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Custom electrode pads

With over 20 years of experience in custom electrode fabrication, we offer CDMO services and are ISO 13485, FDA RX, FDA OTC, MDSAP, and CE certified. Our expert team specializes in tailored electrode pad solutions that meet each client's specific needs and applications.

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Snap-On TENS Electrodes
The production sequence involves punching a brass or stainless steel male rivet through a conductive carbon-coated non-woven backing. Before the highly cross-linked hydrogel is continuously coated
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Reusable Electrode Pads
The lamination stack bonds a spunlace or Tyvek backing to a carbon-infused conductive film, coated with a thick cross-linked carbomer hydrogel. The reusability is dictated entirely by the hydrogel's
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PE Foam TENS Electrodes
The structural stack bonds a 1.0mm white PE foam to a conductive carbon film, finished with a high-viscosity hydrogel layer. The closed-cell architecture of the PE foam structurally repels liquid
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Dual-Contact Electrodes
The manufacturing lamination stack is highly asymmetric. A single continuous 210x125mm spunlace non-woven backing serves as the foundation. However, the conductive carbon ink is screen-printed as two
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Butterfly TENS Electrodes
The lamination stack contains a multi-directional spunlace backing, an adhesive carbon film, and an elastomeric hydrogel matrix. Expanding the surface area alters the baseline electrical resistance.
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Snap-on Wireless TENS Pads
7-Layer Lamination Stack : The cross-sectional structure comprises hydrogel, adhesive carbon film, gray PU material, the magnetic snap, a PET/OPP base liner, black glossy PET, and black
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Stainless Steel Fabric TENS Electrodes
Materials: The construction utilizes a porous non-woven top layer, an interlocking stainless steel fiber knit, a dual-layer hydrogel matrix, and a PET release liner.Current Dispersion Logic :
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Replacement Gel Pads for TENS Machine
Materials: The core is a biocompatible, ionic hydrogel. It is protected by a blue PE/PET carrier film on one side and a clear PET release liner on the bottom.Standards: Produced under ISO 13485
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Electrode Stickers
Business Focus: Bulk wholesale electrode pads, custom shapes, and ready-to-sell retail packaging.Adhesive Performance: Formulated for multiple applications without losing grip or leaving sticky
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TENS Electrode Stickers
Materials: Constructed from a triple-layer laminate: a medical-grade PET release liner (100 micron), a screen-printed conductive carbon film (15-20 micron), and an ionic pHEMA-based hydrogel.ISO
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Custom TENS Machine Sticky Pads
Manufacturing Scope: B2B Bulk Production & Private Labeling Only.Adhesion Profile: Tunable Hydrogel Matrix (Validated adhesion performance across multiple repositioning cycles under controlled
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Custom TENS Machine Replacement Pads
Market Focus: OTC Retail, E-Commerce, and Subscription Replenishment.SKU Format: Finished Consumer Goods (Ready for pharmacy or fulfillment centers).Brand Strategy: Repeat Purchase Reinforcement
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What is Electrode Pad

An electrode pad is a sticky patch that contains conductive gel and is used in electrotherapy to deliver electrical impulses to the muscles or nerves of the body. It is typically a square-shaped pad made of adhesive material with a metal or carbon conductive layer. Electrode pads are often used in TENS (transcutaneous electrical nerve stimulation) or EMS (electrical muscle stimulation) therapy to relieve pain, improve circulation, promote muscle relaxation, and strengthen muscles. They are placed on the skin in the area of treatment and connected to a device that sends electrical signals through the pad.

Features of Electrode Pad

Varied Shapes and Sizes

Electrode Pad offer a diverse range of shapes and sizes to accommodate different body areas and treatment requirements. Whether we need pads for larger muscle groups or more targeted areas, Electrode Pad has options that cater to our specific needs. The availability of various shapes, such as square, rectangular, and circular pads, ensures optimal coverage and precise stimulation for different body contours.

