EziLab offers the Multi Tube Vortex Mixer EZL-MTV102, a 25-tube lab vortex mixer driven by a brushless motor at 1500 to 3000 rpm in 10 rpm steps with a 4 mm amplitude. The standard rack holds twenty-five 50 ml and sixteen 15 ml centrifuge tubes together, and the timer runs from 1 minute to 8 hours. Corrosion-resistant construction, simple controls, quiet low-vibration running, and a 30 W draw round out the unit. Optional racks swap in for forty-nine 15 ml tubes or 10 ml blood tubes, forty-nine 2 or 5 ml blood tubes, or eighty-one 1.5 and 2 ml microtubes, so one vortexer covers tube formats. It mixes reagents, liquid mixes, and cell suspensions and speeds DNA and RNA extraction steps and protein sample prep. High-speed vortexing across a full batch replaces tube-by-tube work on a single vortex shaker. Clinical and hospital labs process blood tubes in batches before analysis, while pharmaceutical teams mix samples for drug development and formulation screening. Research institutes and university core facilities use this multi tube vortexer to prep extraction batches for molecular assays. As a lab mixer, it suits high-volume benches. Listing each tube size your workflow uses, from 1.5 ml microtubes to 50 ml tubes, shows which optional racks to look for in the Lab Mixer category and Multi Tube Vortex Mixer range.



Quantity:
$2725
Motor Brushless Motor
Amplitude 4mm
RPM 1500 to 3000rpm
RPM increment 10rpm
Timing Range 1min to 8h
Dandling Range Centrifuge Tube 50ml × 25 + 15ml × 16
Power Consumption 30 W
Dimension 355 × 260 × 145
  • High-Speed Mixing
  • Corrosion-Resistant Construction
  • User-Friendly Controls
  • Quiet & Low-Vibration Operation
  • Energy Efficient
  • Centrifuge tube 50ml × 25 + 15ml × 16

  • Centrifuge tube 15ml × 49 / Blood tube 10ml × 49

  • Blood tube 2 / 5ml × 49

  • Centrifuge tube 1.5/2ml × 81

•Used in clinical and hospital laboratories for processing blood tubes in batches before analysis.
•Applied in pharmaceutical teams for mixing samples in drug development and formulation screening.
•Used in research institutes for preparing extraction batches for molecular assays.
•Applied in university core facilities for DNA and RNA extraction steps.
•Used in protein analysis workflows for sample preparation.
•Applied in high-volume benches for mixing reagents and cell suspensions across a full batch.