Iontophoresis device Electrode pad

The application of high-performance materials promotes the improvement of silicone electrode sheet performance, how to reshape the standard of electrical stimulation physiotherapy?

For a long time, traditional physiotherapy electrodes sheet have faced pain points such as large fluctuations in conductivity, high risk of sensitization, and decreased effect after repeated use. In response to these problems, the research team successfully developed a new generation of high-performance silicone electrodes sheet. The product uses medical-grade Silicone Composite materials and integrates the uniform distribution process of nano-conductive particles. On the basis of ensuring excellent conductivity characteristics, it also improves the product's flexibility, fit and skin friendliness.

The new generation of silicone electrodes sheet, with its material innovation and performance

optimization, not only significantly improves the physiotherapy effect, but also sets a new industry benchmark in terms of comfort, safety and durability, bringing revolutionary changes to the field of rehabilitation medicine.

1,Material innovation: Breaking through the technical bottleneck of traditional electrodes sheet

Traditional physiotherapy electrodes sheet generally have problems such as unstable conductivity, high skin allergy rate, and performance degradation after repeated use. The latest high-performance silicone electrode sheet uses medical-grade silicone composite materials and combines nano-scale conductive particle dispersion technology to achieve more flexible adhesion and lower skin irritation while ensuring excellent conductive properties.

"By optimizing the pore structure of the Silicone Substrate and the distribution of conductive fillers, we have reduced the impedance of the electrode sheet by 40% and significantly improved the signal transmission efficiency," said the head of the Biomaterials Research Institute. "This means that patients can get more accurate treatment effects with smaller current intensity, greatly reducing side effects such as skin burning sensation.

2,Performance breakthrough: Setting a new benchmark for electrical stimulation therapy

The technical advantages of the innovative silicone electrode sheet lie not only in the improvement of the basic materials, but also in its integrated design of multiple functions:

（1），Intelligent fitting system: It can dynamically adapt to the changes in the skin curvature of various parts of the human body to ensure stable attachment and no displacement during treatment;

（2），Anti-allergic and antibacterial surface treatment: Verified by authoritative organizations, its allergic reaction rate has dropped significantly by 91.7% compared with conventional products;

（3），Excellent durability: It can be reused more than 500 times, and the conductivity retention rate is as high as more than 95%.

These revolutionary improvements make the product particularly outstanding in three major medical fields: chronic pain relief (covering lumbar degenerative lesions and osteoarthritis), nervous system function reconstruction (such as limb function recovery after stroke), sports injury repair, etc. Rehabilitation experts from well-known domestic tertiary hospitals commented: "Clinical control study data show that the treatment plan using the new electrode sheet has increased its apparent efficiency by one-fourth, and the patient's treatment compliance has also been significantly improved."

3,Clinical Reshaping: From Pain Management to Neurorehabilitation

In the treatment of chronic pain, gradient conductive electrodes sheet combined with 40'C hot compress function can increase the pain relief rate by 40%. Spinal cord stimulation (SCS) technology helps paraplegic patients build neural pathways and achieve autonomous walking through a 16-contact silicone electrode sheet array. In home scenarios, self-adhesive silicone electrodes sheet do not require conductive gel, and with APP intelligent adjustment, the convenience of home physical therapy is increased by 50%.

4,Future Exhibition

The industry is accelerating its transformation towards intelligence and greenness. It is predicted that silicone electrodes sheet with integrated biosensors will account for more than 60% of the market share in 2030, and the application of bio-based degradable materials is expected to solve the problem of electronic medical waste. This technological revolution driven by materials is redefining the precision, safety and inclusiveness of electrical stimulation physiotherapy.

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