Micro-plate Shaker 14A-MPS201

Lab Expo Micro-plate Shaker 14A-MPS201 is particularly used for liquid/solution mixing and shaking with PCR plate (96 - holes / 384 - holes), cell culture plate (24 - holes / 48 - holes / 96 - holes, etc.) for denaturing of nucleic acids and proteins, stains and blots, micro-titer & immunoassays, enzyme and protein analysis, and dyeing experiments. It is safe, reliable, and highly precise and can be used in low-temperature environments or incubators. This device is portable and has a compact design for easy and convenient operation.

$3,048.00 $ 2540

Micro-plate Shaker 14A-MPS201 - Specifications

Shaking Speed Range 300 - 1400 rpm / min
Capacity 96 well x 4 plates
Shaking Motion Orbital
Shaking Orbit 3 mm
Temperature Range No heating function
Temperature Uniformity None
Temperature Accuracy None
Heating Time None
Timer 59 h 99 min
Display LED
Operation Continuous/Timed
Dimension 290 x 270 x 120 mm
Weight 6.5 kg
Power 40 W
Power Supply 220 V, 60 Hz

Micro-plate Shaker 14A-MPS201 - Key Features

  • Brushless DC motor with 40W power supply
  • Shaking speed range 300 to 1400 rpm
  • 3mm orbital motion for efficient mixing
  • LED display with continuous/timed operation
  • Timer capacity up to 59 hours 99 minutes
  • Capacity for four 96-well microplates

Micro-plate Shaker 14A-MPS201 - Applications

FunctionImplementation
Liquid sample mixing300 - 1400 rpm enables controlled agitation
PCR plate processingCapacity: 96 well x 4 plates supports batch handling
Low-temperature useSafe operation in incubators maintains sample integrity
Orbital shaking action3 mm orbit ensures uniform mixing efficiency
Timed protocolsTimer: 59 h 99 min allows extended unattended runs

Micro-plate Shaker 14A-MPS201 - Catalog

Related Micro-plate Shaker

Lab Expo Micro-Plate Shakers are structured around stable orbital drive systems to deliver uniform agitation across PCR, microtiter, and cell culture plates. This laboratory shaker supports adjustable speed control with programmable cycles and real-time LED monitoring. Compact build, platform stability, and controlled motion enable repeatable mixing performance in molecular biology, diagnostic, and biochemical laboratory workflows.