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China Supplier Factory Square Lead Wire Therapy Electrode Pads for Reliable Physiotherapy and Pain Relief
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China Supplier Factory Square Lead Wire Therapy Electrode Pads for Reliable Physiotherapy and Pain Relief

The square lead wire therapy electrode pad is an essential component of our therapy care and adhesion solution, designed for optimal performance. Manufactured in China using medical-grade, conductive materials that are skin-friendly, this electrode pad features an integrated lead wire design that guarantees stable signal transmission. Its versatile placement allows for use on the back, waist, and limbs, addressing common issues such as loose connections, signal loss, and pad displacement during therapy sessions, As a leading supplier in the industry, our factory prioritizes quality and reliability, making daily physiotherapy and pain relief straightforward and effective. Trust our square lead wire therapy electrode pad for a dependable solution to your therapeutic needs

    Product Highlights

    Square Lead Wire Therapy Electrode Pads
    🛡️
    Medical-grade hypoallergenic conductive gel combined with breathable non-woven fabric backing – non-irritating, non-allergenic.
    📐
    Square design (5cm×5cm, 7cm×10cm, etc.) fits flat skin areas evenly, providing uniform coverage.
    🔌
    Integrated shielded lead wire (1m to 2m) offers strong anti-interference signal transmission.
    💎
    Stable conductivity and moderate adhesion; stays in place during activity and removes without residue.
    ⏱️
    Enhanced durability: Each single use supports up to 46 hours of therapy needs.

    Company Capabilities

    ✨ Customization Available: We offer flexible sizing (small spot treatment to large area coverage), corner radius options (right-angle or rounded anti-curling), and varied lead wire specifications (standard, high-shielded, or extended length).

    ⚙️ Advanced Processing: Precision die-cutting and optimized conductive gel formulations enhance transmission efficiency. Our products are fully compatible with both home-use therapy devices and professional clinical rehabilitation equipment.

    🌐 Versatile Support: Ideal for muscle relaxation, joint soothing, and nerve stimulation across home, rehab centers, and therapy clinics.

    Industry Applications

    Our electrode pads are engineered for diverse professional and personal environments:

    • 🏠 Home Care: Daily muscle relaxation and pain management.
    • 🏥 Rehabilitation: Postoperative functional recovery and physiotherapy.
    • 💼 Office Wellness: Neck, shoulder, and back relief for sedentary workers.

    Particularly suitable for users requiring long-duration or large-area therapy. Designed for stationary use or light activity-assisted therapy, providing stable and continuous signal support.

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    Frequently Asked Questions

    Are these electrode pads compatible with all TENS/EMS units?
    Yes, our pads feature standard lead wire connections compatible with most home-use and professional therapy devices. Custom lead wire specifications are also available.
    How many times can a single pad be used?
    Our high-quality conductive gel is designed for durability, supporting up to 46 hours of cumulative therapy time depending on skin conditions and care.
    Is the gel safe for sensitive skin?
    Absolutely. We use medical-grade hypoallergenic conductive gel and breathable non-woven backing to ensure minimal irritation even during long-term contact.
    Can I request a custom size or shape?
    Yes, we provide full customization services including specific dimensions, rounded or right-angle corners, and varied fabric backings to suit your needs.
    Do the pads leave any sticky residue after removal?
    No, our gel formulation is engineered for moderate, long-lasting adhesion that peels off gently without leaving residue on the skin.
    What is the advantage of the integrated shielded lead wire?
    The shielded design provides superior anti-interference performance, ensuring a stable and uninterrupted signal transmission for more effective therapy.