Amrex Rubber Pad with Sponge Insert

Yes, the Amrex Rubber Pad with Sponge Insert is specifically designed to function as a durable, single electrode component for electrical stimulation treatments. It is an essential accessory for electrical muscle stimulation devices used in clinical and therapeutic settings.

Key selling points include:

• Safety Enhanced Design: The conductive surface is safely encased within a protective rubber exterior, ensuring operational safety for both the patient and operator.
• Durability and Reusability: Constructed for multiple treatment uses, offering superior longevity compared to single-use alternatives.
• Versatile Sizing: The pad is available in five distinct sizes to accommodate various application areas:
  • 2” x 2”
  • 3” x 3”
  • 4” x 4”
  • 3.5” x 7”
  • 8” x 10”

The product is guaranteed to be delivered in Factory New condition.

Yes, the sponge insert is a standard, integrated component of the Amrex Rubber Pad assembly, which functions as a single electrode for electrical stimulation treatments.

This design prioritizes safety and durability:

• Integrated Component: The pad is supplied complete, with the conductive sponge insert safely nestled within the protective rubber exterior.
• Safety Focused: The robust rubber frame surrounds the conductive surface, enhancing safety during use and allowing for secure handling.
• High Reusability: The durable construction is specifically designed to withstand multiple treatment cycles.

The pads are available in five versatile sizes to suit different treatment areas, ranging from 2” x 2” up to 8” x 10”.

Yes, the Amrex Rubber Pad with Sponge Insert is available in five distinct size configurations to accommodate various treatment areas and clinical needs, ensuring precise application during electrical stimulation procedures.

The available dimensions are:

• 2” x 2” (5.1 cm x 5.1 cm)
• 3” x 3” (7.6 cm x 7.6 cm)
• 4” x 4” (10.2 cm x 10.2 cm)
• 3.5” x 7” (8.9 cm x 17.8 cm)
• 8” x 10” (20.3 cm x 25.4 cm)

Yes, the absorbent sponge insert is a critical component of the pad. It must be kept moist during use to ensure proper electrical transmission and consistent conductivity between the electrode and the skin.

Absolutely. Because they are available in five distinct sizes ranging from 2” x 2” to 8” x 10”, you can select the dimensions that best match the specific muscle group or area you are targeting for therapy.

Yes, each rubber frame is designed with a small circular port specifically engineered to securely accommodate the necessary electrical lead connections required for stimulation therapy.

Yes, the Amrex Rubber Pad with Sponge Insert is specifically engineered for high reusability in clinical settings, providing excellent value compared to single-use options.

This longevity is supported by its safety-focused construction:

• Durable Exterior: The conductive element is safely encased by a robust rubber exterior. This protective housing ensures secure handling and enhances the pad’s resistance to wear, allowing it to withstand multiple treatment applications over time.
• Reliable Performance: The design facilitates repeated use while maintaining function as a critical single electrode component for electrical stimulation procedures.

Yes, the Amrex Rubber Pad is specifically engineered for safety and durability during electrical stimulation treatments. Its construction ensures high security and reusability.

Key design features include:

• Safety-Enhanced Exterior: The conductive surface is safely housed within a durable, protective rubber exterior, which enhances safety for both the patient and the operator.
• Built for Reusability: This robust construction is designed to withstand multiple treatment uses in clinical settings, offering excellent longevity and value.
• Versatile Sizing: The pad is available in five different size options (including 2” x 2”, 4” x 4”, and 8” x 10”) to accommodate various treatment areas and clinical needs.

The Amrex Rubber Pad is produced in the US.

Yes, the Amrex Rubber Pad is engineered for professional medical environments. Its design prioritizes longevity and reliable performance for repeated clinical treatment sessions.