1. Good biocompatibility, opening a new era of implantable medicine
Silicone materials have excellent biocompatibility, which is the key to their success in the field of medical implants. It does not trigger an overreaction of the human immune system and can coexist harmoniously with human tissues and organs. Taking artificial lenses as an example, in cataract surgery, artificial lenses made of silicone are implanted in the eye, and patients will hardly have rejection. The vision is well restored after surgery, and they can be stably present in the eye for a long time, providing patients with a clear vision. In the outer layer of the electrode lead of the pacemaker, the silicone coating can effectively isolate the direct contact between the electrode and the human tissue, reduce the inflammatory response, ensure the normal operation of the pacemaker, extend the service life, and protect the life and health of heart patients.

2. Both flexibility and stability help upgrade medical devices
The flexibility of silicone enables it to be made into medical devices of various shapes to meet complex medical needs. In catheter-type devices such as urinary catheters and gastric tubes, silicone materials are soft and smooth, which can reduce irritation and damage to the patient's mucosa, reduce the risk of infection, and improve the comfort of patients. At the same time, it has excellent chemical stability and can withstand a variety of disinfectants and drugs, ensuring stable performance during medical operations. In minimally invasive surgical instruments, silicone parts can bend flexibly, helping doctors to operate more accurately and improve the success rate of surgery.

3. Innovative application expansion, protecting special health needs
The innovative application of silicone in the field of medical health continues to expand. In terms of wound care, silicone dressings have the characteristics of breathability, moisturizing, and antibacterial, which can create a good healing environment for wounds, accelerate wound healing, and reduce scar formation. In the field of drug sustained release, silicone can be used as a carrier to control the release rate of drugs, achieve long-term treatment, improve drug efficacy, and reduce side effects. In cosmetic surgery, silicone prostheses are widely used in breast augmentation, rhinoplasty and other surgeries due to their natural feel and good stability, meeting people's pursuit of beauty.

With its unique properties, silicone has shown strong innovative vitality in the field of medical health. From implanted devices to daily care, from disease treatment to cosmetic surgery, it protects people's health in all aspects and injects new impetus into the development of the medical industry.