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2024
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Application case of polyethylene glycol linking agent in medical equipment manufacturing industry
In the manufacturing process of medical devices, bonding technology is a crucial link, and polyethylene glycol linking agent is a widely used bonding material. A well-known medical device manufacturing company was developing a new type of minimally invasive surgical device when it encountered a challenge how to firmly bond the device parts of different materials together to ensure the stability and safety of the product.
After many investigations and experiments, the company decided to use polyethylene glycol linking agent as the adhesive material. Polyethylene glycol linking agent has excellent bonding performance and high temperature resistance, can effectively bond metal, plastic and rubber and other materials, while meeting the health standards of medical devices.
Through precise formulation and bonding process, the company has successfully bonded the various components of minimally invasive surgical instruments together with polyethylene glycol linking agents to ensure the integrity and durability of the product. This new minimally invasive surgical instrument finally passed the strict quality test and was successfully put into the market, which was highly praised by the market and medical staff.
This case fully demonstrates the important role of polyethylene glycol linker in the medical equipment manufacturing industry, and provides useful reference and enlightenment for other companies on similar issues.
After many investigations and experiments, the company decided to use polyethylene glycol linking agent as the adhesive material. Polyethylene glycol linking agent has excellent bonding performance and high temperature resistance, can effectively bond metal, plastic and rubber and other materials, while meeting the health standards of medical devices.
Through precise formulation and bonding process, the company has successfully bonded the various components of minimally invasive surgical instruments together with polyethylene glycol linking agents to ensure the integrity and durability of the product. This new minimally invasive surgical instrument finally passed the strict quality test and was successfully put into the market, which was highly praised by the market and medical staff.
This case fully demonstrates the important role of polyethylene glycol linker in the medical equipment manufacturing industry, and provides useful reference and enlightenment for other companies on similar issues.
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