Iontophoresis Patches - China Iontophoresis Patches Manufacturers Suppliers Factory

What is Iontophoresis Patches

Iontophoresis patches are medical devices that use electric current to deliver medication through the skin to treat various medical conditions, such as hyperhidrosis, pain, and inflammation. The device consists of a small battery-powered unit that generates a low-level electrical current, which is passed through the skin via a specialized patch or electrode. The medication, in the form of a gel or cream, is placed on the patch or electrode and penetrated into the skin, where it is absorbed by the underlying tissues and transported to the targeted area. Iontophoresis patches have become increasingly popular due to their ease of use, non-invasiveness, and effectiveness in delivering medication directly to the site of injury or pain.

Iontophoretic Reservoir Electrodes
Materials: The assembly uses a screen-printed Ag/AgCl ink layer on a 100-micron PET substrate. The reservoir consists of a multi-ply, medical-grade rayon/polyester non-woven blend, selected for high
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Iontophoresis Drug Delivery Patches
Stop dealing with chemical burns and leaking reservoirs. We manufacture custom iontophoresis drug delivery patches with advanced pH buffering and precise fill volumes.
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Iontophoresis Patch With Battery
Platform Type: Self-Contained Drug Delivery Platform.Power Integration: Integrated Micro-Power Architecture (Low-voltage DC).Delivery Profile: Sustained Delivery Window (Extended contact
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Iontophoresis Patches
System Type: Active Transdermal Patch (Integrated Battery).Power Source: Galvanic Zinc-Silver Oxide (Self-Powered).Dosage: 80 mA-min (Standard Therapeutic Dose).Fill Volume: 1.3cc – 1.5cc
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Iontophoresis Patch
Product Type: Wireless Iontophoresis Patch (Self-Contained)Power Technology: Galvanic Power Generation (Zinc - Ag/AgCl) – No external device neededDosage: 80 mA-min (Standard)Wear Time: ~14 Hours
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Iontophoresis Electrode
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Iontophoresis Pad
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Iomed Patch For Drug Delivery
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Iontophoresis Electrode For Drug Delivery
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Iontophoresis Pad For Drug Delivery
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Private Label Iomed Patch
The Iontophoresis Pad is a specialized medical device used for transdermal drug delivery, primarily for the treatment of hyperhidrosis (excessive sweating).
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Private Label Iontophoresis Electrode
Materials: Constructed using a medical-grade foam or non-woven cloth backing, an Ag/AgCl conductive layer on a PET substrate, and a non-reactive synthetic fiber reservoir.Standards: Manufacturing
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Features of Iontophoresis Patches

Non-Invasive Drug Delivery

One of the main advantages of iontophoretic patches is that they provide a non-invasive method of drug delivery. This means patients do not need to undergo injections or other painful procedures to receive treatment.

Topical Treatment

Because iontophoresis patches rely on electrical charges to deliver drugs, they are able to provide very targeted treatment to specific areas. This is particularly useful for conditions such as arthritis or other types of joint pain, where drugs need to be delivered directly to the affected joint to be effective.

Control Dose

Another major benefit of iontophoresis patches is that they provide a controlled dose of medication. The charge used to deliver the drug can be adjusted to ensure that the right amount of drug is always delivered. This is particularly useful for patients who require precise medication dosing.

Reduce Side Effects

Because iontophoresis patches provide localized treatment and controlled dosing, they often reduce the risk of side effects associated with traditional medications. This is especially important for patients who may be sensitive to certain types of medications or have a history of side effects.

Types of Iontophoresis Patches

Iodine Ion Introduction Patch
Iodine iontophoresis patches are one of the most common types. It uses iodide ions as the delivery drug, alternating with electrodes to deliver the ions. Iodine iontophoresis patches are commonly used to treat gout and other arthritis pain.

Fluoride Ion Introduction Patch
Fluoride iontophoresis patches are another type that can be used to treat gout and other inflammatory conditions. Fluoride ions have anti-inflammatory and analgesic properties and can be delivered both on the surface and deeper layers of the skin.

Glutamic Acid Iontophoresis Patch
Glutamate iontophoresis patches are commonly used to treat sports injuries such as sprains and neuralgia. Glutamate ions have analgesic and anti-inflammatory effects. They can be delivered deep into the skin through iontophoresis patches and act directly on lesions.

Bromide Ion Introduction Patch
Bromide iontophoresis patches use bromide ions as a delivery drug and can be used to treat problems such as excessive sweating and acne. Bromide ions can relieve skin allergies and skin inflammation. Bromide iontophoresis patches are delivered through the use of alternating electrodes.

