China Suppliers Iontophoresis Electrode Pad for Hyperhidrosis Treatment - Professional Factory Quality
Key Features
- Fully conductive design for stable iontophoresis current delivery
- High-performance conductive silicone electrodes with graphite formulation
- Soft and skin-friendly structure for enhanced treatment comfort
- Embedded socket connection for secure and stable usage
- 2 mm pin connector compatible with most iontophoresis systems
- Durable and reusable hyperhidrosis electrode pads
- Optimized for professional and home-use iontophoresis therapy
Technical Specifications
| Item | Specification |
|---|---|
| Product Name | Iontophoresis Electrodes / Hyperhidrosis Electrode Pads |
| Material | Conductive Silicone & Graphite |
| Electrode Size | Approx. 20 × 29 cm |
| Connector Type | Embedded Socket |
| Pin Size | 2 mm |
| Application | Iontophoresis Therapy |
| Main Use | Palmar Hyperhidrosis Treatment / Plantar Hyperhidrosis |
Applications
These iontophoresis electrode pads are widely used in:
- Dermatology clinics
- Hyperhidrosis treatment centers
- Medical device distributors
- Home-use iontophoresis therapy systems
They support non-invasive management of excessive sweating in hands and feet.
What Is Hyperhidrosis?
Hyperhidrosis is a medical condition characterized by excessive sweating beyond normal thermoregulatory needs. It can occur regardless of temperature or physical activity level and may significantly impact daily life and confidence.
Palmar hyperhidrosis treatment using iontophoresis is a clinically recognized non-invasive method that helps reduce sweat gland activity and effectively control symptoms.
Why Choose Our Electrodes
Our design ensures optimal performance for both clinical and home iontophoresis therapy applications.
- Consistent therapeutic performance
- Reliable conductivity during repeated use
- Improved patient comfort during treatment
- Long-term durability for professional environments
OEM & ODM Services
CMAI provides full OEM & ODM support for iontophoresis electrode pads, including:
- Custom dimensions and shapes
- Custom connector configurations
- Private label branding
- Packaging customization
- Technical support for medical device integration
Quality & Compliance
All CMAI iontophoresis accessories are manufactured under strict quality control systems and tested according to international medical material standards:
- ISO 10993 Biocompatibility Testing
- Cytotoxicity Testing
- Skin Irritation Testing
- Medical-grade material safety evaluation
Ensuring safe and reliable skin-contact performance.
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Frequently Asked Questions
What are iontophoresis electrode pads used for?
Iontophoresis electrode pads are designed to deliver stable electrical currents during iontophoresis therapy. They are primarily used in clinical and home settings to treat excessive sweating (hyperhidrosis) in the hands (palmar) and feet (plantar).
What materials are used to manufacture these electrodes?
Our electrodes are manufactured using high-performance conductive silicone combined with a specialized graphite formulation. This ensures reliable conductivity, durability, and a soft, skin-friendly structure for maximum patient comfort.
Are the hyperhidrosis electrode pads reusable?
Yes, these conductive silicone and graphite electrodes are highly durable and designed for multiple uses, making them ideal for long-term clinical use and home therapy systems.
What type of connector is compatible with these electrode pads?
The pads feature an embedded socket connection designed for a standard 2 mm pin connector, rendering them compatible with the majority of commercial iontophoresis devices available on the market.
Do you offer custom branding or OEM/ODM services?
Yes, CMAI provides comprehensive OEM & ODM services, including custom sizes, shapes, connector configurations, private labeling, custom packaging, and integration support for medical device manufacturers.
Are these electrodes certified for biocompatibility and safety?
Absolutely. All CMAI iontophoresis accessories are tested under strict international medical standards. They comply with ISO 10993 biocompatibility testing, cytotoxicity testing, and skin irritation testing to ensure safe skin-contact application.