Sihuan installs a 10C vacuum freeze dryer at the School of Chemistry and Materials Science, Hebei University

Sihuan, as an excellent domesticVacuum freeze dryerThe manufacturer has recently successfully collaborated with the School of Chemistry and Materials Science at Hebei University, equipping it with an advanced LGJ-10C vacuum freeze dryer. The School of Chemistry and Materials Science at Hebei University, with over 70 years of academic accumulation and an evolving education system, has developed into an important base for domestic research in chemistry and materials science. The selection of the four ring LGJ-10C vacuum freeze dryer this time is based on the college's forward-looking layout for future research directions and strict requirements for high-quality experimental equipment.

【equipmentPerformance, precise temperature control

The core competitiveness of LGJ-10C vacuum freeze dryer lies in its performance and temperature control accuracy. -The cooling temperature of 70 ℃ in the cold trap ensures a deep low-temperature environment, which is particularly important for thermosensitive samples. It can effectively prevent thermal denaturation, preserve biological activity and structural integrity. The design of 3L dehumidification capacity per cycle means faster freeze-drying rate and higher efficiency, which helps shorten the experimental period and accelerate the scientific research process.

Intelligent control, worry free data

Entering the era of intelligence, the LGJ-10C keeps up with technological trends and is equipped with control software based on the Android system, providing users with a smooth and convenient operating experience. This system not only supports multiple preset programs, but also allows users to customize freeze-drying schemes to meet diverse experimental needs. The application of digital cryptographic signature technology enhances data security and ensures the confidentiality and integrity of scientific research information. Real time data recording and USB data storage function make the management and backup of experimental data easy and fast, providing a seamless platform for researchers from experiments to analysis.

Safe and reliable, worry free operation

Safety is the cornerstone of scientific research work, and the LGJ-10C incorporates multiple security mechanisms in its design. Real time monitoring of equipment status by leakage protection and high current protection devices, and immediate response once abnormalities are detected, effectively preventing the occurrence of safety accidents. The self diagnostic function of the freezer protection circuit and control panel is like a "health consultant" for the equipment, actively identifying potential faults and issuing warnings to ensure continuous and stable operation. In addition, the design of fuses for service sockets reflects care for users from the details, ensuring that every operation can be carried out in a safe environment.

Convenient maintenance and efficient thawing

Considering the practical operational needs of researchers, LGJ-10C also demonstrates humanized design in maintenance and thawing processes. The electric heating thawing method is not only fast and efficient, but also easy to operate, greatly reducing the standby time of the equipment and improving experimental efficiency. The setting of the manual vacuum release valve allows users to flexibly adjust the vacuum state according to experimental needs, which not only facilitates daily maintenance but also improves the flexibility and convenience of experiments, ensuring that the equipment can quickly recover to a suitable state after each use.

Multi functional monitoring, remote monitoring

The performance of LGJ-10C in real-time monitoring and remote control is equally impressive. It can record and display key parameters such as vacuum degree, cold trap temperature, material temperature, and shelf temperature in real time, ensuring transparency and controllability throughout the experiment. The system automatically monitors and records relevant data, providing detailed data support for the analysis of experimental results. The standard remote monitoring system breaks space limitations, allowing researchers to keep track of experimental progress at any time regardless of their location, achieving efficient remote management and greatly improving the convenience and efficiency of scientific research work.

This time, the fourth ring LGJ-10CVacuum freeze dryerThe successful installation at Hebei University not only represents the college's emphasis on research hardware facilities, but also a microcosm of the technological innovation and application of the Four Rings in the field of life sciences. With the launch of this vacuum freeze dryer, it is believed that the School of Chemistry and Materials Science at Hebei University will achieve more breakthrough results in future scientific research exploration, jointly promoting the progress and development of chemistry and materials science in China.