Leading active dual-stripe light technology

  · Using active dual-stripe light technology, the light projector projects a series of composite stripe lights containing specific spatial phase encoding onto the surface of the object

  · The COMS sensor at the receiving end receives the phase of the moving stripe light wave multiple times through the phase shift method

  · The COMS sensor at the receiving end simultaneously captures the changes in the stripe light and then decodes the resulting photos

  · After decoding, the target object can be illuminated with stripe light to measure the height difference by triangulation. The stripe-shaped light irradiated by the projection lens is diffused on the surface of the target object

  · If the reflected light is observed from other angles (receiving end lens), it can be seen that the original stripe-shaped light is emitted due to the concave and convex shape of the target object

  · These lights are imaged by the COMS sensor and calculated (triangulation method), thereby measuring the height and position of each point

Micoron-level 3D detection

  · Using large-size and high-precision COMS, low-noise data can be obtained. Because each pixel obtains RGB data, it can also observe with excellent color reproducibility and vividness

  · With a high-precision telecentric lens, the effect of distortion can be reduced, and images with no blind spots can be captured at "actual size", thus achieving accurate shooting

  · Using circular projection in two directions, images with no blind spots can be captured without being affected by directionalit

Inspection in as fast as one second，no more contact inspection

If you use traditional measuring instruments (point, line, contact measurement) for measurement, some shapes are difficult to measure accurately, but using the gantry-type 3D fully automatic image measuring instrument series, it is no longer measured by traditional measurement methods. The equipment uses a surface scanning method, which can scan the target more accurately and efficiently, and can largely avoid problems such as shape errors