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Heavy-Duty Vortex Mixers
Increase Productivity with Continuous-Duty Vortexing of Multiple Samples
OHAUS Heavy-Duty Vortex Mixers feature a robust design and the highest quality motor to permit
continuous-duty operation with accessories over the entire speed range. Digital models offer a timer
and exact speed control when applications demand repeatable results. Non-digital variable speed models
are an economical alternative. A wide range of accessories are available for microtubes, microplates,
and a variety of tube sizes from 0.5 to 50 ml. -
Vortex Mixers
Increase Productivity with Continuous-Duty Vortexing of Multiple Samples
OHAUS Heavy-Duty Vortex Mixers feature a robust design and the highest quality motor to permit
continuous-duty operation with accessories over the entire speed range. Digital models offer a timer
and exact speed control when applications demand repeatable results. Non-digital variable speed models
are an economical alternative. A wide range of accessories are available for microtubes, microplates,
and a variety of tube sizes from 0.5 to 50 ml. -
Microplate Vortex Mixers
The Ideal Solution for Dependable Vortex Mixing of Microplates
OHAUS Microplate Vortex Mixers are perfect for mixing microplates throughout the speed range. All models are designed for continuous-duty use in the lab. Digital models offer a timer and exact speed control for applications that demand repeatable results, while non-digital variable speed models are an economical alternative. The high-speed and small orbit of these mixers make them optimal for effectively mixing microplates.
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Multi-Tube Vortex Mixers
Powerful Hands-Free Vortex Mixer for Efficient High-Throughput Mixing
OHAUS Multi-Tube Vortexers are ideal for hands-free, high-throughput sample processing. Interchangeable foam racks for vortexing tubes from 10 to 29 mm in diameter are available. Strong suction cup feet reduce motion and prevent sliding on the work surface for safe operation in the lab. Digital models offer exact speed control for applications that demand repeatable results. Non-digital variable speed models are an economical alternative.
