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Supplier: Qsonica, LLC
Description: Q55 Sonicator The new Q55 is a compact and cost-effective ultrasonic processor that will occupy less bench space than any unit on the market. This model is effective for standard cell disruption and many other small volume applications. Probes are available in three different sizes. Features:
- Application / Industry Use: Chemical Processing, Cosmetics Processing, Food and Beverage Processing, Paint / Coating Processing, Pharmaceutical Processing, Sanitary Processing, Water / Wastewater Treatment
- Capacity: 7.06E-6 to 0.0018 cubic feet
- Local Interface: Analog Front Panel
- Mixer Location: Top Entry
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Supplier: Qsonica, LLC
Description: (degree of processing needed and sample viscosity can affect flow rate). The unprocessed sample is introduced through the bottom inlet and passes across a specially designed ultrasonic inline probe. The degree of processing can be controlled by adjusting the intensity of sonication as well
- Additional Features: Timer, Programmable
- Application / Industry Use: Chemical Processing, Other Applications / Industry
- Capacity: 0.0141 cubic feet
- Display Type: Digital Numerical Display
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Supplier: Qsonica, LLC
Description: Q125 Sonicator The Q125 is a microprocessor-based , programmable ultrasonic processor. Features include pulse mode and a digital display of both wattage and joules. The unit is effective for standard cell disruption, DNA/RNA shearing, homogenization and many other
- Additional Features: Timer, Programmable
- Application / Industry Use: Chemical Processing, Cosmetics Processing, Food and Beverage Processing, Paint / Coating Processing, Pharmaceutical Processing, Sanitary Processing, Water / Wastewater Treatment
- Capacity: 7.06E-6 to 0.0018 cubic feet
- Display Type: Digital Numerical Display
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Supplier: Qsonica, LLC
Description: Q500 Sonicator The Q500 is a powerful ultrasonic processor featuring programmable operation and a digital display of operating parameters. Popular applications include nanoparticle dispersion, creating emulsions, cell lysis and homogenization. Adjustable pulse On and Off times can
- Additional Features: Timer, Programmable
- Application / Industry Use: Chemical Processing, Cosmetics Processing, Food and Beverage Processing, Paint / Coating Processing, Pharmaceutical Processing, Sanitary Processing, Water / Wastewater Treatment
- Capacity: 3.53E-4 to 0.0353 cubic feet
- Display Type: Digital Numerical Display
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IV. Specific scope of application
very slowly in 6 N n-butanoliseher HC1-LSsung auflSsen, as soon as samples subjected to an ultrasound mixer wurdcn.
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Advances in Abrasive Technology XV
After fully mixing, α-cellulose fibers (12 vol. %) were added in the solution and then the MCF was stirred adequately with ultrasonic blender .
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Materials and Computational Mechanics
In experimental process, ammonium tungstate was firstly poured into a reaction container with ultrasonic blender .
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PHYTOCHROME SYNTHESIS DURING IMBIBITION IN EMBRYONIC AXES OF Pisum sativum L. *
Fragments of the imbibed axes were immediately homogenized in 0.1 M MOPS-Tris buf- fer, pH 7.8 (10 me/g fresh weight) using an ultrasonic blender (Physcotron, Niti-on Co., Tokyo).
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Net expansion of dried demineralized dentin matrix produced by monomer/alcohol saturation and solvent evaporation
Mono- mer-solvent mixtures were blended with the alcohols by use of an ultrasonic blender (Polytron Kinematic, Kinematica, Newark, NJ) and kept tightly capped.
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Patent Abstracts These abstracts are selected from the following titles published by Derwent Publications Ltd: ‘Biotechnology Abstracts’; ‘Chemical Patents Ind...
In an example, Synechoccus sp. ATCC 27144 was cultured in a 1 l bottle containing 500 ml ATCC 616 medium, into which an ultrasonic blender was inserted, at 25 deg for 7 days, during which time the medium was ultrasonicated with a …
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Ultrasonic Cleaning Liquid - Ultrasonic Cleaning Liquid Manufacturers, Suppliers
[ Related Keywords : extraction equipment, ultrasonic blender , ultrasonic cell crusher, Water Treatment System ] .
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http://www.int-res.com/articles/meps/34/m034p261.pdf
Tissues were homogenised in a Brinkman PT10-35 Polytron Kinematics ultrasonic blender ; these are specifically marketed for studies of trace elements and are non- contaminating.
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http://www.int-res.com/articles/meps/49/m049p083.pdf
Mussels were analyzed in 5 replicates of 4 individuals for each site, and were homogenized using a Brinkman PT 10-35 Polytron Kinematics ultrasonic blender (confirmed to be non- contaminating in previous studies).
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Al2 O3 -based nanofluids: a review
Blender - ultrasonic bath. Mixing-ultrasonication.