Accurate measurement of liquid volumes is essential for reliable experimental outcomes. Traditional methods like gravimetric testing and photometric assays have been the go-to techniques, but they come with limitations, especially when it comes to non-destructive and high-resolution measurements. Enter low-coherence interferometry, a groundbreaking technology that offers a novel solution for measuring liquid volumes in microplates.

Accurate measurement of liquid volumes is essential for reliable experimental outcomes. Traditional methods like gravimetric testing and photometric assays have been the go-to techniques, but they come with limitations, especially when it comes to non-destructive and high-resolution measurements. Enter low-coherence interferometry, a groundbreaking technology that offers a novel solution for measuring liquid volumes in microplates.

In the fast-paced environment of a life science laboratory, precision and efficiency are paramount. This is particularly true in automated labs, where robotics and sophisticated systems handle complex workflows. A critical aspect of maintaining high standards in such environments, especially in assays, is ensuring accurate liquid handling. This is where in-process inspection of liquid volumes in microplates or tubes becomes invaluable.