Bionoon-01FU non-contact ultrasonic crusher Introduction: A non-contact ultrasonic crusher, also known as a cup crusher, is used for sterile crushing. It can break chromosomes and cells through a centrifuge tube. Specially designed for the pre-treatment of second-generation sequencing DNA samples and chromatin immunoprecipitation experiments. Compared to traditional probe contact ultrasonic cell pulverizers, non-contact samples can be crushed in a sealed container without producing infectious flying mist. The ultrasonic probe does not come into contact with the sample, avoiding cross contamination. The non-contact ultrasonic crusher can achieve unparalleled quality, efficiency, and safety compared to traditional ultrasonic methods. Multiple samples can be tested simultaneously at once, with high experimental efficiency; No wear or debris, all products are placed in separate fully enclosed test tubes to avoid cross contamination; Optional cooling water circulation system, convenient for sample ultrasonic waves in a 4 ℃ water bath, uniform energy distribution, and complete ultrasonic effect; The ultrasound parameter settings are flexible, the experimental steps are standardized, the experimental repeatability is good, and the results are highly reliable. Gradually becoming an indispensable standardized tool for ChIP (chromatin immunoprecipitation) and DNA splicing research platforms. The experimental efficiency is high, the results are reliable, and the repeatability is good. It can process a minimum of 5ul of samples and is suitable for precious samples. characteristic: 1. No aerosol production - enhances biological safety (such as mycobacteria, viruses, etc.) 2. Eliminated the risk of sample cross contamination 3. Eliminated the traditional phenomenon of probe wear and slag dropping 4. Can handle multiple types of samples, with a wide range of sample processing capabilities 5. Suitable for various standard containers 6. Can be used to process trace samples, with a minimum of 5ul 7. The automatic continuous rotation of the centrifuge tube makes the energy distribution of ultrasound more uniform 8. Optional high and low temperature constant temperature water bath Technical parameters: Frequency range: 18-28KHz Display method: 4.3-inch TFT color screen Total time range: 000:00:01-999:99:99 (hour: minute: second) Power adjustment range: 30-100% Temperature alarm: 0-99 ℃ Variable amplitude pole: divergent -1 section Protection alarm: over temperature, over current, overload, abnormal transducer, etc Power input: AC220V/50Hz Intelligent soundproof box: lighting device inside the jog lifting box
Introduction: A non-contact ultrasonic crusher, also known as a cup crusher, is used for sterile crushing. It can break chromosomes and cells through a centrifuge tube. Specially designed for the pre-treatment of second-generation sequencing DNA samples and chromatin immunoprecipitation experiments. Compared to traditional probe contact ultrasonic cell pulverizers, non-contact samples can be crushed in a sealed container without producing infectious flying mist. The ultrasonic probe does not come into contact with the sample, avoiding cross contamination. The non-contact ultrasonic crusher can achieve unparalleled quality, efficiency, and safety compared to traditional ultrasonic methods. Multiple samples can be tested simultaneously at once, with high experimental efficiency; No wear or debris, all products are placed in separate fully enclosed test tubes to avoid cross contamination; Optional cooling water circulation system, convenient for sample ultrasonic waves in a 4 ℃ water bath, uniform energy distribution, and complete ultrasonic effect; The ultrasound parameter settings are flexible, the experimental steps are standardized, the experimental repeatability is good, and the results are highly reliable. Gradually becoming an indispensable standardized tool for ChIP (chromatin immunoprecipitation) and DNA splicing research platforms. The experimental efficiency is high, the results are reliable, and the repeatability is good. It can process a minimum of 5ul of samples and is suitable for precious samples.
