Rhythmlink Disposable Stimulating Sticky Pad EMG Surface Electrode (80/Box)

These disposable stimulating electrodes are available in two specific pad sizes to accommodate various application requirements:

• Small Pad: 15 x 20 mm
• Large Pad: 20 x 25 mm

Yes, these electrodes are offered in three distinct lead wire lengths to ensure flexibility and adequate reach for various physiological stimulation procedures:

• 1.5 meters
• 2.5 meters
• 3.0 meters

The Rhythmlink Disposable Stimulating Sticky Pad EMG Surface Electrodes are packaged to maintain hygiene and convenience for clinical use.Each box contains a total of 80 electrodes.

For easy handling and to ensure product integrity, the electrodes are organized as follows:

• 20 metallized foil pouches
• With 4 electrodes secured in each individual pouch

Yes, these Rhythmlink Disposable Stimulating Sticky Pad EMG Surface Electrodes are latex-free, making them suitable for patients with sensitivities and reducing the risk of allergic reactions. For further assurance, the product packaging is also PVC-free.

These electrodes utilize a specialized, aggressive hydrogel known as the AG702 stimulating hydrogel. This formulation is critical for ensuring effective physiologic stimulation and patient safety.

Key advantages of the AG702 hydrogel include:

• Superior Adhesion: The aggressive formulation ensures the pad stays securely in place, maintaining firm contact throughout the procedure.
• Safety Focus: By maintaining reliable contact, this specialized hydrogel design helps to minimize the risk of burns during stimulation procedures.

No, these Rhythmlink Disposable Stimulating Sticky Pad EMG Surface Electrodes are not sterilized.

They are supplied as factory new, single-use disposable devices specifically engineered for reliable physiologic stimulation.

Key Packaging Details:

• Total Quantity: 80 electrodes per box.
• Organization: 20 metallized foil pouches, with 4 electrodes in each pouch.
• Safety Feature: The electrodes are latex-free, and the packaging is PVC-free, maximizing user comfort and compliance.

Yes, the Rhythmlink stimulating sticky pad features robust, molded safety connectors designed specifically for durability and reliable physiologic stimulation.

These safety-focused connectors include:

• Ample Built-in Strain Relief: This critical feature helps prevent damage to the tinned copper leadwires at the connector junction, ensuring long-term integrity and reliability throughout procedures.
• Secure Interface: The connectors adhere to the DIN 42 802 standard, guaranteeing a high-compliance, secure connection necessary for minimizing burn risk and maximizing stimulation effectiveness.

The leadwires for these Rhythmlink stimulating electrodes are constructed from robust materials designed for reliable signal transmission and safety during use. They feature excellent conductivity and protection:

• Conductor: Made from tinned copper.
• Jacket: Encased in a durable PVC jacket.
• Connector: Utilizes DIN 42 802 standard molded safety connectors.

A key durability feature is the ample built-in strain relief integrated into the molded safety connectors, which helps prevent damage and ensures reliable connectivity even with frequent handling. The leadwires are also color-coded, available in Black, Red, Blue, and Green, to assist with identification.

Yes, these electrodes utilize a specialized, aggressive stimulating hydrogel, known as AG702, which is uniquely formulated for safe and effective physiologic stimulation.

This hydrogel ensures optimal performance by prioritizing both secure placement and patient safety:

• Secure Adhesion: The aggressive formulation is designed to ensure the electrode stays firmly positioned throughout the procedure, enhancing compliance.
• Minimized Risk: The design and specialized hydrogel work together to actively minimize burn risk during stimulation procedures.
• Optimized Performance: The AG702 hydrogel is specifically tailored to enhance and optimize physiological stimulations.

The Rhythmlink electrode pads are constructed from high-quality components specifically chosen for robust physiologic stimulation and user safety. Their design focuses on durability and reliable connectivity.

The key materials include:

• Pad Construction: A conductive vinyl layer coated with protective cotton micropore.
• Pad Backing: Durable Mylar provides stable support for the pad.
• Stimulating Hydrogel: The pad utilizes the aggressive, specially formulated AG702 stimulating hydrogel. This feature ensures superior adhesion and helps minimize the risk of burns during stimulation procedures.

Additionally, the electrode is confirmed to be latex-free.