Designed for low-volume applications, the SFX150 Sonifier® delivers up to 150 watts of power at 40 kHz for quiet operation. It’s the only cell disruptor and homogenizer of its type that includes a handheld converter designed for ergonomic comfort and easy control to simplify and speed your experiment.
Features:
Ergonomic handheld converter with contoured grip and LED indicator
Quiet operation at 40 kHz
Continuous or pulsed ultrasonics
Time and energy modes with energy pulsing
Experiment progress indicator
Microtip mode, which limits amplitude to 70%
150 watts output power
This versatile Sonifier® is perfect for all but the highest-volume applications, providing up to 250 watts of output power at 20 kHz. Like all Sonifiers in the SFX Series, the SFX250 offers the industry’s simplest user interface and the most precise control over all the critical parameters of your experiment.
Features:
True Temperature Control: This Branson-exclusive feature allows you to specify a temperature range for the sample; the SFX Sonifier automatically adjusts the ultrasonic pulse length to prevent the sample from overheating (requires optional temperature probe).
Advanced control modes including time and energy modes with energy pulsing.
Continuous or pulsed ultrasonics
Experiment progress indicator
Microtip mode, which limits amplitude to 70%
Our most powerful Sonifier®, the SFX550 easily handles high-volume applications with up to 550 watts of output power at 20 kHz. The SFX550 can process larger, viscous samples, but also provides precise control over energy output and other parameters to accommodate experiments of all sizes.
Features:
True temperature control allows the user to specify a temperature range for the sample; the Sonifier automatically adjusts the ultrasonic pulse length to prevent the sample from overheating (requires optional temperature probe).
Advanced Control Modes: Energy mode and energy pulsing are now available in addition to the traditional timed experiment
Continuous or pulsed ultrasonics
Experiment progress indicator
Microtip mode, which limits amplitude to 70%
SFX150 Microtips are available in sizes ranging from 3/32” to 1/8” diameter for processing of small samples in Eppendorf vials.
SFX150 3” Cup horn is ideal as an indirect method of sonification, without the horn coming into direct contact with the sample.
These specialized horns permit high-intensity sound to be applied to multiple samples without direct horn contact. Units are available in 2.0" and 3.0"diameters.
These basic tools are designed to be used with both analog and digital units for a wide variety of general applications. They are available in standard sizes ranging from 3/8" to 1.0".
For use with SFX550 and 450 units only. This 1.0" horn is similar to a standard cup horn but uses a parabolic reflector to amplify the sound intensity while producing maximum sound density within the sample.
These horns offer the ability to pass a process liquid through an intense energy field within the horn itself. Dual-ported horns permit the emulsification of two dissimiliar liquids in controlled, continuous proportions.
This temperature-controlled chamber permits continuous processing of a flowing liquid through a high-intensity ultrasonic field.
These specialty horns have been developed to handle noxious or hazardous samples while isolating them from incidental contact or to contain reactants for metric evaluation.
Operating the Sonifier® in this soundproof enclosure can minimize mechanical noise produced by ultrasonic processing. The sturdy cabinet is lined with waterproof, sound-absorbing material, which is impervious to most solutions or laboratory reagents and can be easily cleaned. A fully transparent door enables viewing of the process while limiting the noise to an acceptable level.
The support stand with rod and converter holder accommodates a 20kHz or 40kHz converter. Clamp supports the converter and is easily adjustable to properly position the horn in the sample.
True temperature control, automatically adjusts the ultrasonic pulse length to maintain a temperature within a set range. The temperature probe monitors the temperature of sensitive samples.
The Rosette cooling cell allows for processing of samples at low temperature. The unique design of the vessel facilitates both mixing and cooling of the sample simultaneously.
