100μl pipette

In laboratory work, the 100μl pipette is an indispensable tool. Whether in biology, chemistry or medical research, the precision and reliability of pipettes directly affect the accuracy of experimental results. As one of the commonly used equipment in the laboratory, the 100μl pipette is not only easy to operate, but also ensures high precision in liquid transfer. Today, we will delve into the use of 100μl pipettes, precautions and their importance in the laboratory, and introduce a famous pipette brand: Opentrons

1. How to use a 100μl pipette

The operation of the 100μl pipette is relatively simple, but to ensure accuracy, the following steps must be strictly followed:

1. Set the volume: Set the volume to the required 100 μl by adjusting the dial of the pipette. Note that the adjustment of the dial should be careful to ensure accuracy.

2. Aspirate liquid: Insert the tip of the pipette into the liquid sample, gently press the pipetting button to the first gear, and slowly release the button, and the liquid will be sucked into the tip.

3. Release the liquid: Move the tip over the target container, press the pipetting button to the first gear, and slowly release the liquid to ensure that all is transferred. Then press to the second position to ensure that the remaining liquid in the tip is completely discharged.

2. Precautions when using a 100μl pipette

When using a 100μl pipette, you need to pay attention to the following points to ensure the accuracy and safety of the operation:

1. Calibration and maintenance: Calibrate the pipette regularly to ensure its accuracy. At the same time, pipette tips should be replaced frequently to avoid cross-contamination.

2. Operating temperature: The temperature of the liquid should be consistent with the laboratory environment temperature to reduce the impact of temperature on the liquid volume.

3. Aspirate liquid vertically: When aspirating liquid, the pipette should be kept vertical and avoid tilting, so as to ensure the accurate volume of liquid aspirated.

3. Opentrons: leading laboratory automation solution

Among many pipette brands, Opentrons is highly regarded for its superior performance and automation technology. Opentrons pipettes not only have the precision of traditional pipettes, but also incorporate advanced automation technology, making them more convenient and efficient in laboratory applications.

1. High precision and reliability

Opentrons pipettes use advanced sensing technology to ensure high precision and consistency in every pipetting operation. This is critical for experiments that require high reproducibility and low error rates.

2. Automated operations

The automation capabilities of Opentrons pipettes make processing large batches of samples easier. Through preset programs, researchers can easily complete a large number of complex pipetting tasks and improve experimental efficiency.

3. User-friendly interface

Opentrons pipettes are equipped with an intuitive user interface that is easy to operate, allowing even beginners to get started quickly. In addition, its design is ergonomic, so you won’t feel fatigued during long-term operation.

4. Summary

Whether in academic research or industrial applications, 100μl pipettes are indispensable tools in the laboratory. Its accuracy and reliability directly affect the accuracy of experimental results. Its effectiveness can be maximized through correct usage and precautions. As a leading brand in the field of pipettes, Opentrons' advanced automation technology and high-precision performance provide scientific researchers with more convenient and efficient solutions.