Micro-plate Shaker LE-MPS101

Micro-plate Shaker LE-MPS101

Lab Expo Micro-plate Shaker LE-MPS101 offers precise speed control within a range of 800 to 2600 rpm. It operates with a circling diameter of 8.5 mm to ensure effective mixing for sensitive samples. Supports both timing and continuous running modes to provide flexibility. Equipped with a low-noise AC motor for quiet operation. Our Micro-plate Shaker is an ideal solution for reliable and efficient microplate mixing in any laboratory setting.

$1,176.00 $ 980

Micro-plate Shaker LE-MPS101 - Specifications

Operation Method Circling
Circling Diameter 8.5 mm
Speed Adjustable Range 800 to 2600 rpm
Running Mode Timing/Continuous
Timing Range 0 to 60 min
Power Consumption 20 W
Power Supply AC 220V±10% (50/60Hz)
Working Plate Dimension 128 × 86 mm
Dimensions 185 × 185 × 135 mm
Net. Weight 1.5 Kg

Micro-plate Shaker LE-MPS101 - Key Features

  • Plate compatibility for microplate formats up to standard size
  • Adjustable knob design with speed range 800 to 2600 rpm
  • Circling operation at 8.5mm diameter for uniform mixing motion

Micro-plate Shaker LE-MPS101 - Applications

FunctionImplementation
ELISA plate mixing800 to 2600 rpm enables adjustable agitation for assay optimization
Cell culture workflows128 × 86 mm working plate accommodates standard microplate formats
Timed incubation steps0 to 60 min timing range supports programmable mixing durations
Continuous processing linesCircling operation at 8.5 mm diameter ensures consistent sample homogenization
Low-noise lab environmentsAC motor with low-noise design maintains quiet operation during use

Micro-plate Shaker LE-MPS101 - Catalog

Micro-plate Shaker LE-MPS101 FAQ's

1: What is the Micro-plate Shaker LE-MPS101 used for?

It is designed for mixing procedures involving microplates, ideal for applications like ELISA, immunoassays, and cell culture in research and clinical labs.

2: What type of motion does the shaker operate with?

It uses circling motion with an 8.5 mm diameter, ensuring effective and uniform mixing.

3: What is the size of the working plate?

Our shaker's working plate measures 128 × 86 mm, compatible with standard microplates.

4: Is it noisy during operation?

No, it is equipped with a low-noise AC motor to maintain a quiet working environment.

5: What types of plates can be used with it?

Our shaker is compatible with standard microplates used in various biological and clinical applications.

6: What types of plates are compatible with the Micro-Plate Shaker?

Our Micro-Plate Shakers are designed to accommodate standard PCR plates, deep-well plates, cell culture plates, and micro-titer plates, ensuring broad compatibility for laboratory workflows.

7: How do adjustable speeds enhance laboratory workflows?

Adjustable speeds provide flexibility for various tasks, from gentle mixing of cell cultures to vigorous shaking for resuspension or homogenization of reagents in PCR or assay plates.

8: What are the benefits of preset temperature settings in Micro-Plate Shakers?

Preset temperature settings simplify operation by enabling users to quickly select ideal conditions for temperature-sensitive applications such as enzyme reactions, incubation or cell culture.

9: How portable are these Micro-Plate Shakers?

Their lightweight and compact design make them easy to move and reposition within the lab, allowing flexible use in various workstations or experimental setups.

10: Can I set a specific shaking duration on the Micro-Plate Shaker?

Yes, these shakers come with customizable timer settings, allowing users to program precise shaking durations ranging from a few seconds to several hours based on experimental requirements.

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.