Working Principle Of Iontophoresis Patches

Iontophoresis Mechanism

Iontophoresis patches drive ions into the skin by applying an electric current to the skin surface. Skin is a complex structure with a natural electrical charge, and ions are molecules with electrical charges. When an electric current is applied to the surface of the skin, it attracts oppositely charged ions, causing them to migrate through the skin toward the electrodes.

Ion Gating

The drugs used in iontophoresis patches are usually ionized drugs that dissolve in water and generate an electric charge. Therefore, the ionic properties and size of a drug influence its ability to penetrate. For example, smaller ions can penetrate skin cells more easily, and charged ions can also repel other oppositely charged molecules in the skin, reducing resistance in the skin layer.

Current Intensity And Time

The intensity and time of the current also have an important impact on the work of the iontophoresis patch. Higher currents can speed up ion migration, but may also cause skin irritation and discomfort. Therefore, the appropriate current intensity and time need to be determined according to the characteristics of the drug and the condition.

Skin Properties

Finally, the properties of the skin also affect how the iontophoresis patch works. The stratum corneum on the skin surface is the first barrier of the skin, and the pores and sweat glands in the skin are the main pathways for drugs to enter the skin. The absorption rate is affected by factors such as absorption surface area, skin thickness, skin humidity, and drug concentration.

How to Choose Iontophoresis Patches

Medication Type
When choosing an iontophoresis patch, it is important to consider the type of medication that will be used. Some patches are designed to deliver specific medications, such as corticosteroids or lidocaine. Make sure the patch you choose is compatible with the medications you plan to use.

Skin Type
The patch should be suitable for your skin type. People with sensitive skin may want to choose a gentle, non-irritating patch. People with oily skin may prefer patches with strong adhesive.

Size
Choose a patch that fits the size of your treatment area. Larger patches are typically used on larger areas of the body, such as the back or chest, while smaller patches can be used on the face or hands.

Adhesion Strength
The adhesive strength of the patch is an important consideration. Patches with weak adhesives may not stay in place during treatment, while patches with strong adhesives may be difficult to remove without causing skin irritation.

Durability
It is important to choose a patch that is durable enough to withstand repeated use. Some patches may only need to be replaced after one or two treatments, while others may last a few days.

How to Maintain Iontophoresis Patches

Store Patches Correctly
Store the patch in a cool, dry place away from direct sunlight. This will help maintain the integrity of the adhesive and prevent the patch from drying out.

Clean Skin Before Use
Before applying the patch, make sure the area of skin where the patch will be applied is clean and dry. This will help ensure that the patch is applied correctly and stays in place.

Replace Patches Regularly
Iontophoresis patches should be changed daily or every few days, depending on the type of patch and the condition being treated. This will help ensure the patches stay fresh and effective.

Remove Patch Gently
Be gentle when removing the patch to avoid damaging the skin or the patch itself. Use gentle, steady pressure to remove patches, rather than tugging or pulling on them.

Proper Disposal of Patches
Iontophoresis patches should be disposed of in accordance with local regulations. Please check with your local waste management agency to determine how to safely and responsibly dispose of the patch.

How to Maintain Iontophoresis Patches

01/

Clean Skin
Before applying the patch, it is important to clean your skin thoroughly with soap and water. This will help remove any dirt or oil that may interfere with your iontophoresis treatment.

02/

Replace Patches Regularly
The lifespan of an iontophoresis patch is typically about 10 times. After this time, they may lose their effectiveness and it is important to replace them with new patches so that the treatment continues to work properly.

03/

Store Patches Correctly
Iontophoresis patches should be stored in a cool, dry place away from direct sunlight. Extreme heat or cold can affect the effectiveness of patches, so they must be stored appropriately.

04/

Avoid Contact with the Sticky Side of the Patch
When applying the patch, avoid touching the adhesive side of the patch with your fingers as this will reduce the adhesiveness of the patch. Instead, use the edges of the patch to hold it against your skin.

05/

Use Skin Protectant
If you find that the patch causes skin irritation, you can use a skin protectant, such as hydrogel or petroleum jelly, to create a barrier between the patch and your skin.

06/

Do Not Use Damaged Patches
If the patches are damaged in any way, such as torn or folded, they should not be used as this will affect the effectiveness of the iontophoretic treatment.

Applications of Iontophoresis Patches

Relief the Pain
Iontophoresis patches can be used to deliver pain relief medications directly to the source of pain. The patch is placed on the skin and applies a low level of electrical charge to the area. This charge helps the drug penetrate the skin and reach the nerves underneath. This treatment is particularly effective for localized pain, such as sore shoulders or knees.

