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ULTRASONIC PROCESSING

Ultrasonic energy.
From sample to process.

Explore small-volume laboratory systems, higher-power batch processing, parallel DNA shearing and controlled spray generation.

Q700 laboratory ultrasonic processor

COMPARE THE PROCESS

Choose by sample and workflow.

Power is one part of the choice. Compare sample format, liquid behavior and the required accessories.

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Ultrasonic processing range
ModelPrimary workflowRated powerSample referenceKey distinction
Q55 SonicatorSmall-volume laboratory work55 WUp to 50 mLThumb-switch or continuous operation
Q125 SonicatorProgrammable small-volume work125 WUp to 50 mLTiming, pulses and energy monitoring
Q500 SonicatorLaboratory dispersion500 WUp to 1 L20-100% amplitude; up to 10-hour timer
Q700 SonicatorProgrammable laboratory workflows700 WUp to 2 L, low-viscosity liquidsTouchscreen; 1-100% amplitude; sequential programs
Q2000 SonicatorLarger batch / compatible flow processing2,000 WApprox. 5-20 L; application dependentProbe selection and converter cooling required
Q2500 SonicatorIndustrial liquid processing2,500 WApprox. 5-20 L; application dependentHigh-intensity probe; converter cooling required
Q800R3 SonicatorChromatin and DNA shearing750 W50 µL-1 mL; up to 18 sealed tubesCooled multi-sample enclosure; rack dependent
QA40 Ultrasonic AtomizerDirected liquid atomizationApplication-specificBelow 50 cP; below 30% solidsSeparate atomizing probe; geometry defines coverage

Capacity depends on sample properties, vessel geometry, the selected probe or rack, and temperature control. Atomization and DNA shearing are distinct workflows.