CC688BU

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The CC688BU can be referred to as a board-level imaging device. It can be used for the applications of 3D non-contact surface profiling and texture mesurement. The CC688BU offers a wide field of view, wide working distance, fast capture speed and high resolution rate.

The CC688BU achieves its high 3D resolution and accuracy for applications in the field of non- contact surface profiling and texture measurement. The 3D images are created by capturing multiple views from different angles, and then combining them into a single image. Each image is then registered to form a 3D ‘map’ of the object or surface. By combining these 3D images, precise measurements of surface features can be accurately measured.

The working principle of the CC688BU can be described as similar to that of an optical microscope. The device uses two mirrors mounted in parallel on either side of the viewing port, so that the light from the image is spread across the entire field of view. The angle of the mirrors is adjustable, which allows for different viewing angles of the object or surface to be captured. A camera is then placed at the back of the view port to capture the image. These images can then be digitally processed to create the 3D surface.

The CC688BU is a versatile device and can be used for a wide variety of applications. It can be used for 3D object and surface measurement in industries such as automotive, aerospace, electronics, medical, biometrics, metrology, engineering and manufacturing. The device offers a wide field of view, long working distance, fast capture speed, and high image resolution.

The CC688BU is a valuable tool for 3D surface measurement, and offers a wide range of possibilities for applications. The device offers accuracy and speed for capturing and measuring objects or surfaces in 3D, which allows for faster and more accurate manufacturing or design processes. Furthermore, the device has a durable construction, making it suitable for industrial and manufacturing uses.

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