In the medical and hygiene fields, the packaging safety of every medical device and every bag of pharmaceutical products is crucial to patients' lives and health, allowing no room for error. As a line of defense for high-barrier sterile packaging, the lamination machine is reshaping the safety standards of the medical packaging industry with its powerful technical capabilities. With years of deep research and development in lamination technology, Habu Precision Industry has built a molecular-level protective barrier for medical supplies such as dialysis bags and sterilized medical device packaging.  

Traditional medical packaging has long been plagued by problems such as bacterial penetration, chemical migration, and delamination. The tiny pores in ordinary composite films are like unclosed doors, allowing bacteria to penetrate freely, leading to sterilization failure; solvent residues from the production process may contaminate the medicinal solution at any time; and in a humid storage environment, the adhesive failure and delamination between packaging materials render the packaging's protection ineffective. The Habu lamination machine adopts innovative melt direct coating technology, completely abandoning the traditional glue compounding process to achieve 0 solvent pollution, eliminating chemical contamination risks from the source. Its nanoscale pore-sealing technology is like putting a dense "armor" on the packaging, with a bacterial barrier rate of over 99.99%, ensuring a 10-year sterile validity period for medical packaging. The combination of PE/PP lamination and medical paper significantly enhances the bonding force between materials. Even in a humid and hot environment, the peel strength far exceeds the industry average, ensuring the integrity and sealing of the packaging.  

In the field of life sciences, the application of Habu lamination machines has achieved remarkable results. In the in vitro diagnostics industry, the aluminum foil composite film developed for reagent kits, with its excellent resistance to acid and alkali corrosion, can stably protect internal reagents even in complex chemical reagent environments, ensuring accurate quantitative detection results. For implanted devices, the sterilization packaging for titanium alloy devices produced by Habu not only withstands high-intensity gamma-ray irradiation but also avoids the risk of metal ion precipitation from the material and process levels, providing reliable protection for patients' postoperative recovery. In the field of artificial organs, the coating material for the water-blocking layer of dialysis membranes exhibits excellent biocompatibility, perfectly adapting to the complex physiological environment of the human body, fundamentally eliminating rejection reactions and bringing hope of life to countless patients. With its professionalism and innovation, the Habu lamination machine continues to escort medical safety and drive the medical packaging industry toward higher standards.