Organizational grinder (noise reducing model)

Product application:
● HM-S seriesOrganizational grinder (noise reducing model)A special vertical up and down integrated vibration mode is adopted, which achieves the goal quickly through high-frequency reciprocating oscillation, impact, and shearing of grinding beads (zirconia, steel beads, glass beads, ceramic beads), making the ground samples more complete and uniform, with better sample repeatability and no cross contamination between samples.

Product Features:
● High throughput grinding can complete the grinding of 2ml * 24 samples within 1 minute, saving time and effort, with small intra batch differences, extracting proteins with higher specific activity and longer nucleic acid fragments;

● The sample tube is in a fully enclosed state during the crushing process, and disposable centrifuge tubes and beads can be used to keep the sample intact inside the tube, avoiding cross contamination between samples and external contamination;

● Humanized operation interface, built-in program controller, can set parameters such as grinding time and rotor vibration frequency;

● Using vertical oscillation for more thorough grinding and better stability;

● Rapid grinding and homogenization, short grinding time, and large sample preparation and processing capacity for XRF analysis;

● All metal body, working chamber safety lock, improves the stability of the whole machine, ensures sample safety and experimental safety;

● During the operation of the instrument, the noise level is less than 55dB and will not interfere with other experiments or instruments;

● When a low-temperature grinding environment is required, the adapter containing the sample can be immersed in liquid nitrogen and cooled for 1-2 minutes. After removal, it can be quickly fixed on the host to start grinding without the need for further freezing treatment, saving liquid nitrogen;

● Organizational grinder (noise reducing model)Good repeatability, setting the same program for the same tissue sample to achieve the same grinding effect, short working time, and no increase in sample temperature.