Enhanced Adhesive Properties

One of the distinguishing features of Electrode Pad is its excellent adhesive properties. These pads are designed with a strong and reliable grip, ensuring they adhere securely to the skin. Electrode Pad's improved adhesion allows for extended use without the worry of frequent reapplication or premature pad peeling. This feature enhances mother's convenience and provides uninterrupted pain relief or muscle stimulation.

Innovative Gel Technology

Electrode Pad incorporates advanced gel technology into their electrode pads, further distinguishing them from traditional pads. This gel layer acts as a conductive medium between the electrodes and the skin, facilitating the transfer of electrical impulses at maximum efficiency. The gel also helps distribute the stimulation evenly across the pad surface, preventing hot spots or uneven sensations. Moreover, the gel is hypoallergenic and designed to be gentle on the skin, reducing the likelihood of irritation or discomfort.

Compatibility and Versatility

Electrode Pad are compatible with a wide range of TENS and EMS devices, allowing mothers to enjoy the benefits of these pads with their preferred units. This compatibility ensures that individuals can leverage the advantages of Electrode Pad without the need for additional equipment purchases.

Types of Electrode Pad

Self-Adhesive Electrode Pads
Self-adhesive electrode pads are the most common type of electrode pads. They are easy to use and do not require any adhesive. These pads are made of conductive gel that adheres directly to the skin. They usually come in various sizes and shapes to fit different parts of the body.

Reusable Electrode Pads
Reusable electrode pads are another popular type of electrode pads. They are more cost-effective than self-adhesive pads because they can be reused multiple times. These pads are made of conductive material, such as carbon, and can be easily cleaned after use.

Disposable Electrode Pads
Disposable electrode pads are for single use only. These pads are typically used in clinical settings to ensure the highest level of hygiene. They are made of conductive gel encapsulated in a plastic casing. Once the mat is used, discard it.

Special Electrode Pads
Specialty electrode pads are designed for specific uses. For example, pediatric electrodes are designed specifically for children, while breastfeeding electrodes are designed for nursing mothers. Specialty electrode pads are generally more expensive than other types of electrode pads, but they provide better fit and performance for their specific uses.

Electrode Pads With Built-in Electrodes
Electrode pads with built-in electrodes are designed for convenience. They have built-in electrodes and require no external electrodes. These pads are generally more expensive than other types of pads, but they offer better fit and performance.

Materials of Electrode Pad

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Hydrogels

Hydrogel is one of the most commonly used materials in electrode pads. The material is soft and stretchy, making it comfortable for patients to wear for long periods of time. It is also biocompatible, which means it does not cause any harm to the skin. The hydrogel has good adhesive properties, ensuring the electrode pads stay in place during treatment.

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Polyurethane

Polyurethane electrode pads are another popular choice. This material is durable and can withstand repeated use. It is also flexible and comfortable for patients to wear. Polyurethane has good adhesive properties, ensuring the electrode pads stay in place during treatment.

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Silica Gel

Silicone electrode pads are known for their durability and ease of cleaning. Silicone can be cleaned with soap and water, making it easy to maintain hygiene. It is also biocompatible and does not cause any harm to the skin. Silicone is moderately flexible, making it comfortable for patients to wear.

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Cloth

Cloth electrode pads are made of soft, breathable material and are comfortable for patients to wear. Cloth electrode pads are reusable and can usually be washed in the washing machine. They have good adhesive properties, ensuring the electrode pads stay in place during treatment.

Parts of Electrode Pad

Adhesive Layer
The adhesive layer enables the electrode pads to adhere to the skin. This layer contains a gel substance that helps transmit the electrical impulses from the EMS device through the skin and into the muscles. It is important that the adhesive layer is strong enough to hold the pad in place during use, but gentle enough so that it does not cause discomfort or skin irritation when removed.

