With its unique lighting effect, it has become possible to observe curved and R surfaces.
The halation lighting system utilizing specular reflection allows for the capture of images of cracks, scratches, and dirt that are difficult to see with conventional incident lighting, achieving outstanding high-resolution images. Since a reflection image with a small angle can be obtained, it is now possible to observe surface irregularities "more easily," "more reliably," and "more quickly" than before, significantly simplifying tasks such as quality inspection. This is the optimal model for curved surface observation and will help resolve issues related to observing R surfaces. The image on the left is a comparison captured by the halation microscope "PS-100-S7Z16R100-2" for curved surface observation, showing scratches and mold on the lens surface using both halation and incident lighting. The incident lighting image captures only a small part of the scratches on the lens, while the halation lighting image clearly captures both the scratches and the mold.
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basic information
Haleration Microscope "PS-100-S7Z16R100-2" Wide Field Curved Surface Version, Maximum Field of View 24 x 18mm for R Illuminated Curved Surface Observation (13x to 53x on a 15" Monitor). This is a haleration microscope designed for observing curved surfaces with a zoom magnification of 0.2 to 1.6 times. It is equipped with haleration R illumination that provides an unparalleled field of view of 24 x 18mm, making it a microscope for surface observation without shadows, allowing you to "see the unseen." It is versatile and applicable to a wide range of conditions, including scratches, dents on φ16 shafts, lens scratches, bubbles, cracks, and chips in metal pipes, which were previously difficult to observe. 【Features of the Haleration Microscope】 ○ Provides approximately 70-degree specular reflection images on rod-shaped curved surfaces. ○ Equipped with haleration illumination that divides a semicircle (140 degrees) into ten parts. ○ With fan-shaped illumination centered on the workpiece = R illumination, it allows confirmation of the raised state of dents, scratches, and dirt on surfaces like shafts within a field of view of about 70 degrees. ○ Enables shadow-free observation. ○ The illumination and camera power supply are built into the stand. ● For more details, please contact us or download the catalog.
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Applications/Examples of results
【Applications】 ○ Motor shafts and cylinder shafts (φ20 to φ1) ○ Observation and inspection of dents, scratches, and dirt on circular, polygonal, and spherical objects such as drills, needles, bearings, and solder balls ○ Observation and inspection of solder wetting properties of ICs and chip components ○ Surface observation of processed products such as lenses and plastics, Delrin, and Bakelite ● For more details, please contact us or download the catalog.
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With the advancement of ultra-precision machining technology, there is a demand for equipment with high observation capabilities in a wide range of fields, including electronic components with extreme precision and academic fields in biology that explore minute structures. The halation microscope, which utilizes optical illumination, is the ideal instrument for investigating fine structures across various industries. Sees International is integrated with development and design technologies related to halation microscopes, and is prepared to promptly respond to your technical needs for horizontal deployment, meeting your expectations in inspection, observation, and research tasks.