In today's booming industrial automation, there is a growing need for precision displacement measurement, and spectral confocal sensors play a crucial role in this. Among them, POMEAS spectral confocal sensors have shown unrivalled advantages in many key aspects of industrial automation due to their excellent performance.

In the field of panel display, POMEAS spectral confocal sensors play a role in high-precision measurement. With the continuous upgrading of display technology, the manufacturing of panels has reached an extremely high level of accuracy. Whether in the production of LCD or organic light emitting diode (OLED) panels, spectral confocal sensors are able to accurately perform tasks ranging from flatness detection of the substrate to thickness measurement of each film layer. It monitors minute displacement changes in real time to ensure the accuracy of the panel during assembly, thus guaranteeing consistent display quality and avoiding problems such as uneven displays and colour deviations.

The dispensing process is also inseparable from POMEAS spectral confocal sensors. In industrial production, the amount and position of dispensing directly affects the quality and performance of the product. The sensor can accurately measure the distance between the dispensing head and the workpiece to ensure the uniformity of the amount of glue and the accurate drop point. For the dispensing operation of some micro electronic components, this high-precision measurement is especially critical, which can prevent glue overflow or insufficient dispensing, thus improving the reliability and stability of the product and reducing the rate of defective products caused by dispensing problems.

POMEAS spectral confocal sensors are useful in a wide range of measurement applications. Whether it is the dimensional measurement of mechanical parts or the monitoring of small displacements in complex structures, it is able to acquire data quickly and accurately. Based on the spectral confocal principle, this sensor enables non-contact measurements, avoiding the damage that traditional measurement methods can cause to the object being measured. In some high-precision processing environments, such as the manufacture of aerospace parts and components and the production of precision medical devices, its precise displacement measurement capability provides a strong guarantee for product quality.