New Medical Wound Materials - Application Scenarios

Qinhan Biotechnology is a company registered specifically for the research and production of biomedical materials. The company specializes in the research and production of biomedical materials, with a purification workshop and automatic equipment production line that meets GMP requirements. It specializes in the production of "degradable silk fibroin bio breathable membrane materials", which is the only product in China and the world that can be industrialized. Both the product itself and the production process have "green environmental protection". The product can be completely biodegraded, non-toxic and harmless, and has no residue or pollution to the environment. Biofilm materials can be applied in the fields of medical external application and beauty and skincare. In the field of biomedical membrane materials, the company continuously innovates and transforms the latest technological achievements into products needed by society, which are applied in a wide range of fields and serve the whole society.

Plays a key role in postoperative wound management in various surgical procedures such as cardiac surgery, orthopedic surgery, and general surgery. It can accelerate wound healing, reduce postoperative scar formation, improve overall surgical outcomes, shorten patient hospitalization time, and lower medical costs and patient burden.

New materials show unique advantages for chronic refractory wounds such as diabetes foot ulcers, pressure ulcers, venous ulcers, etc. It can promote tissue regeneration in chronic wounds, improve local blood circulation, effectively control infections, gradually repair damaged tissues, improve patients' quality of life, and reduce long-term care pressure.

In the wound repair of burn patients and the treatment of various injuries such as abrasions, cuts, tears, etc., it provides rapid pain relief, reduces exudation, and promotes epithelialization. Helps alleviate patient pain, prevent scar hyperplasia and contraction, promote wound function recovery, and enable patients to return to normal life and work faster.