model：XM-Q800R3

brand：Xiaomei Ultrasound

Specifications：platform

Product Introduction：Mainly used for protein extraction from bacterial cell lysis, DNA fragmentation of second-generation sequencing samples, immunoprecipitation experiments, fungal spore fragmentation, emulsification, homogenization, accelerated dissolution, and catalytic reactions.

Product Description:

The XM-Q800R3 focused ultrasound DNA slicer was designed by Xiaomei Ultrasonic Company for CHIP experiments (chromatin immunoprecipitation - a technology for studying the interaction between proteins and DNA) in China. The entire equipment consists of an integrated host, a focused transducer, a cup probe, a sample holder, a transparent soundproofing box, and a cooling water circulation machine. After testing and use in Illumina's laboratory, the performance and experimental results of the second-generation sequencer are very perfect, comparable to imported products.

The XM-0800R3 is controlled by an editable digital system that allows for precise setting of amplitude, frequency, time, temperature, and temperature alarm functions. It is a product with high repeatability in experimental results, and the energy harvesting shear can quickly and efficiently cut samples without rotating the sample holder, ensuring uniformity in sample processing. Up to 36 samples can be processed at once (different adapters need to be selected), and cutting fragments from 100bp-1kb is an indispensable standardized experimental tool for such experiments. Experimental results have shown that it has unparalleled advantages compared to traditional experimental methods.

Main functions:

Mainly used for protein extraction from bacterial cell lysis, DNA fragmentation of second-generation sequencing samples, immunoprecipitation experiments, fungal spore fragmentation, emulsification, homogenization, accelerated dissolution, and catalytic reactions.

Product advantages:

Traditional probe ultrasonic disruptors have direct contact between the probe and the sample, and can only process one sample at a time, resulting in a long experimental cycle; For multiple samples, it is necessary to reuse the same probe, which can easily cause cross contamination of the samples. Due to the different depths at which the probe is inserted into the sample, the energy distribution of each ultrasound is also different, which affects the repeatability and accuracy of the experimental results. In addition, since the closed system cannot be used, the aerosol or foam generated in the ultrasonic process will diffuse to the environment, causing potential biological hazards.

Main features:

1. High throughput, capable of processing up to 36 samples simultaneously, with high experimental efficiency:

2. No need to frequently operate the probe, all samples are in separate fully enclosed test tubes to avoid cross contamination;

3. Rich product configuration with various adapters ranging from 01ml to 15ml, suitable for experiments on different samples;

4. Using 4 ℃ low-temperature water bath ultrasound, the energy distribution is uniform, the ultrasound effect is complete, and the sample is completely carried out in a low-temperature environment, avoiding sample denaturation;

5. The ultrasound parameter settings are flexible, the experimental steps are standardized, the experimental reproducibility is good, and the results are highly reliable.

6. Simple operation, fast time, usually the shortest time for an experiment is only 5 minutes:

7. No special consumables are required, and the experimental cost is low.

LCD Display Details:

Basic parameters:

Standard configuration:

1. Ultrasound host;

2. Ultrasonic water tank and anti noise speaker;

3. Rotate the upper cover of the adapter;

4. Tighten the lower cover of the centrifuge tube;

5. Three sets of 0.1ml, 0.65ml, and 2ml adapters;

5. Portable cooling cycle machine;

6. LED lighting system.

Chromatin cutting case:

Test result chart: