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Product Details
This product is designed specifically for high-end medical applications. Made of medical-grade PETG material, it boasts both high transparency and high toughness, meeting ISO 13485 medical cleanliness standards and USP Class VI biocompatibility standards. It is odorless, free of harmful volatile substances, and exhibits excellent biocompatibility, allowing direct contact with high-precision medical devices, implantable devices, and cosmetic devices without corrosion, contamination, or harmful residues. Utilizing a precision vacuum forming process, the cavity design is accurate with minimal dimensional tolerances, perfectly conforming to the contours of high-end devices. Once inserted, it remains stable without wobbling or shifting, effectively preventing collisions, scratches, and damage, protecting the device's delicate structure and performance. The overall high transparency and gloss, with a crystal-like texture, free of impurities and scratches, allow for direct inspection of the internal device's appearance and condition. Quality inspection and inventory can be completed without opening the packaging, improving work efficiency. The material is extremely tough, not easily brittle or broken, and has excellent impact resistance, making it compatible with a wide range of devices. The product meets the requirements for long-distance transportation and storage of high-end medical devices; it can withstand high-temperature steam sterilization and ethylene oxide sterilization, and is not easily deformed or aged after sterilization, and can be reused (provided it meets sterilization standards). The smooth surface is easy to clean and does not easily absorb stains and bacteria, meeting the hygiene requirements of high-end medical sterile environments; the edges are finely polished, rounded and burr-free, preventing cuts and scratches to the device surface. Bulk customization is supported; precision cavities and irregular structures can be customized according to the size and shape of high-end devices, adapting to implantable devices (screws, plates), high-end surgical instruments, and medical aesthetic devices (injection needles, minimally invasive instruments), etc. It can also be used with high-end medical packaging boxes to enhance the premium feel and professionalism of the device packaging, perfectly meeting the stringent requirements of high-end medical scenarios.