Anti-Inflammatory Treatment
Iontophoresis patches can also deliver corticosteroids, such as hydrocortisone or prednisone, to reduce inflammation in the target area. This treatment is particularly effective for conditions such as tendonitis or bursitis where localized inflammation causes discomfort.

Medication Delivery
Iontophoresis patches can also be used to help deliver medications that would otherwise be unable to penetrate the skin. This therapy can be used to treat a variety of conditions, such as migraines, nausea, and even acne. The patch is applied to the skin, and the electrical charge helps the drug penetrate the skin layers and enter the bloodstream.

Medical Diagnosis
Iontophoresis patches can also be used to determine the cause of localized sweating, such as hyperhidrosis. Place the patch on the affected area and apply a slight electrical charge. This causes the sweat glands to produce sweat, which is then analyzed to determine if any underlying medical conditions are present.

TOP-RANK HEALTH CARE：Your Trustworthy Iontophoresis Patches Supplier！

Our company was established in 2000 in Zhejiang Province, China. Our company specializes in the production of pain management products, including electrodes, TENS/EMS equipment, conductive clothing, and other ancillary products such as grounding mats, conductive gel, etc.

Rich Products

Our company mainly produces electrode pads, conductive gels, iontophoresis patches, grounding pads, hydrogels, etc. And our products are exported to Canada, the United States and other countries.

Quality Assurance

Our self-developed conductive hydrogel has been approved for marketing in the United States and has obtained FDA 510K certification. And we have also obtained MDSAP system certification and Health Canada medical device license. Finally, the factory is ISO13585/MDSAP/ISO14001 certified.

Customizable

We have more than 10 years of production experience, and all products can be customized OEM and ODM. It has a full set of modern production equipment, established a hydrogel laboratory in 2017, and successfully launched an independently developed hydrogel project.

Leading Service

We have many years of industry experience and a complete production management, quality supervision, sales service operation system. Whether you want to buy different specifications of production electrode pads, or conductive gel, you just need to send your requirements via email and we can customize the product for you. We also accept OEM customization.

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Frequently Asked Questions

Q: What is an iontophoresis patch?

A: An iontophoresis patch is a medical device that uses a low-level electrical current to deliver medication through the skin. It is a small adhesive patch that is placed on the skin and connected to a machine that delivers the electric current. The patch is used to treat a variety of conditions, such as pain, inflammation, and skin disorders, by delivering medications directly to the affected area. The current helps drive the medication into the skin, increasing its effectiveness and reducing side effects. Iontophoresis patches are safe and easy to use, and are commonly used in clinics and hospitals for various medical treatments.

Q: How does an iontophoresis patch work?

A: An iontophoresis patch uses a small electric current to deliver medication through the skin. The patch contains a reservoir of medication and two electrodes that are placed on the skin. The electrodes are connected to a small battery-powered generator that delivers an electric current to the medication in the patch. This current causes the medication to move through the skin and into the body. The patch can be worn for a certain period of time, typically anywhere from a few hours to a few days, depending on the type of medication and the condition being treated. The patch is often used to deliver pain medication or other drugs to treat conditions such as arthritis, neuropathic pain, or other chronic pain conditions.

Q: What conditions can iontophoresis patches be used to treat?

A: Iontophoresis patches can be used to treat a variety of conditions, including: hyperhidrosis (excessive sweating) of the hands, feet, and underarms, local inflammation and pain such as joint pain or tendinitis, athlete's foot, fungal infections such as onychomycosis , acne and other skin conditions, and neurological conditions such as muscle spasms and multiple sclerosis.

Q: What types of drugs are commonly delivered through iontophoresis patches?

A: Some drugs commonly delivered through iontophoresis patches include lidocaine, fentanyl, and ketoprofen for pain relief, dexamethasone for inflammation, and pilocarpine for dry mouth.

Q: How long does it take for an iontophoresis patch to start working?

A: According to medical professionals, it can take several weeks to notice the full effects of iontophoresis for conditions like hyperhidrosis (excessive sweating). Some patients may start to see some improvement after the first few treatments, while others may take longer to notice a difference. If you have questions about the effectiveness of treatment, be sure to follow the recommended treatment plan and talk to your health care provider.

Q: How often can iontophoresis patches be used?

A: But according to medical sources, iontophoresis patches should be used as directed by a healthcare professional or according to the instructions included with the product. In general, the frequency of use depends on the condition being treated, the strength of the amperage, and the patient's response to treatment. Be sure to follow recommended guidelines to avoid overuse or misuse, which can lead to skin irritation or other complications.

Q: What are the risks or side effects of using iontophoresis patches?

