High throughput diagnostic reagent non-contact ultrasound processor

High throughput diagnostic reagent non-contact ultrasound processorIntroduction:

The series of multi-channel non-contact ultrasonic crushers are based on conventional ultrasonic crushers The ultrasonic crusher developed on the platform has 4/6/16/24/48 probes, allowing users to process multiple samples simultaneously in a non-contact low-temperature manner, with fast speed, high efficiency, and good repeatability. This instrument can be used for the fragmentation of various animal and plant cells and viruses, as well as non-contact treatment of Mycobacterium tuberculosis. It can also be used for emulsification, separation, homogenization, extraction, defoaming, cleaning, and accelerating chemical reactions. Widely used in fields such as biochemistry, microbiology, medicinal chemistry, surface chemistry, physics, zoology, etc. This product is particularly suitable for processing multiple samples at once and for experiments that require high consistency under the same operation.

High throughput diagnostic reagent non-contact ultrasound processorWorking Principle:

Based on the cavitation effect of ultrasound in liquid, the transducer generates high-intensity shear force in the liquid at the top of the tool head through the amplitude lever, forming high-frequency alternating water pressure, causing the cavity to expand and explode, and shattering the cells. Ultrasonic waves have a "cavitation" effect on fluid media, causing the formation of voids and bubbles in the liquid. When they rupture, a strong pressure peak is generated. In addition, the dispersion of polymers is achieved through the use of shock waves generated by the cavitation effect of ultrasound acting on liquids.

Application fields:

Homogeneous soil and rock samples

Dispersion of injectable pharmaceutical substances

Ultrasonic homogenization of beverages

Dispersion and extraction of Chinese herbal medicines

The technique of accelerating the aging process of wine

Study the structural and physical characteristics of rocks

The fragmentation of cells, bacteria, viruses, spores, and other cellular structures

Accelerate dissolution and chemical reactions, such as in the processing of fats and oils

Preparation of DNA Fragmentation in High throughput Sequencing and Chromatin Immunoprecipitation (Non contact)

Cracking, emulsification, homogenization, and fragmentation of particles such as carbon nanotubes and rare earth materials