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Microplate Shaker Incubator

Labnics Microplate Shaker Incubators are designed to combine both shaking and incubation functions for efficient sample processing. They feature multiple plate capacities to enhance flexibility in handling different microplate formats. These units ensure uniform mixing with controlled agitation. They offer an intuitive control panel for easy adjustment of test parameters. Our incubators include alarm alerts to signal process completion or parameter deviations.

Speed range

200 to 1200 rpm
200 to 1500 rpm

Sample capacity

2 pieces of plates (height: < 25 mm)
4 pieces of plates (height: < 40 mm)
2 plates

Shaking orbit

3 mm (horizontal)
2 mm (horizontal)

Amplitude

2mm (Horizontal rotation)

Temperature control range

RT +5°C to 70°C
RT+5℃ to 80℃

FAQ for Microplate Shaker Incubator

1: Does the Microplate Shaker Incubator offer consistent mixing across all samples?

Yes, the Microplate Shaker Incubator provides uniform mixing with controlled, consistent agitation across all wells. This eliminates sample variation due to uneven shaking, which is critical for accuracy in high-throughput experiments. The shaker operates smoothly, minimizing cross-contamination and edge effects.

2: Is the Microplate Shaker Incubator noisy during operation?

No, the Microplate Shaker Incubator operates quietly, thanks to its advanced motor and anti-vibration design. It is ideal for shared lab environments where noise can be disruptive. You can comfortably run the unit without disturbing other activities in the lab.

3: Can I monitor the parameters during operation?

Yes, the Microplate Shaker Incubator is equipped with a digital display that shows real-time data on temperature, shaking speed, and run time. This allows you to monitor your experiment without opening the chamber or interrupting the process.

4: What makes this different from using a separate incubator and shaker?

This integrated design saves space, power, and time by combining two functions into one efficient unit. It reduces the need for transferring plates between devices, which minimizes contamination risks and experimental error. Plus, synchronization of shaking and temperature improves workflow and reproducibility.


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