The Iontophoresis Pad utilizes the process of iontophoresis, which involves the introduction of ions into the skin using mild electrical currents, to deliver medication to the affected area.
Specifications
|
Serial Number |
Product Model |
Product Appearance |
Fill Volume |
Maximum current /maximum dose |
Electrode types |
|
01 |
ION-T01 |
|
1.5 cc |
4.0 mA / 80mA-min |
Active drug delivery electrode |
|
02 |
ION-T02 |
|
2.5 cc |
4.0 mA / 80mA-min |
Active drug delivery electrode |
|
03 |
ION-T03 |
|
4.0 cc |
4.0 mA / 80mA-min |
Active drug delivery electrode |
|
04 |
ION-T04 |
|
2.0 cc |
4.0 mA / 80mA-min |
Active drug delivery electrode |
|
05 |
ION-T05 |
|
/ |
/ |
Return electrode |
features

Buffered Iontophoresis Electrodes
Top-Rank Iontophoresis Electrodes are designed with a compact, low-profile structure to enhance drug delivery efficiency and promote quicker patient recovery. Constructed from non-sensitizing, hypoallergenic, medical-grade materials, each electrode offers a large adhesion surface that reduces sensation and boosts comfort for the patient. Additionally, these electrodes include a buffering agent that helps maintain the optimal pH level, thereby minimizing hydrolysis effects during treatment.
Variety of Sizes and Shapes
The iontophoresis electrodes are available in a range of shapes and sizes, tailored to different approximate fill volumes, with each electrode individually packaged for single-patient use. They are offered in 1.5 CC, 2.0 CC, 2.5 CC, and 4.00 CC variants. Intended solely for use by healthcare professionals, these electrodes are compatible with most powered delivery devices.


Provides Maximum Current Dispersion
Buffered iontophoresis electrodes are designed to deliver medication safely and accurately, providing uniform hydration and optimal current dispersion. Adhesives can be used to ensure even distribution of the medication and to prevent bubble formation.
Instructions for Use
Prepare the site by trimming hair, cleaning the skin, and drying the area thoroughly.
Dry thoroughly. An alcohol wipe should not be used to clean the skin as it may dry the skin and cause irritation.
Apply the medication and saline to one pad.
Position the joint midway through the full range of motion to find the placement area.
Remove the backing and place the patch in the desired location with the medication electrode over the treatment site.
Secure the patch by running your finger around the perimeter and outer edge. Do not press at the center of electrodes during initial application - this could compromise adhesion by forcing liquid on the adhesive.
If you have questions about the charge of the medicine and what side to place it on please contact your pharmacist or medical provider.
FAQ
Q1: How do iontophoresis pad work?
A1: TENS gel pads work by transmitting electrical impulses from a TENS machine through the gel pads to the skin. These impulses stimulate the nerves and help in blocking pain signals to the brain.
Q2: Can I do iontophoresis at home?
A2: Yes, there's a tried-and-true treatment for palmar as well as plantar (foot) excessive sweating called iontophoresis. Iontophoresis has been around for more than 70 years, it works, it's safe, it's non-invasive, you can do it at home, and it's elegantly simple.
Q3: Can I exercise with the gel pads on?
A3: Yes.Top-Rank iontophoresis pad is extremely flexible and adheres well to the skin under normal daily activities. The patch is designed to withstand vigorous motion and weight-bearing exercises. If you are very active or the patch begins to come loose, iomed patch can be wrapped, taped over, or used with bracing.
Q4: Are ionto pads safe to use?
A4: Yes, TENS gel pads are safe to use when used as directed. However, individuals with certain medical conditions or implanted devices, such as pacemakers, should consult with a healthcare professional before using TENS therapy.
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