Short DescriptionDisposable LEEP (LLETZ) electrodes for high-frequency electrosurgical cervical procedures. Designed for precise cervical conization with combined cutting and coagulation functions. Available in a range of shapes and dimensions to accommodate different lesion sizes and clinical needs.
FeaturesDisposable LEEP (LLETZ) electrodes provide controlled excision and intraoperative hemostasis. The product line includes multiple electrode shapes and sizes to support various clinical indications in gynecological practice.
Core Advantages- Fine tungsten wire for continuous cutting: cutting electrodes use fine tungsten wire with low impedance and anti-adhesion properties, enabling uninterrupted high-frequency cutting without breakage or deformation.
- Precise excision and tissue protection: minimizes thermal spread for accurate removal of pathological tissue while limiting injury to surrounding cervical tissue, supporting fertility preservation and reducing recurrence risk.
- Overmold shaft and broad compatibility: overmolded shaft reduces unintended thermal conduction; standard Ø2.36 mm connection ensures plug-and-play compatibility with most mainstream high-frequency electrosurgical generators.
- Complete hemostasis options: ball electrodes available for large-area fulguration and desiccation to address intraoperative coagulation needs.
Product Specification- Size (Width × Length): 18×15 mm
- Connection: standard Ø2.36 mm
- Material: fine tungsten wire (low impedance, anti-adhesion)
- Compatibility: plug-and-play with most mainstream high-frequency electrosurgical generators
- Range: available in multiple shapes and dimensions to cover various clinical lesion scopes
- Optional electrodes: ball electrodes for fulguration and desiccation
Technical Specifications- Model code: TBCL-L18W15D
- Size: 18×15 mm
- Connection diameter: Ø2.36 mm
- Electrode material: fine tungsten wire
- Intended use: high-frequency electrosurgical minimally invasive gynecological cervical procedures (LEEP / LLETZ)
- Available options: multiple shapes/dimensions; ball electrodes for hemostasis