Gynecological electrode BCL-D3D

electrosurgicalfor electrosurgical unitscoagulation

Short Description
Disposable LEEP (LLETZ) electrodes for high-frequency electrosurgical minimally invasive procedures in gynecological cervical lesions. Designed for precise excision and controlled coagulation during cervical conization.

Features
Single-use electrodes available in multiple shapes and dimensions to address a range of lesion sizes and surgical techniques. Standardized shaft ensures compatibility with common HF generators.

Core Advantages

• Fine Tungsten Wire for Continuous Cutting: Cutting electrodes use fine tungsten wire with low impedance and anti-adhesion properties, suitable for continuous HF cutting without deformation or breakage.
• Precise Excision & Tissue Protection: Minimizes thermal spread to preserve adjacent normal cervical tissue and support fertility-preserving procedures while reducing recurrence risk.
• Overmold Shaft & High Compatibility: Overmold shaft reduces unintended thermal transfer. Standard Ø2.36 mm shaft connection for plug-and-play compatibility with most mainstream HF electrosurgical generators.
• Complete Solution for Hemostasis: Ball electrodes available for fulguration and desiccation to provide effective intraoperative hemostasis alongside cutting electrodes.

Product Specification
Size (Width × Depth / Diameter): 5×5 mm

Technical Specifications

• Model / Series name: BCL-D3D
• Intended use: High-frequency electrosurgical minimally invasive procedures for gynecological cervical lesions (LEEP/LLETZ, cervical conization)
• Material (cutting wire): Fine tungsten wire (low impedance, anti-adhesion)
• Shaft: Overmold shaft to reduce unintended thermal damage
• Connection: Standard Ø2.36 mm shaft connection (compatible with most mainstream HF electrosurgical generators)
• Available electrode types: Multiple shapes and dimensions; ball electrodes available for fulguration/desiccation
• Disposable: Single-use electrodes
• Size example provided: 5×5 mm