The hip joint protection sterile blister box uses medical-grade raw materials PETG and high-precision aluminum film, and is produced in a 10,000-level clean workshop; the interior is equipped with a medical-grade TPU material packaging bag, and the exterior is made of a double-layer medical hard blister box and Tyvek The packaging method is heat-sealed with a strong cover material. This complete packaging system has bacterial barrier properties, good sealing performance, strong protection for orthopedic implantable devices, and is suitable for sterilization methods such as EO, irradiation, and low temperature.

The double-layer sterile blister box can achieve aseptic operation and clean peeling, and meets the relevant legal and regulatory requirements for medical device packaging materials. The double-layer packaging can effectively protect the products inside from the external environment and is suitable for different implanted devices and surgical instruments. , choose different packaging solutions. For some large and heavy medical equipment products, it can prevent extrusion and internal sliding. The double-layer blister box can also effectively avoid the risk of drop damage. It can pass the drop test, and during use, the order of use should be taken into consideration. Its packaging can achieve relative safety, and the "sterile surgery concept" is strictly implemented into the entire design and development process of the packaging.

The characteristics of medical-grade TPU material packaging are wear resistance, puncture resistance, aging resistance, sealing, etc. Medical devices with sharp edges may accidentally scratch or pierce the sterile barrier. Once the sterile barrier is damaged, sterile medical treatment The device cannot be used safely. TPU packaging can effectively block the contamination of medical devices by falling particles caused by the friction of the inner packaging. Compared with the previous foam packaging protection, its puncture resistance and wear resistance improve the safety and reliability of the medical device transportation process. properties, such as: orthopedic screws, rods, plate systems, surgical instruments and other medical devices that require special protection. In addition to its puncture resistance and abrasion resistance, its antibacterial and aging resistance are also extremely advantageous. The material has passed an 8-year aging test. Fully meet customers' growing needs for safe storage and product shelf life.

With advanced medical-grade raw materials, packaging design expertise and clean workshop processing capabilities, we are able to design and develop packaging solutions that meet customer needs.