The 16T T-Rack Type Vacuum Freeze-Dryer is widely used in fields such as medicine, pharmaceuticals, biological research, chemical engineering, and food industry. It utilizes the law of three states change of matter: through low-temperature freezing and a vacuum environment, the moisture in materials directly sublimates from solid to gas, thereby achieving drying.
It usually adopts an integrated structure design with small volume, no external flanges, easy operation, and no leakage issues. This compact instrument structure design can effectively save valuable laboratory space, facilitating installation and use in laboratory environments.
The equipment typically uses compressors and vacuum pumps of international brands, featuring high efficiency and energy saving. The compressor not only has strong performance but also provides a stable and efficient freeze-drying environment, while the vacuum pump has a high pumping rate and can achieve a higher ultimate vacuum degree. The use of these high-quality components not only improves the overall performance of the equipment but also extends its service life and reduces usage costs.
All materials of the T-Rack Type Vacuum Freeze-Dryer that come into contact with products are inert materials, meeting the requirements of GLP (Good Laboratory Practice). Meanwhile, the cold trap and operation tabletop are made of stainless steel, which has the advantages of corrosion resistance and easy cleaning, ensuring the hygiene and safety of the equipment.
It is usually equipped with an intelligent control system, such as an LCD touch screen and PLC control system. These systems are not only easy to operate but also have high reliability and stability. Users can perform operations such as one-click start/stop, automatic defrosting, and automatic drainage through the touch screen. At the same time, the system is equipped with a power failure protection function, which can automatically release vacuum after power failure to prevent vacuum pump oil backflow and protect sample safety.
The equipment is also equipped with an intelligent data recording system, which can real-time record and display data such as cold trap temperature curves, sample temperature curves, and vacuum degree curves. Users can view and print these data via a computer, and export them to a USB flash drive or transmit them via the network. This data recording system not only allows users to grasp the freeze-drying status at any time but also provides strong support for subsequent data analysis and research.
Some models also adopt an independent material pipeline design, which can greatly reduce the risk of mutual cross-contamination of materials. This design is particularly suitable for processing sensitive samples such as bacteria, fungi, peptide samples, and microbial strains, ensuring the purity and safety of samples.
It usually provides multiple optional functions, such as cold trap temperature adjustment, vacuum degree adjustment, oil mist filtration system, backfill filter, ampoule sealer, etc. These optional functions can meet different needs of users and improve the flexibility and applicability of the equipment.
The T-Rack Type Vacuum Freeze-Dryer has significant advantages in sample preservation. Through freeze-drying treatment, samples can be stored for a long time without deterioration. After adding water, the samples can return to the state before freeze-drying and retain their original biochemical properties. This preservation method is particularly suitable for the preservation of microbial strains such as bacteria and fungi, as well as the long-term preservation of sensitive substances such as peptide samples and drugs.
Vacuum freeze-drying technology can retain the original nutritional components and color of materials, while avoiding oxidation and deterioration of some heat-sensitive substances. This technology is particularly suitable for materials such as food and drugs that need to maintain their original taste, color, and nutritional components. Through freeze-drying treatment, these materials can be stored for a long time without losing their original quality and properties.
Freeze-drying treatment can improve the stability of samples, making them easier to store and transport. In a vacuum environment, water molecules directly sublimate from solid to gas, avoiding problems such as sample deformation and cracking caused by moisture evaporation. At the same time, freeze-drying treatment can also reduce the number of microorganisms in samples and extend their shelf life.
The T-Rack Type Vacuum Freeze-Dryer is widely used in multiple fields such as medicine, pharmaceuticals, biological research, chemical engineering, and food industry. In the medical field, it can be used to prepare biological products such as vaccines, serum, and plasma; in the pharmaceutical field, it can be used to prepare pharmaceutical raw materials and intermediates; in the biological research field, it can be used to preserve and study microbial strains and cells; in the chemical field, it can be used to prepare catalysts and adsorbents; in the food field, it can be used to prepare dehydrated food and instant food.
With the continuous advancement of science and technology, highly automated production has been realized. Through the PLC control system and intelligent data recording system, users can easily realize the automated operation and data recording of the equipment. This automated production method not only improves production efficiency but also reduces the risk and cost of manual operation.
In summary, the 16T T-Rack Type Vacuum Freeze-Dryer has advantages such as compact structure, high efficiency and energy saving, high-quality materials, intelligent control system, data recording system, professional design, and multiple optional functions. These advantages enable it to play an important role in sample preservation, retaining original properties of materials, improving sample stability, and being applicable to multiple fields. With the continuous advancement of science and technology and the increasing requirements for product quality, it will be widely applied and developed in more fields.
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