The Valleylab REM™ Polyhesive™ Patient Return Electrode Pad (E7507) is a high-performance grounding pad designed for safe and effective electrosurgical procedures. Equipped with Valleylab’s REM (Return Electrode Monitoring) technology, it continuously monitors patient contact and automatically alerts the generator in case of unsafe conditions, reducing the risk of burns or improper grounding.
Its Polyhesive hydrogel adhesive ensures even current distribution, strong skin adherence, and gentle removal after surgery. The pad is compatible with a wide range of Valleylab and Medtronic electrosurgical generators.
Shah Trading Corporation, Mumbai is a trusted dealer, distributor, and supplier of Valleylab/Medtronic electrosurgical consumables, including the E7507 grounding pad, across India.
Key Features
* REM Safety Technology: Monitors patient contact quality and stops energy delivery if unsafe. * Polyhesive Hydrogel Adhesive: Provides consistent adhesion and comfortable removal. * Uniform Current Distribution: Reduces the risk of thermal injury during electrosurgery. * Flexible Pad Design: Conforms easily to patient contours for stable contact. * Compatible with Valleylab Generators: Designed for use with most Medtronic/Valleylab ESU systems. * Single-Use Sterile Pad: Ensures high hygiene standards and eliminates cross-contamination. * High Skin Compatibility: Suitable for a wide range of patient types and skin conditions.
Specifications
Parameter
Details
Brand
Valleylab / Medtronic
Model
REM™ Polyhesive™ Electrode
Product Code
E7507
Type
Patient Return Electrode (Grounding Pad)
Technology
REM Return Electrode Monitoring
Adhesive
Polyhesive Hydrogel
Application Area
Electrosurgery / ESU Procedures
Sterility
Sterile, single-use
Compatibility
Most Valleylab Electrosurgical Generators
Category
Electrosurgical Accessories
Supplier
Shah Trading Corporation, Mumbai, India
Product Usage
During electrosurgery, the Valleylab E7507 return electrode pad is applied to a flat, well-vascularized area of the patient’s skin. It safely returns electrical current from the patient back to the electrosurgical generator. The REM system continuously monitors pad contact and prevents energy delivery if contact becomes unsafe, ensuring maximum patient protection.
