Double-layer sterile blister packaging for artificial jointsMedical-grade PETG raw materials and high-precision aluminum foil are produced in a Class 10,000 clean room.Packaged using a double-layer rigid blister box and heat-sealed with high-barrier materials, this method offers excellent bacterial barrier and sealing properties, strong protective effects on implantable devices, and is suitable for EO, irradiation, and low-temperature sterilization methods.
For general products, packaging is merely to encase the item, serving the purpose of protection and aesthetic appeal. However, for medical blister boxes, there are several points to consider:
1. Protection, identification, and exclusive features, ease of use, and specialized applications must be provided for the operation and display of the equipment.
2. It's crucial to understand the product's usage, dimensions, shape, and proprietary features (such as sharp edges, pointed tips, fragile nature, etc.), delivery environment, application (e.g., ease of clean opening for personnel), and barrier requirements, as these are essential for selecting the appropriate materials and successfully designing the final packaging.
The protective performance of medical blister boxes is broader, with its advantages manifested in the following aspects:
Sterile: Capable of being sterilized at the final stage by one or more methods, with the material remaining undegraded within the specified time.
2. Shelf Life: Ensure the stability of the material's so-called barrier throughout the entire product lifecycle.
3. Environmental aspects: Seal against moisture, air, bacteria, and oxygen.
4. Physically: Offers dynamic protection, resists impact and wear, and provides structural support.
Medical blister boxes are designed with these characteristics in mind from the early stages.
Additionally, we use our company's developed and designed medical-grade TPU packaging for the inner packaging of certain implantable devices, and then cover it with a rigid vacuum-formed box to enhance the product's protective performance.
