Enhancing Sterilization: SIGMA’s PE-Laminated Film for Medical Packaging

SIGMA proudly introduces its self-manufactured PE-Laminated Film designed specifically for low-temperature sterilization. This film caters to the requirements of heat-sensitive medical devices, such as catheters, dressings, safety syringes, and more.

Why PE-Laminated Film for Sterilization Matters:

The choice of film is crucial in the sterilization process, and SIGMA’s PE-Laminated Film is meticulously crafted to excel in low-temperature sterilization methods, including EO, Gamma, and Plasma. It is particularly tailored for packaging heat-sensitive medical devices.

Advanced Technology: Seven-Layer Blown Film Equipment

At the heart of SIGMA’s solution lies a state-of-the-art seven-layer co-extrusion blown film machine—an extraordinary achievement in the medical industry. Utilizing solvent-less lamination technology, this machine produces PE-laminated films customized for EO, Gamma, and Plasma sterilization. These films seamlessly transform into pouches and reels for packaging medical devices in hospitals and dental clinics, also serving as top materials on automatic FFS (Form Fill Seal) machines.

Versatile Applications: Setting a Standard with Key Features

SIGMA’s PE-Laminated Film not only excels in sterilization compatibility but also introduces key features that elevate standards in medical packaging:

• Easy-to-peel layer of film: SIGMA’s PE-Laminated Film can be customized with an easy-to-peel layer, perfectly applicable to coated Tyvek^®, ensuring convenience in accessing packaged medical devices.
• Low haze: Guaranteeing clear visibility of medical instruments, maintaining transparency in packaging.
• Suitable for use as a top material in automatic packaging processes: Providing adaptability for seamless integration into automated packaging systems.

Explore the enhancement of medical packaging with SIGMA's PE-Laminated Film for sterilization. For more information or to discuss potential collaborations, connect with us today. https://reurl.cc/4jonxV