A: Some people may experience skin irritation or redness when using the iontophoresis patch. This is usually a temporary side effect and may go away after treatment is completed. Second, some people may have an allergic reaction to the patch material, causing itching, rash, or hives. Finally, iontophoresis patches may dry out the skin, especially if used too often or for too long. This can cause the skin to become flaky or itchy.

Q: Can iontophoresis patches be used on all areas of the body?

A: Iontophoresis patches may not be suitable for use on all areas of the body. The patches are designed to deliver medication or other substances through the skin using a small electrical current. They are commonly used on areas such as the arms, legs, and back, but should not be used on sensitive areas such as the face or genitals. It is important to follow the instructions and recommendations of your healthcare provider when using iontophoresis patches.

Q: Can iontophoresis patches be used on pediatric patients?

A: Before using iontophoresis patches on pediatric patients, it is critical to consult a healthcare professional for individualized medical advice.

Q: Do I need a prescription to use iontophoresis patches?

A: In most countries, iontophoresis patches are considered medical devices and require a prescription from a licensed healthcare provider. It is important to consult a qualified healthcare professional before using any medical device.

Q: Are iontophoresis patches covered by insurance?

A: Insurance coverage for iontophoresis patches may vary based on an individual's insurance plan, medical condition and other factors. It is recommended to contact your insurance company or check your policy to determine coverage for the iontophoresis patch.

Q: Can iontophoresis patches be used in conjunction with other treatments?

A: Yes, iontophoresis patches can be used in conjunction with other treatments, but it is important to consult with a healthcare professional before doing so. Depending on the specific treatment and medical condition, using iontophoresis patches alongside other treatments may have potential risks or negative interactions. A healthcare professional can provide guidance on the best course of action for your individual case.

Q: How long can an iontophoresis patch be left on?

A: The length of time that an iontophoresis patch can be left on depends on the specific product and the instructions provided by the manufacturer. Generally speaking, iontophoresis patches are designed to be worn for several hours at a time, with most manufacturers recommend leaving the patch on for 2-4 hours. It is important to follow the instructions carefully and not leave the patch on for longer than recommended as this may cause skin irritation or other side effects.

Q: Are iontophoresis patches disposable or reusable?

A: Iontophoresis patches are usually disposable and are designed for single use. Once they have been used, they are disposed of and a new patch is used for the next treatment session.

Q: Can iontophoresis patches be used by individuals with sensitive skin?

A: Iontophoresis patches are generally safe and can be used by people with sensitive skin. However, some people may experience skin irritation or allergic reactions due to the adhesive used in the patch or the electrical current used in the treatment. If you have sensitive skin or are prone to skin irritation, it is recommended to consult a healthcare professional before using an iontophoresis patch. Additionally, it is important to use the patch as directed and to discontinue use if you experience any adverse reactions.

Q: How do iontophoresis patches differ from traditional transdermal patches?

A: Iontophoresis patches use a low-level electrical current to transport medication through the skin and into the body, while traditional transdermal patches use a chemical or physical means to release medication through the skin. Iontophoresis patches require a separate power source, such as a battery, to generate the electrical current, while traditional transdermal patches do not require any external power source. Iontophoresis patches are also typically used to deliver medications that cannot be delivered through traditional transdermal patches due to their molecular properties.

Q: Are there any limitations to using iontophoresis patches?

A: Some people may experience skin irritation or allergic reactions to the adhesive used in the patch. And people with certain medical conditions (such as pacemakers or epilepsy) should avoid using iontophoresis patches because they may be sensitive to the electrical current used. Finally, the size of the treatment area may be limited by the size of the patches, so larger body parts may require multiple patches.

Q: How do I properly store iontophoresis patches?

A: Keep the patch in its original packaging until use. Then store the patch in a cool, dry place away from direct sunlight, heat, or moisture. Finally, keep the patch out of the reach of children and pets. Note that specific instructions may vary depending on the type of iontophoresis patch you have, so it's always a good idea to read and follow the manufacturer's instructions.

Q: Can iontophoresis patches be used during pregnancy or breastfeeding?

A: We recommend consulting a healthcare provider before using any medication or medical device during pregnancy or breastfeeding. There is limited research on the safety of iontophoresis patches during pregnancy and breastfeeding, so it's best to discuss the potential risks and benefits with your healthcare provider. The electrical current used in iontophoresis may affect the developing fetus or be passed to the baby through breast milk.

Q: What is the cost of using iontophoresis patches?

A: The cost of iontophoresis patches can vary depending on a variety of factors, such as brand, quantity, and location. It's best to check with your local pharmacy or medical provider for current prices.

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