Gynecological electrode KCS-W3D

electrosurgicalcoagulationwire-cutting

Short Description
Disposable LEEP (LLETZ) electrodes designed for high-frequency electrosurgical minimally invasive procedures on cervical lesions. They combine precise cutting and effective coagulation for cervical conization and are available in multiple shapes and dimensions to address varying lesion sizes.

Features
Precise cutting and coagulation for cervical conization; multiple shapes and dimensions to cover different clinical lesion scopes; intended for minimally invasive high-frequency electrosurgical use.

Core Advantages

• Fine tungsten wire cutting element: Low impedance and anti-adhesion properties allow continuous high-frequency cutting without wire breakage or deformation.
• Precise excision with limited thermal spread: Designed to minimize collateral thermal damage to healthy cervical tissue, supporting fertility preservation and reducing lesion recurrence risk.
• Overmold shaft and standard connector: Overmold shaft reduces unintended thermal transfer; standard Ø2.36 mm connection ensures plug-and-play compatibility with most HF electrosurgical generators.
• Complete hemostasis options: Ball electrodes are available for large-area fulguration and desiccation, enabling an integrated intraoperative solution.

Product Specification
Size (Width): 3 mm

Technical specifications

• Application: High-frequency electrosurgical minimally invasive gynecological procedures (cervical lesions, cervical conization)
• Primary functions: Precise cutting and coagulation
• Cutting material: Fine tungsten wire
• Material advantages: Low impedance, anti-adhesion, resists breaking/deformation under continuous HF cutting
• Shaft: Overmold shaft to reduce unintended thermal damage
• Connector: Standard Ø2.36 mm connection (plug-and-play compatibility)
• Available forms: Range of shapes and dimensions to meet various lesion scopes
• Example size: Width 3 mm
• Disposable: Single-use electrodes