Gynecological electrode RCL-L20W10D

electrosurgicalcoagulationbiopsy

Short Description
Disposable LEEP (LLETZ) electrodes designed for high-frequency electrosurgical minimally invasive treatment of cervical lesions. The RCL-L20W10D model provides precise excision with integrated coagulation capability and is available in a range of shapes and sizes to address different clinical lesion scopes.

Features
Intended for high-frequency electrosurgical minimally invasive procedures on the cervix, combining cutting and coagulation to support cervical conization workflows.

Core Advantages

• Fine Tungsten Wire for Continuous Cutting: Cutting elements use fine tungsten wire with low impedance and anti-adhesion properties to withstand continuous HF cutting without deformation or breakage.
• Precise Excision & Tissue Protection: Designed to deliver accurate tissue removal with limited thermal spread to preserve adjacent healthy cervical tissue and support fertility preservation considerations.
• Overmold Shaft & High Compatibility: Overmolded shaft reduces risk of unintended thermal transfer. Standard Ø2.36 mm connection ensures plug-and-play compatibility with most HF electrosurgical generators.
• Complete Solution for Hemostasis: Series includes ball electrodes for fulguration and desiccation to provide intraoperative hemostasis and surface treatment options.

Product Specification
Size (Width × Length): 20×10 mm

Technical Specifications

• Intended use: High-frequency electrosurgical minimally invasive procedures for gynecological cervical lesions (cervical conization).
• Material (cutting element): Fine tungsten wire.
• Connection: Standard Ø2.36 mm shaft connection compatible with mainstream HF electrosurgical generators.
• Available forms: Series offers a range of shapes and dimensions to meet various clinical lesion scopes.
• Additional electrode types in series: Ball electrodes for fulguration and desiccation.
• Performance: Designed to provide precise cutting with efficient coagulation and minimal thermal spread.