High Precision Efficient Instant Vision Measuring Machine FOV 95x80mm KS-YJ80A

High-precision Efficient Instant Vision Measuring Machine with FOV 95x80mm KS-YJ80A

Model: KS-YJ80A

Technical Data Download: iqualitrol Instant Vision Measuring Machine KS-YJ80A

Brief Introduction:

iqualitrol KS-YJ80A obtains a profile of the whole part first, upon which measurements are carried out. This is possibly by our experience and expertise in high-performance optics. This allows an operator to simply place the part on the stage and hit measure to perform hundreds of measurements in seconds.

iqualitrol KS-YJ80A has advantages compare with conventional quality inspection instruments, it perform high precision measurements, automatically record data and generate report with the push of a button.

Optical comparators, measuring microscopes, and optical CMMs are popular as instruments that use images for measuring the dimensions of a target. These instruments capture an image of a target, identify the edges to be measured based on human vision (or automatic recognition), measure the movement of the XY stage, and obtain the dimensions of the target.

Features:

1, Measurement results are automatically recorded and generate reports. All measurement results and critical identifiers are automatically recorded to simplify data management, then calculates and displays critical statistical values.

2, Image dimension measurement system features simple place and press operation, provides both incredible measurement speed and high measurement accuracy.

Simply please a target on the stage and press the measurement start button, then system executes measurement of a number of points in the captured image in only seconds.

3, The KS Series obtain an image of the part using its unique wide-field, high-precision telecentric optical system. The telecentric optical system features constant image size regardless of height differences, large depth-of-field for sharp focus at various heights, and no image distortion despite part placement on stage.

The edges (boundaries between bright and dark areas) of the captured image are accurately detected using our sub-pixel processing (to 1/100th or less of a pixel) upon which defined measurements are performed in seconds.

Technical Specification: