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Longlight - Model BoFU-1600 -Focused Ultrasonicator for Genomic Applications
The BoFU-1600 Focused Ultrasonicator is engineered to cater to the specific needs of genomic research and applications. This advanced ultrasonic device uses precision technology to deliver focused, high-frequency sound waves that facilitate the efficient disruption and processing of genomic materials. Key features of the BoFU-1600 include its capacity for uniform energy distribution and minimal sample degradation, ensuring reliable and consistent results. This ultrasonicator is designed for adaptability in various genomic settings, offering robust performance whether used in small-scale research or larger industrial processes. Its capabilities make it a valuable tool for molecular biologists and genomic researchers looking to streamline their genomic analysis workflows and achieve high-throughput results with precision.
BoFU-1600 is a multi-channel focused ultrasound sample processing system in the BoFU series. It has 16 sample well positions, which can process batches and customize the sample quantity and ultrasound conditions. BoFU-1600 uses advanced confocal technology to accurately focus high-frequency short-wavelength sound waves on the sample, making the sample preparation process highly controllable , eliminating errors introduced by manual operations, improving repeatability, improving efficiency, and providing standardized results. It is an ideal solution for DNA shearing in next -generation sequencing.
- Free sample processing mode, which can flexibly process 1-16 samples , flexibly customize the processing conditions for each sample, and easily cope with complex sample challenges.
- Batch processing sample mode allows you to input sample processing parameters in batches to facilitate efficient one-click processing of similar samples.
- Quiet operation without any sound insulation measures , so it can be easily used anywhere in the laboratory .
- Non-contact sample processing process, focused ultrasonic energy acts directly on biological samples through acoustic medium, avoiding direct contact with samples like traditional sonic crushing systems, reducing the probability of contamination of precious samples, and improving the credibility of experiments .
- True low-temperature and constant-temperature sample processing, high-sensitivity temperature sensing and control system ensures precise temperature control in the sample area, without worrying about the heat generated during the ultrasonic process affecting the sample and experimental results.
- Sample processing information can be retrieved at any time to ensure that experimental records can be truly traced .
- Automatic drainage can discharge waste liquid with one click. The sensitive water level sensor and early warning system prevent waste liquid from overflowing.
- No need for an external computer, it comes with its own operating system, saving experimental space.
- Genome fragmentation in NGS
- Filamentous fungus and Mycobacterium identification by MALDI-TOF MS
- Samples preparation of genomics and proteomics
- Cell and tissue disruption for genome or protein extraction
- Fragmentation and homogenization of biological tissue
- FFPE samples deparaffinize