Conductor
Conductors are the materials that allow electrical current to flow between the EMS device and the muscles. Most electrode pads use silver or carbon conductors, which are highly conductive and can transmit electricity efficiently. The conductors must be securely connected to the adhesive layer to ensure proper electrical contact with the skin.

Backing Material
The electrode pad's backing material provides support and stability to the pad. It is usually made from a flexible material, such as foam or plastic, which allows the pad to conform to the shape of the body and move with muscles during use. The backing material also helps protect the conductor from damage or abrasion during use.

Connector
The connector is the part of the electrode pad that connects to the EMS device. It must be compatible with the device and securely connected to ensure proper electrical contact and smooth transmission of electrical current. Most electrode pads use snap or clip connectors, which are easy to use and reliable.

Shape and Size
The shape and size of the electrode pads can vary depending on the area of the body being stimulated and the specific EMS device being used. Some pads are larger and more rectangular, suitable for larger muscle groups, while others are smaller and more rounded, suitable for smaller areas. It is important to choose the correct electrode pad size and shape to ensure maximum effectiveness and comfortable use.

How to Choose Electrode Pad

Size and Shape
The size and shape of the electrode patch should be consistent with the target area. If the electrode patch is too large, there will be problems with leakage or inability to conduct electricity. If it is too small, it may cause skin allergies or easily cause current concentration, causing pain or burns.

Thickness
The thickness of the electrode patch is important for both comfort and conductivity. If the thickness is too thin, it will easily break, while if it is too thick, it may affect the conduction of current and affect the treatment effect.

Material
Electrode patches generally use conductive materials. Some common materials include carbon, copper, and metal alloys. The material can affect the efficiency of electrode patch conduction. In addition, the material of the electrode patch should also consider the allergic reaction of human skin.

Viscosity
The stickiness of the electrode patch is very important for the stability of electric shock and the conductivity of current. Some high-quality electrode patches use strong gel adhesives that can maintain good stickiness for a long time.

Repeatability
Whether electrode patches can be reused is also an important consideration when selecting electrode patches. Some electrode patches can be reused multiple times, making it more cost-effective and conducive to continuous treatment.

How to Wear it Correctly

Find Your Pain Area
First, it is necessary to identify the specific location of the pain. Sometimes the pain radiates outward, but for effective treatment, you need to find the most concentrated, painful source of pain and place electrode pads around that area.

The Distance Between Electrode Pads
The distance between pads can vary. However, in general, electrode pads should not touch each other and should be spaced at least 1 inch apart.

Placement of Electrode Pads
If you have a dual channel TENS unit, this means you can have 2 small electrode pads per channel, and up to 4 small electrode pads can be placed. This is especially useful if you need to cover a larger area of pain. We do not recommend placing electrode pads directly on joints such as knees, elbows, or ankles. Movement of the joint changes the adhesion of the pad.

Electrode Sheet Direction
The orientation of pad placement can also vary. You may have effective pad placement in one of three directions: vertical, horizontal, or diagonal. If your pain is widespread, using more pads and possibly diagonal placement will definitely help. For example, if you feel pain between your shoulders just below your neck, try placing two pads vertically on the left side of your spine and two pads on the right side of your spine. If your pain extends further above or below your shoulder, the pads can be angled to surround the area of discomfort.

Applications of Electrode Pad

Relieve Muscle Soreness

The electrode patch stimulates the nervous system through electrical current to improve muscle pain. This method creates an electrical current that interrupts the transmission of pain messages, thereby reducing symptoms such as soreness, inflammation, and discomfort.

Enhance Muscle Vitality

Electrode patches can also be used to enhance muscle strength and force tolerance. This highly regarded instant effect works by using a special electrical current to stimulate the muscles, causing them to contract and relax.

Increase Blood Flow

While relieving muscle soreness and enhancing muscle vitality, the electrode patch can also increase blood flow to muscles and skin. Increased blood flow helps relieve muscle soreness and promotes the delivery of nutrients, providing optimal conditions for muscle recovery.

Reduce Muscle Atrophy

Electrode patches can also reduce muscle atrophy in relieving pain and increasing muscle strength. In cases of muscle atrophy, electrode patches can restore muscle function and vitality by applying electrical stimulation to the muscles.

TOP-RANK HEALTH CARE：Your Trustworthy Electrode Pad 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 electrode pad?

A: An electrode pad is a small, adhesive pad that is used in conjunction with an electronic medical device to deliver electrical currents or impulses to various parts of the body. These pads typically attach to the skin and can be used to treat a variety of conditions, including muscle pain, inflammation, and nerve damage. Electrode pads are often used in physical therapy sessions, electrotherapy treatments, and other forms of medical treatments.

Q: How are electrode pads used?

A: Electrode pads are used in electromyography (EMG) tests, which measure the electrical activity of muscles. Here are the general steps for applying electrode pads: Clean the skin where the electrode pads will be placed with an alcohol wipe and shave if necessary. The backing of the electrode pad is then peeled off and placed on the skin where the muscle being measured is located. Then connect the electrode cables to the electrode pads and set the device to the appropriate settings. Finally, start the EMG test and the device will measure the electrical activity in the muscles through the electrode pads.

Q: What are electrode pads made of?

A: Electrode pads are typically made of a thin layer of conductive gel or adhesive, a layer of conductive carbon film, and a backing material such as foam or plastic. The gel or adhesive helps to conduct electrical impulses from the nerves and muscles to the electrode, while the carbon film provides a pathway for the electrical signal to travel through. The backing material provides support and insulation for the electrode. Some electrode pads may also include metals such as silver or copper, which can enhance conductivity.

Q: What is the purpose of electrode pads?

A: Electrode pads are used to transmit electrical signals to specific areas of the body. They are typically used in medical settings for diagnostic and therapeutic purposes, such as electrocardiograms (ECGs) and electrical muscle stimulation (EMS). The pads are placed on the skin and connected to a device that generates and regulates electrical currents. The electrical signals can help to diagnose and treat a range of medical conditions, including muscle pain, nerve damage, and cardiovascular disease.

Q: Are electrode pads safe to use?

A: Yes, electrode pads are generally safe to use as long as you follow the manufacturer’s instructions for use and properly maintain the pads. However, it is important to consult with a healthcare professional before using electrode pads, especially if you have any underlying medical conditions, such as heart problems or epilepsy. Additionally, you should avoid using electrode pads on broken skin or near the eyes and mouth.

Q: Can electrode pads be reused?

A: Electrode pads are typically designed for single-use and should not be reused to ensure hygiene and accuracy of results. The adhesiveness of the pads deteriorates with each use, which can lead to inconsistent results and discomfort for the user. Reusing electrode pads can also pose a risk for cross-contamination or the spread of infectious disease. It is recommended to dispose of used electrode pads properly and use new ones for each session.

Q: How long do electrode pads last?

A: The lifespan of electrode pads depends on various factors such as frequency of use, skin type, storage and maintenance. Generally, electrode pads can last for 10-30 uses, or around 2-3 months if they are well-maintained. However, it is recommended to replace the pads as soon as they lose their stickiness or if they become damaged or worn out.

Q: Do electrode pads have different sizes?

A: Yes, electrode pads come in different sizes such as small (2x2 inches), medium (2x4 inches), and large (2x3.5 inches). The size of the pad depends on the area of the body that needs stimulation. For example, smaller pads may be used for the face or hands, while larger pads may be used for the back or legs.

Q: Are electrode pads adjustable?

A: Yes, electrode pads are adjustable. They often come with adjustable straps and can be adjusted to suit the size and shape of the body part being treated. In addition, some electrode pads are designed to be cut to size to fit specific areas of the body. It is important to follow the manufacturer's instructions when adjusting electrode pads to ensure safe and effective use.

Q: What is the best way to store electrode pads?

