The freeze dry machine, an epitome of advanced technology, revolutionizes the method of drying materials with unparalleled precision and efficiency. This marvel of engineering offers a sophisticated approach that ensures the highest standards in quality preservation. The freeze dry machine, known for its cutting-edge capabilities, first initiates by freezing the materials along with their water content under low temperature conditions. Next, it directly sublimates the water under a vacuum state, where the water vapor is meticulously condensed and removed, effectively drying the material. The integrity of the material's physical, chemical, and biological properties remains unaltered. This method substantially reduces the risk of damaging volatile compounds and denaturing essential nutritional elements that typically occurs under heat. Post-processing, the materials exhibit a porous form while maintaining their original volume. This structural advantage allows for rapid rehydration upon the addition of water and significantly extends shelf life when housed in a sealed container. The innovative freeze dry machine is versatile and finds extensive application in the development and production of various heat-sensitive biological products. This includes indispensable items such as vaccines, medicinal formulations, and a wide range of fruit and vegetable vacuum packaging solutions, among others.
The dry machine boasts a compact design, fully automated control systems, and user-friendly maintenance and operation. Its impressive suite of advantages includes: 1. Operating in a vacuum state ensures that the quality of dried material is as impeccable as that of the original frozen material. 2. Equipped with PLC control, it features an intuitive touchable human-computer interface for enhanced usability, allowing real-time recording of multi-channel temperature data. Users can also observe these dynamics in a convenient curve form. 3. The precision-driven shelf temperature control curve can be preset to enable automatic sublimation, optimizing the drying process.