposable LEEP (LLETZ) electrodes are designed for high-frequency electrosurgical minimally invasive treatment of gynecological cervical lesions. They combine precise cutting with effective coagulation to support safe cervical conization across varied lesion sizes.

Features: Intended for single-use in LEEP / LLETZ procedures, these electrodes offer consistent cutting performance with low tissue adhesion and controlled thermal spread, suitable for a range of lesion scopes in outpatient and surgical settings.

Core Advantages:

• Fine tungsten wire for continuous cutting: Cutting elements use fine tungsten wire providing low impedance and anti-adhesion characteristics; resistant to breakage or deformation during prolonged high-frequency use.
• Precise excision and tissue protection: Enables accurate tissue removal with minimal lateral thermal damage to preserve healthy cervical tissue and fertility while reducing recurrence risk.
• Overmold shaft and broad compatibility: Overmold shaft design reduces unintended thermal transfer; standard Ø2.36 mm connection ensures plug-and-play compatibility with most mainstream high-frequency electrosurgical generators.
• Complete intraoperative hemostasis options: Ball electrodes are available for large-area fulguration and desiccation to achieve efficient hemostasis when required.

Product Specification: Size (Width × Length) : 15×12 mm

Technical Specifications:

• Model: RCL-L15W12D
• Indication: Disposable electrodes for LEEP / LLETZ procedures in gynecological cervical lesion treatment
• Size (Width × Length): 15×12 mm
• Cutting element material: Fine tungsten wire (low impedance, anti-adhesion)
• Shaft: Overmold shaft design to reduce unintended thermal damage
• Connection: Standard Ø2.36 mm shaft for broad compatibility
• Functions: Precise cutting, efficient coagulation; ball electrodes available for fulguration/desiccation
• Compatibility: Plug-and-play with most mainstream high-frequency electrosurgical generators