SCIENTZ08-IIC non-contact ultrasonic cell pulverizer Introduction: A non-contact ultrasonic crusher, also known as a cup type ultrasonic crusher, can be used for crushing in airtight containers, sterile, and ultra micro conditions. Compared with the traditional probe ultrasonic cell crusher, this instrument has the advantages of detecting multiple samples at one time, high efficiency, no need to operate the probe frequently, and avoiding sample cross contamination. The instrument is equipped with a low temperature constant temperature device as standard, facilitating the sample to work in an environment of 4-10 ℃, making the energy distribution uniform and the ultrasonic effect complete. It has gradually become an indispensable standardized tool for the research platform of ChIP (chromatin immunoprecipitation) and DNA splicing. application area 1. ChIP assay (chromatin immunoprecipitation) sample pretreatment 2. Bacterial and cell fragmentation and extraction of membrane protein 3. Ultrasonic treatment of precious reagents 4. Sample pretreatment of high-throughput sequencer 5. Homogenization and emulsification reaction Technical parameters: Model: SCIENTZ08-IIC Frequency: 20KHz (± 0.5KHz) Power: 1800W adjustable Adjustable power: 1% - 100% Timing: 1-999min Duty cycle: 0.1-99.9% Tank volume: 900ml Temperature display: Yes Crushing support: 0.5ml * 12 holes, 2ml * 12 holes, 0.2ml * 12 holes, 5ml-50ml customizable Power supply: 220V ± 0.5 50Hz Supporting water chiller: standard
Introduction: A non-contact ultrasonic crusher, also known as a cup type ultrasonic crusher, can be used for crushing in airtight containers, sterile, and ultra micro conditions. Compared with the traditional probe ultrasonic cell crusher, this instrument has the advantages of detecting multiple samples at one time, high efficiency, no need to operate the probe frequently, and avoiding sample cross contamination. The instrument is equipped with a low temperature constant temperature device as standard, facilitating the sample to work in an environment of 4-10 ℃, making the energy distribution uniform and the ultrasonic effect complete. It has gradually become an indispensable standardized tool for the research platform of ChIP (chromatin immunoprecipitation) and DNA splicing.
