This electric air blower is used to cool the ACT-22-LSP piezoelectric transducer supplied with ISM's LSP-600 ultrasonic liquid processor configured in the flow-through mode. With this device, the heat generated in the transducer during continuous operation is efficiently removed, allowing the processor to work continuously for extended periods of time (up to about 1 - 2 hours).
Air-Cooled Transducer (ACT-22-LSP) for LSP-600 Ultrasonic Processor
An ultrasonic transducer converts electric energy coming from an ultrasonic generator into mechanical vibrations. The ACT-22-LSP air-cooled piezoelectric transducer has the power rating of 600 W. It is designed to work with the LSP-600 ultrasonic processor and all LSP-600-compatible ultrasonic horn types.
The BSP-1200 ultrasonic liquid processor is designed for procedure optimization and medium-scale production. It is capable of continuous 24/7 operation and can handle unlimited liquid volumes.
The BSP-1200 ultrasonic liquid processor comes standard with: 1200 W ultrasonic generator, water-cooled transducer, half-wave Barbell Horn®, flow-through reactor chamber (flow cell), heavy-duty support stand, spanner wrench set, and noise reduction ear muffs. Optional items include: full-wave Barbell Horn®, storage/mixing tank with integrated mixer, peristaltic pump, water chiller, magnetic stirrer with hotplate, jacketed beaker, NanoStabilizers®, and filters.
Filtration though a hydrophilic membrane with 0.22 micron and 1 micron pores is an important post-processing step of ultrasonic nano-emulsification with NanoStabilizer®-LT and NanoStabilizer®-LSO, which removes such particulate contamination as dust, large microorganisms, plant matter and titanium particles. In-line capsule filters are reusable and can typically handle several liters of product before having to be back-flushed with purified water to clear out the particulates retained by the membrane.
*Please note that gaskets, clamps, adapters, and pump are not included.
Cartridges for Large- and Ultra Large-Capacity In-Line Filter Assemblies
Filtration through a hydrophilic membrane is an important post-processing step of ultrasonic nano-emulsification, which removes particulate contamination such as dust, microorganisms, plant matter, and titanium particles.
The heat exchanger is used as part of the ISP-3600 ultrasonic system's flow-through configuration in order to precisely control the temperature of the processed liquid via chilled water.
This Impeller Assembly is designed to be used with the 2 L Storage/Mixing Vessel and the Large-Capacity Magnetic Stirrer With Hotplate. It is typically included as part of the LSP-600 turn-key ultrasonic system (flow-through configuration), which is suitable for processing small volumes of liquid up to 2 L.
The ISP-3600 ultrasonic liquid processor is designed for industrial-scale production. It is suitable for working with liquid volumes above 1 L, with no upper limit.
The ISP-3600 ultrasonic liquid processor comes standard with: 3600 W ultrasonic generator, water-cooled transducer, half-wave booster half-wave Barbell Horn®, flow-through reactor chamber (flow cell), heat exchanger, heavy-duty support stand, spanner wrench set, and noise reduction ear muffs. Optional items include: storage/mixing tank with integrated mixer, sound enclosure, magnetic stirrer with hotplate, peristaltic pump, water chiller, jacketed beaker, NanoStabilizers®, and post-processing filters.
This horn is typically supplied with the ISP-3600. It is used for flow-through applications involving low-viscosity liquids. It can also be used for batch-mode processing.
This jacketed stainless steel beaker is designed to work in conjunction with the ultrasonic processor configured in the batch mode. It can be used to process up to 1.4 L - 3 L of liquid at a time. The beaker includes a water-cooling jacket that helps maintain the temperature of the processed liquid at the desired level.
Large- and Ultra Large-Capacity In-Line Filter Assemblies
Filtration through a hydrophilic membrane is an important post-processing step of ultrasonic nano-emulsification, which removes particulate contamination such as dust, microorganisms, plant matter, and titanium particles.