Features:
- Delivers a narrow, highly concentrated fragment-size distribution, ensuring high sample recovery.
- Exceptional stability, reliability, and consistency.
- Available in standard 50 μL and 100 μL formats; customization supported.
Applications of BoFU series Focused Ultrasonicator
- 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
Why Choose Our Focused Ultrasonicator?
Longlight’s focused ultrasound sample meets the needs of nucleic acid and protein sample preparation by providing highly controllable and focused ultrasonic energy to the samples. It adopts a compact desktop design. With its advanced technology and precise performance, it brings cost advantages and service capabilities to the world, becoming an important tool for sample pre-processing in the fields of second-generation sequencing, proteomics, etc.
- Advanced technology: Different from traditional water bath and probe ultrasound equipment, BoFU focused ultrasound system can concentrate all the ultrasound energy on the sample container. The ultrasound process is only carried out in an isothermal, non-contact water bath environment, without energy loss, bringing stable and reliable experimental results.
- Simple sample handling: The sample is ultrasonically processed in a closed sample tube. Simply place the sample in the ultrasonic tube for ultrasonic processing. Various types of samples can be processed in a very short time. It is suitable for DNA/RNA and chromatin shearing, FFPE Extraction, Cell Lysis, Lysis of difficult-to-break microorganisms, Tissue Lysis and Extraction, etc.
- Standardized experimental results: Each Focused Ultrasonicator is carefully calibrated by engineers to ensure uniform performance of all instruments. Highly sensitive temperature control system ensures that the sample is not affected by the heat generated during the ultrasonic process. It greatly reduces the error introduced by manual operation and provides standardized experimental results.