Home » Shop » hot sale » Aspen – Bovie – Es16R – Products (Symmetry) Leep/Lletz Electrode Tungsten Wire Square Loop Tip Reusable Nonsterile

Aspen – Bovie – Es16R – Products (Symmetry) Leep/Lletz Electrode Tungsten Wire Square Loop Tip Reusable Nonsterile

Original price was: $34.34.Current price is: $18.81.

Sale!
SKU: 738423BX-MKC-BX-RO-L Category:

Product Specifications

Below are the key product attributes and specifications that provide detailed information about this item:

Brand: BovieSold By: Box of 1Sterility: NonSterileApplication: LEEP/LLETZ ElectrodeWHSXX: MCKTip Type: Square Loop TipMaterial: Tungsten Wire

Product Overview

The Aspen Medical Products (Symmetry) – Bovie – ES16R – LEEP/LLETZ Electrode Tungsten Wire Square Loop Tip is a high-quality reusable electrode designed for precision surgical procedures. Featuring a durable tungsten wire construction, this nonsterile electrode ensures reliable performance and longevity. The square loop tip (10mm x 8mm) provides precise tissue excision, making it ideal for LEEP (Loop Electrosurgical Excision Procedure) and LLETZ (Large Loop Excision of the Transformation Zone) applications. Compatible with standard pencils that accept 2.3mm electrodes, this electrode offers seamless integration with electrosurgical units.

Features:
– Material: Tungsten wire for durability and conductivity
– Tip Type: Square loop (10mm x 8mm) for precise tissue removal
– Compatibility: Works with standard pencils accepting 2.3mm electrodes
– Reusable: Designed for multiple uses with proper sterilization
– Nonsterile: Requires sterilization before use
– Country of Origin: United States

Specifications:
– Manufacturer : ES16R
– Brand: Bovie
– Manufacturer: Aspen Medical Products (Symmetry)
– Application: LEEP/LLETZ procedures
– Dimensions: 8mm x 10mm
– Sterility: Nonsterile

Use Suggestion:
This electrode is best suited for gynecological procedures requiring controlled tissue excision. Ensure proper sterilization before each use and verify compatibility with your electrosurgical unit for optimal performance.