10L desktop microjet homogenizer

The 10L ultra-high pressure microfluidizer is rather important in the area of scientific experimentation and research and development as its small and strong features enable scientific researchers to investigate the secrets of the microscopic world.
Though its size is small, this experimental homogenizer has design pressure as high as 420MPA. Under ultra-high pressure conditions, it may cause great pressure on the experimental samples at the microscopic level, thus enabling very fine homogenization of the materials and so laying a firm basis for obtaining precise and consistent experimental results. Its modest 3.7KW power consumption, 0.2L/min output flow, and 10L/H unit time output fit small batch requirements and high accuracy in experimental settings. Furthermore efficient in meeting sample processing needs in experimental settings is the one-way pressurizing approach.

It offers first-rate safety performance. Its many protective methods are layered layer by layer and provide sophisticated safety protection properties. From the startup self-check of the equipment to the real-time monitoring during operation, any possible safety risks are eliminated in all directions, so guaranteeing the absolute safety of the experimenters during the operation and so allowing every possible smooth running of the experiment in a worry-free environment.
Regarding energy use, it has clearly proven great benefits in high efficiency and energy conservation. Not only lowers energy expenses during the experiment, but also conforms to the era concept of green environmental protection and sustainable development and helps the green process of scientific research experiments by the very low power demand and the application of advanced energy-saving technologies.
PLC touch screen control drives the digital pressure display panel to provide before unheard-of ease for experimental procedures. Convenient for next in-depth analysis and research of the experimental process, all experimental data can be precisely monitored, copied and stored; this helps greatly support the summary and innovation of scientific research results. Experimenters can easily set and adjust parameters such as homogenization pressure by the touch screen.
Furthermore rather inexpensive is the homogenizer's maintenance cost. Reducing the danger of experimental interruption resulting from equipment failure, the robust and dependable design structure and high-quality components selection guarantee that the equipment can still keep a good operational condition throughout long-term and frequent experimental usage. Even if a failure happens, its straightforward and understandable maintenance design may enable experimenters or maintenance staff to rapidly fix the issue, thus saving a lot of time and effort and enabling scientific researchers to concentrate more on the actual experimental study.
Due to its special performance advantages, which provide a strong tool guarantee for the advancement and creativity of scientific research, the 10L ultra-high pressure microfluidizer has become an ideal equipment for many scientific research laboratories to conduct experimental research and sample processing in general.