VWR VV3 Vortex Mixer

• Used in laboratories for resuspending cells, mixing reagents, and preparing samples.
• Applied in biotechnology for DNA extraction, protein analysis, and cell culture work.
• Utilised in pharmaceutical R&D for dissolving powders and homogenising liquid samples.
• Common in academic research for various small-volume mixing tasks.
• Found in quality control labs for sample preparation and analytical testing.

Typical capacity

Designed for single tube or small flask mixing, typically up to 50ml.

Power supply

Commonly operates on standard laboratory power, typically 220-240V, 50/60Hz for UK use.

Mixing action

Provides a vortexing action, with variable speed control commonly found on units of this type.

Footprint

Compact benchtop unit, typically requiring minimal laboratory space.

Speed range

Typically offers a speed range from a few hundred to several thousand RPM, allowing for gentle to vigorous mixing.

Modes of operation

Often features continuous and touch-activated modes for operational flexibility.

• What types of tubes can a VV3 Vortex Mixer accommodate?

  A VV3 Vortex Mixer is typically designed to accommodate a wide range of laboratory tubes, including microcentrifuge tubes, test tubes, and small flasks, often with interchangeable head attachments.

• Is variable speed control standard on a VV3 Vortex Mixer?

• What maintenance is typically required for a used VV3 Vortex Mixer?

• Can a VV3 Vortex Mixer be used for continuous operation?

• What is the typical noise level of this class of equipment?

Shakers and incubation mixers are valued for reliable sample preparation and culture growth across biotech and pharmaceutical settings. When buying used models, buyers prioritise consistent temperature control, speed accuracy, and platform stability. Industry sentiment favours machines from established manufacturers with robust build quality. Key strengths include straightforward operation, minimal maintenance requirements, and long operational lifespans. Buyers typically assess motor condition, calibration history, and overall structural integrity before purchase. These instruments remain dependable workhorses in laboratory environments when properly maintained.

General overview for this equipment type