SN-P150 Single Channel Cell Grinder Introduction: Single channel cell disruptor is an ultrasonic device used in laboratories and small batch liquid processing, which can safely process various organic and inorganic materials. Typical applications include nanotechnology (production of nanoparticle materials and graphene dispersions), cell lysis, sample preparation, homogenization, ChIP analysis, emulsification, depolymerization, and applications in the field of sonochemical treatment. characteristic: 1. Exquisite appearance: streamlined body, high-quality SPCC steel plate combination nano coating process, wear-resistant and beautiful; 2. Power outage protection: working parameter power-off memory, automatic protection, data storage; 3. LCD screen: 7-inch LCD touch screen, clear operation, real-time display of broken data; 4. Flexible parameters: Time/power can be flexibly set; 5. Ultrasonic system: High energy ultrasonic system for rapid processing of cells and samples; 6. Safety protection: automatic temperature detection, grounding, voltage and current protection, etc; 7. Automatic frequency tracking: self-developed automatic sweep frequency tracking control scheme, real-time adjustment of output frequency; 8. Intelligent storage: can create and store 20 sets of operating programs; 9. Noise reduction design: fully enclosed wrapped with noise reducing cotton; 10. Program module: MCU core component, digital tracking, providing dual protection; 11. Electric lifting: Electric lifting base with precise positioning. 12. Customizable die size, die shape, and ultrasonic frequency (15-40KHz). Technical parameters: Specification and model: SN-P150 Power: 150 W (1% -100%) Optional variable amplitude pole: 3mm Temperature alarm: 0-99.9 ° C (to prevent sample overheating) Interval output time adjustment: 0-9S Frequency: 20-25KHz Random amplitude lever: 6 mm Crushing capacity: 10-100ml Run time adjustment: 0-960min Duty cycle: 0.1-99.9%
Introduction: Single channel cell disruptor is an ultrasonic device used in laboratories and small batch liquid processing, which can safely process various organic and inorganic materials. Typical applications include nanotechnology (production of nanoparticle materials and graphene dispersions), cell lysis, sample preparation, homogenization, ChIP analysis, emulsification, depolymerization, and applications in the field of sonochemical treatment.
