Q700CA Sonicator
700 watt system for Nanoemulsions
700 watt system for Nanoemulsions
Cannabis extracts (CBD, THC) must be properly emulsified to become water miscible and be infused into edibles, beverages, tinctures and creams. Sonication is a well-established emulsification technique that breaks down the oils into nanoparticles resulting in a stable emulsion with increased bioavailability. Please read the protocols for more information on the application.
The Q700CA system comes with high intensity (100µm amplitude) probes that are used to form water-soluble nanoemulsions in R&D/Lab Scale volumes from 100mL – 1.5L.
A state-of-the-art touch screen interface offers intuitive control and provides a user-friendly experience. The most important feature of a Sonicator is reproducibility. Improved internal circuitry guarantees more efficient operation, sample-to-sample consistency and most importantly, a reliable end result.
Note: Air cooling of the Converter by a compressed air source is required. The user must provide approximately 10psi (5 cfm) of clean, dry air to prevent overheating of the Sonicator. If you do not have a continuous duty compressor system, we offer a reliable, air-cooling option. See model #Q700CA-AC.
Probes are consumable items which release titanium particulate and require replacement over time. Post-processing sample filtration is recommended.
Ordering information: Part #Q700CA includes the Q700 Sonicator system, a ½” diameter probe (#4776), 1” diameter probe (#4205) and Sound Enclosure (#432B2).
Part #Q700CA-AC includes the #Q700CA package plus our portable air-cooling system to prevent the ultrasonic converter from overheating. This eliminates the need for a continuous duty compressor.
Power Rating | 700 Watts |
Frequency | 20 kHz |
Programmability | 10 Memories Plus Sequencing |
Programmable Timer | 72 Hours |
Adjustable Pulse On/Off | 1 Second to 24 Hours |
Dimensions | 8" W x 15.25" L x 8.5" H |
Voltage | 110V, 50/60Hz |
* | 220V not available online, contact us for local distributor |
Part # | Processing Volume | Tip Diameter | Amplitude (microns) |
4776 | 100 ml | 1/2" (13 mm) | 100 μm |
4205 | 1 L | 1" (25 mm) | 100 μm |