In the field of precision hardware manufacturing, the dimensions and details of products are crucial, which requires us to use high-precision equipment and methods in the inspection process. Telecentric lenses, with their unique telecentric optical path design, are able to ensure a constant magnification of the image, and are therefore widely used in dimensional measurement solutions for products.

The reason why telecentric lenses can occupy a place in precision hardware inspection is inseparable from its unique telecentric optical path design. This design makes the lens in the imaging, the main light and the optical axis to maintain parallel, regardless of the distance of the object from the lens, can ensure that the magnification of the imaging is constant. This feature makes the telecentric lens in the measurement of objects not in the same plane or need to detect the aperture, three-dimensional objects, can provide accurate and reliable image information.

In addition to the telecentric optical path design, telecentric lenses have the following features:

High resolution: Telecentric lenses usually have high resolution, capable of capturing minute details and features to meet the high accuracy requirements of precision hardware inspection.

Low aberration: Aberration is one of the important factors affecting measurement accuracy. Telecentric lenses have a very low aberration rate, which ensures the accuracy and authenticity of the image and avoids measurement errors caused by lens aberrations.

Large depth of field: Telecentric lenses usually have a large depth of field, which means that the image remains clear over a wide range of working distances, providing greater flexibility for inspection.

Applications in Precision Hardware Inspection

Drill Inspection: The accuracy and integrity of a drill's cutting edge is critical to its performance. Telecentric lenses capture the smallest imperfections in the cutting edge, such as chipping, wear, etc., helping manufacturers identify and resolve problems in a timely manner to ensure the quality of their drills.

Gear Inspection: The contour of gears is an important indicator of their accuracy. Telecentric lenses can accurately measure the contour of gears to ensure the accuracy and reliability of gears, thus improving the overall performance of products.

Fork Inspection: The dimensional accuracy of the fork has an important impact on its performance. Telecentric lenses can accurately measure the dimensions of axle forks, including length, diameter and other key parameters, to ensure that the accuracy of axle forks meets the design requirements.

Cylinder Inspection: The shape and hole accuracy of the cylinder directly affects its sealing and performance. Telecentric lenses can accurately measure the shape and hole position of cylinders, helping manufacturers find and fix problems in time to ensure the quality of cylinders.

E-cigarette inspection: The shape and hole position of e-cigarettes are also important indicators of their quality and performance. Telecentric lenses can accurately measure the shape and hole position of e-cigarettes to ensure that they are aesthetically pleasing, compact and functional, thus enhancing the user experience.

With its unique telecentric optical path design and excellent performance characteristics, POMEAS telecentric lenses play an important role in precision hardware inspection. By accurately capturing minute details and features, providing high-resolution image information, and ensuring measurement accuracy and reliability, telecentric lenses support the development of the precision hardware manufacturing field.