Gynecological electrode BCL-D5D

electrosurgicalfor electrosurgical unitscoagulation

Short description
Single-use disposable LEEP (LLETZ) electrodes designed for high-frequency electrosurgical cervical conization and excision in gynecology. They combine precise loop cutting and efficient coagulation to support safe, controlled tissue removal. The series offers multiple loop shapes and dimensions to cover a wide range of lesion sizes.

Key features
Designed for minimally invasive HF electrosurgery, the electrodes provide plug-and-play compatibility with standard generators and minimize thermal spread during conization procedures.

Core advantages

• Fine tungsten wire for continuous cutting - All cutting electrodes use fine tungsten wire with low impedance and anti-adhesion properties, allowing continuous high-frequency cutting without breakage or deformation.
• Precise excision & tissue protection - Enables accurate tissue removal with minimal lateral thermal damage, preserving adjacent healthy cervical tissue and reducing impact on fertility and recurrence risk.
• Overmold shaft & high compatibility - Overmolded shaft provides thermal protection; standard Ø2.36 mm connector ensures plug-and-play compatibility with most mainstream HF electrosurgical generators.
• Complete solution for hemostasis - Available ball electrodes allow large-area fulguration and desiccation, providing effective intraoperative hemostasis alongside cutting loops.

Product specifications

• Model designation: BCL-D5D
• Intended use: LEEP / LLETZ cervical conization and excision
• Wire material: Fine tungsten wire (low impedance, anti-adhesion)
• Shaft: Overmolded shaft for thermal protection
• Connector: Standard Ø2.36 mm (plug-and-play with mainstream HF electrosurgical generators)
• Available electrode types: Cutting loops and ball electrodes for fulguration/desiccation
• Design goals: Precise cutting, efficient coagulation, minimal thermal spread
• Size example: 5 mm diameter (series includes multiple shapes and dimensions)