Touch screen fully automatic supercritical point dryer extractor

Shandong Jice Technology In innovation Co., Ltd. is an enterprise driven by scientific instrument research and development. The company is rooted in the innovative gene of 'precision research tools, knowledge acquisition', and is committed to providing high-precision and intelligent laboratory equipment system solutions for scientific research institutions, universities, and cutting-edge industries, empowering breakthrough research in fields such as life sciences, materials engineering, and nanotechnology.

As an innovative force in the field of scientific instruments, the company focuses on two core technology areas: 'Supercritical Technology' and 'Low Temperature Precision Engineering'. Relying on independently developed intelligent temperature control systems, nanoscale surface treatment technology, and energy-saving and environmental protection processes, the products demonstrate excellent performance in biological sample preparation, micro nano structure preparation, superconducting material development, and other scenarios, with multiple technical indicators reaching the level.

Based on the mission of 'Intelligent Manufacturing of Scientific Instruments in China', Jice Technology takes the construction of a smart laboratory ecosystem as its strategic direction and provides customized solutions for customers. In the future, we will continue to deeply cultivate the field of precision instruments, promote the upgrading of scientific research equipment through independent innovation, and help humanity explore the infinite possibilities of the material world.

Touch screen fully automatic supercritical point dryer and supercritical extractor.

Touch screen fully automatic supercritical point dryer and supercritical extractor.

The principle on which the Shandong Jice critical point dryer relies is precisely to end this' pain of deformation '. The core technology lies in precise temperature and pressure control to bring the liquid carbon dioxide (or other transition fluid) that replaces water in the sample to its critical point - at this point, the density of the liquid is the same as its saturated vapor density, the interface between the gas and liquid disappears, and the surface tension returns to zero.

This process can be vividly understood as: the instrument creates a "gravity free" and "tension free" dry environment for the moist sample. Liquids are not 'evaporated' or 'pulled away', but are uniformly and peacefully 'transformed into' gases' in a supercritical state before being discharged. There is no destructive phase transition interface sweeping across the sample throughout the process, thus avoiding the culprit of structural collapse - surface tension.