The POMEAS Spectral Confocal Sensor series, with its highly specialized design and wide selection of models (e.g. SFS-D8012 to SFS-D8080K), brings unprecedented precision and flexibility to the industrial measurement field. These sensors not only cover a wide range of working distances, but also further enhance the accuracy and applicability of measurements through technical innovations (e.g., the combination of a zoom coaxial lens in the SFS-D8080K).

The main application functions of the spectral confocal sensor program:

Thickness/Width Measurement: Spectral Confocal Sensors are able to accurately measure the thickness or width of an object non-contact, especially for scenarios where high accuracy is required and access to the object being measured is not possible, such as semiconductor chips, glass substrates, thin film materials, etc.

Flatness Measurement: By scanning multiple points on the surface of an object, the sensor can construct a 3D profile of the surface to assess its flatness. This is critical to ensure the flatness of a product's surface and improve product quality.

Stroke/Height Measurement: In automated production lines, spectral confocal sensors are often used to monitor the stroke or height of movement of mechanical parts to ensure the accuracy and repeatability of mechanical movement.

Oscillation/Vibration Measurement: Combined with high-speed data acquisition and analysis technology, the sensors are able to capture minute oscillations or vibrations of an object, which is important for the detection of dynamic performance in precision machining, aerospace and other fields.

Shaft Eccentricity Measurement: By measuring the deviation of the center of a rotating shaft from its expected position, spectral confocal sensors play a key role in assessing the assembly quality and operational stability of mechanical components.

Transparency thickness measurement: Particularly suitable for thickness measurement of transparent or semi-transparent materials, such as glass and plastic films. The sensor can penetrate the surface of the material and directly measure its internal thickness, providing a high-precision solution for optical components, displays and other fields.

Surface Contour Scanning: Utilizing spectral confocal technology, the sensor can scan the 3D contour of an object's surface with high speed and accuracy, providing data support for the inspection and reverse engineering of complex shapes.

Internal Diameter Measurement: With specially designed probes and algorithms, spectral confocal sensors can also realize accurate measurement of internal spaces such as pipes and holes, meeting the needs of aerospace, automotive manufacturing and other industries for high-precision internal diameter inspection.

The POMEAS Spectral Confocal Sensor series has revolutionized the industrial measurement field with its outstanding performance and wide range of application functions, driving the manufacturing industry towards higher accuracy and efficiency.