Ohaus Mini Vortex Mixers
Ohaus Mini Vortex Mixers come with pulsing or fixed speed models with analog or digital controlLab.Equipment presents a collection of sturdy and reliable Ohaus mini vortex mixers. Engineered with a rugged housing, these vortex mixers easily maintains stability even during continuous and rigorous vortexing of sample loads. Highly-recommended for applications requiring repeatability in performance such as for re-suspending liquids, mixing reagents, ELISA assay, and more, these mixers operate through a microprocessor control that consistently manages desired speed parameters.
The Ohaus mini vortex mixers provide two operating modes: the continuous mode functional through accessory attachments and the touch mode that activates mixing when depressing the cup head. Pulsing models offer a vortex pulse action for reduced heat generation and improved performance control. On the other hand, fixed speed models provide one-touch, fast mixing. Offered in several models capable of subtle to high-speed mixing, Ohaus mini vortex mixers are available in analog types with variable speed controls and in digital models enabling users to program exact speed and time values to attain repeatable results.
Shop a range of Ohaus mini vortex mixers from Lab.Equipment today. For any assistance needed in finding the perfect vortex mixer for your specific application, feel free to chat us or leave us a message at [email protected].
Reviews
Senior Lab Technician
Review on VXMNAL Vortex Mixer from Ohaus
This is one of Ohaus' basic mini vortex mixers. It's a straightforward equipment which does what it's supposed to do. If you want a higher end one which can run at different speeds and at pre set time, you might want to check out other Ohaus vortex mixers.
Chemist
Review on VXMNAL Vortex Mixer from Ohaus
Handy device that is compact yet sturdy. Despite its small size and high speed capability, the mixer is stable during operations. This is variable speed model so it's perfect when I need to adjust speeds according to my application requirements.
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