A: The best way to store electrode pads is to keep them in an airtight bag or container in a cool and dry place. Avoid exposing them to extreme temperatures, direct sunlight, and moisture. Also, make sure to keep them away from any sharp objects or rough surfaces that could damage the gel layer of the pads. If stored properly, electrode pads can last for several months to a year before they expire.

Q: How often should you replace electrode pads?

A: Electrode pads should be replaced every 20-30 uses or when the adhesive begins to lose its stickiness. It is important to follow the manufacturer's instructions for replacing electrode pads to ensure proper function and safety.

Q: Can electrode pads be used on sensitive skin?

A: Electrode pads can be used on sensitive skin, but it is important to choose pads that are specifically designed for sensitive skin. Some pads are made with gel or foam that can irritate sensitive skin, while others are made with hypoallergenic materials that are gentle on skin. It is also important to properly clean and maintain the pads to prevent skin irritation. If you have sensitive skin, it is recommended to consult with a healthcare professional before using electrode pads.

Q: Do electrode pads come with instructions?

A: Yes, most electrode pads come with instructions on how to use them and how to apply them properly. These instructions usually include information on where to place the pads on the body, how long to keep them on, how to adjust the intensity of the electrical stimulation, and how to care for the pads. It is important to read and follow the instructions carefully to ensure safe and effective use of the electrode pads.

Q: Are electrode pads compatible with all devices?

A: No, electrode pads are not compatible with all devices. They are specifically designed to be used with certain devices, such as TENS (Transcutaneous Electrical Nerve Stimulation) units and muscle stimulators. It is important to make sure that the electrode pads you purchase are compatible with the device you are using to ensure safe and effective use.

Q: How do you clean electrode pads?

A: We recommend turning off the TENS device and disconnecting the electrode pads from the TENS device. And gently remove the electrode pads from the skin and dispose of excess gel. Finally, gently rinse the electrode pad with water to remove any remaining gel or debris. Remember not to soak the pads or use harsh cleaning solutions as they may damage the pads and reduce their effectiveness.

Q: What is the difference between electrode pads and electrodes?

A: Electrode pads are small sticky pads that attach to the skin and provide the conductive surface for the electrodes to transmit electrical signals to the body. Electrodes, on the other hand, are the conductive components that connect to the electrode pads and transmit the electrical signals to the device or machine. Essentially, the electrode pads are the interface between the skin and the electrodes, whereas the electrodes are the components that transmit the electrical signals.

Q: Can you use multiple electrode pads at once?

A: Yes, it is possible to use multiple electrode pads at once. However, it is important to ensure that they are placed correctly and are not overlapping on the same area of the skin, as this could cause discomfort or irritation. It is also important to follow the instructions provided with your specific electrode pad and electrotherapy device to avoid any potential risks or complications.

Q: How do you know when to replace the battery in your device for electrode pads?

A: Most devices have a low-battery light that flashes or beeps when the battery is low. And if stimulation from the pads is felt to be weak or non-existent, the battery may need to be replaced.

Q: Can electrode pads be used on pets?

A: Yes, electrode pads can be used on certain pets, such as dogs or cats, but only with proper guidance and instruction from a veterinarian or a certified pet physical therapist. Electrotherapy can be used to treat various medical conditions in pets, including arthritis, muscle weakness, and pain. However, it is essential to use the correct type and intensity of electrodes, as well as to familiarize oneself with the animal's physiology and behavior, to avoid hurting or distressing the pet.

Q: Are there any risks or side effects associated with using electrode pads?

A: Electrodes may cause skin irritation or redness at the area of use. Some people may be allergic to the gel used on the pads. If the electrode pads are left on for too long or the current is too high, it may cause skin burns. Always follow the instructions provided by the manufacturer and consult a healthcare professional before using electrode pads.

Find professional electrode pad manufacturers and suppliers in China here. With abundant experience, our factory offers high quality electrode pad made in China with competitive price. Welcome to contact us for custom service and wholesale service.

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