The gantry image Measuring Instrument is an automatic image measuring instrument specially designed for customers with general measurement requirements. Domestic image system, motion control system, precise linear guide rail and grating ruler are used to minimize unnecessary equipment provided by customers and meet the requirements of product quality control at the lowest cost. It can realize XYZ three-axis automatic measurement, and supports various accessories such as surface light source, contour light source and rocker, contact probe, automatic zoom lens, etc. It is equipped with 3D-INS-C measurement software in the industry, and has various core functions such as geometric measurement, map navigation, CNC program design, report output, etc.
software system：
Programming and automation
1. Tasks can be generated for automatic batch measurement, and automatic and manual interactive operations are supported.
2. The lens can be magnified manually without re correction.
3. The light source realizes automatic control and supports automatic lighting.
4. Support the automatic control of five rings and eight zones of surface light and each segment of contour light.
5. It can focus automatically and measure height quickly.
Basic measurement functions
1. It can measure geometry, point, line, circle (maximum, minimum and average), arc, spline curve, ellipse, rectangle, quadrilateral, groove, R angle, ring, spacing, distance, point, etc.
2. Construction: center point, extreme point, endpoint, intersection point, two-point connecting line, parallel line, vertical line, tangent line, bisector, centerline, merging, contour segmentation, radius circle drawing, three line inscribed circle, two line radius inscribed circle, etc.
3. Image measurement tools: drawing point, nearest edge point, focus point, circular frame point, best edge point, nearest point, overall extraction, multi segment extraction, texture segmentation, multi segment texture segmentation, electronic caliper, rapid sorting circle, open contour line, maximum closed contour line, and the nearest closed contour line.
4. Geometric tolerance: straightness, roundness, position, parallelism, perpendicularity, inclination, concentricity, etc.
5. Coordinate system: fixture positioning coordinate system, point line, two-point X, two-point Y, three-point, two line, image registration coordinate system; Translate, rotate, and manually adjust the coordinate system.
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