Medical physiotherapy electrode pads, 50-50mm, 2.0mm perforated wire type.
✅ Conductive Material: Medical non-woven fabric + hypoallergenic hydrophilic conductive gel
✅ Authoritative Certifications: ISO13485, CE Medical Device Compliance
✅ Customization Services: Size / Shape / Silkscreen logo / Individual packaging OEM
✅ Compatible Devices: TENS intermediate frequency device, rehabilitation therapy device, muscle stimulation massager
This series consists of disposable medical-grade physiotherapy electrode pads made from hypoallergenic, hydrophilic, and conductive hydrogel material. They are compatible with various mid-frequency rehabilitation physiotherapy devices, offering excellent fit and a low sensitization rate.
This product supports full OEM customization of specifications, packaging, and logo, and possesses complete medical device qualifications. It can meet the bulk purchasing needs of physiotherapy clinics, hospitals, and branded retailers.
Features
Shenzhen Tianyi Heng Technology has been deeply involved in the R&D and production of physiotherapy electrode pads for 17 years. We specialize in conductive patches for TENS and EMS low-frequency physiotherapy equipment.
We possess a complete medical device compliance production system and hold ISO13485 quality management system and CE certifications. We can provide long-term, stable supply to global physiotherapy equipment brands, rehabilitation hospitals, and physiotherapy chain stores.
High Performance
Good electrical conductivity, strong adhesion, and low impedance.
Rich Styles
Full range of styles, covering various sizes, shapes, and interfaces
OEM/ODM Customization
We can customize electrode sheets according to your needs.
CE / RoHS Certification
Meets multiple quality standards and is harmless to the skin.
GET IN TOUCH
ODM/OEM, free sampling
Fast delivery in 7-15 days
Draft design within 48 hours
Respond to your request in 24h
Call us
Office
301, building E, Jinhao entrepreneurship Park, No.9,Dafu Industrial ZoneGuanlan street, Shenzhen,Guangdong,China
