Typical accuracy for micropipettes applies to which range of volume measurement?

Micropipettes are designed for precise volumetric measurements, typically used in laboratory settings for handling small volumes of liquids. The typical accuracy range for micropipettes is generally less than 1 mL. This is because micropipettes are specifically calibrated to measure small volumes, generally in the range of microliters (µL) to a few hundred microliters (mL), with high accuracy and precision.

Using micropipettes for volumes below 1 mL allows researchers and technicians to transfer exact amounts of reagents, samples, or solutions, which is crucial for experiments requiring precision, such as PCR, enzyme reactions, or cell culture applications. The design and functionality of micropipettes enable them to deliver small and measured volumes reliably, ensuring that the results of biochemical experiments remain consistent and reproducible. This makes the measurement below 1 mL the most appropriate context for discussing micropipette accuracy.

In contrast, the other volume ranges listed, such as 1 mL to 10 mL, 10 mL to 100 mL, and 1 L to 5 L, are typically handled by other types of pipetting devices or volumetric equipment that cater to larger liquid volumes, which are not the intended