220 Volt Omni Sonic Ruptor 400 Ultrasonic homogeniser

The OMNI RUPTOR Ultrasonic homogeniser offers precision engineering with all the features necessary to create a total system for ultrasonic disruption. It can disintegrate mast cells, bacteria, spore or tissue. It can prepare an emulsion down to 1/100 of a micron, homogenise immiscible liquids, accelerate enzymatic and chemical reactions, stimulate bacterial activity, disperse solids in liquids and degas liquids. 400W version. Timer: 0-15 mins Pulse mode power: allows sample to be processed at full power while limiting temperature rise. Essential for heat sensitive samples. Constant power mode:Selectable for non-heat critical sample applications. Dimensions: Generator 25.1 x 22.2 x 11.7cm (wxdxh) Transducer 8.9cm diam x 12.7cm height Processing tips available separately. Feefo Reviews Related Blogs How to choose an Omni Handheld Homogeniser? There are some key questions to tackle when deciding what homogeniser will best suit your application. Allschoolabs partner with Omni International, a leading global manufacturer of homogenisers who set the standard when it comes with outstanding product design, reliable performance and a uniquely diversified solution based product line. What volume range will you be working with ? Do you prefer a...6 years ago How to choose a Homogeniser probe Mechanical homogenisers are used for a range of tasks in the lab, from preparing biological samples for DNA analysis and PCR work, to creating emulsions or mixing liquids. This wide range of application means that a wide range of different probes are available to attach to the main motor. These vary greatly in size, material and capability - so how can you choose a suitable probe? [captio...8 years ago Omni Applications and Protocols Database To assist the optimisation of your protocols for homogenisation using the Bead Ruptor or Handheld Homogeniser, we have thousands of applications listed and protocols to guide you. Protocols Applications? Product Attachments Sonic_Ruptor_400_brochure (1.14 MB)