Features and functions of the 2D image measuring instrument

What are the characteristics and functions of the two-dimensional image measuring instrument? The two-dimensional image measuring instrument is an optical instrument that relies on the powerful software capabilities of computer screen measurement technology and spatial geometric calculations and is used in many industries. How much do we know about the characteristics and functions of the two-dimensional image measuring instrument? Let me give you a detailed introduction below.

Features of the 2D image measuring instrument

1. Granite base and columns, the structure will never deform.

2. The X and Y axes are equipped with grating rulers for precise positioning.

3. The Z-axis adopts a new design of cross guide rails and counterweights, so that the lens is lifted and lowered with balanced force to ensure accuracy.

4. Laser positioning indicator accurately specifies the current measurement position for easy measurement.

5. Lens: Continuous zoom lens.

6. LED cold light source (surface light and contour light) prevents the workpiece from being deformed by heat.

7. Use original 1/3” color CCD camera, zoom objective lens and crosshair generator as the measurement and aiming system;

8. It has multiple data processing, display, input and output functions, especially the workpiece alignment function is very practical;

9. The instrument is equipped with RS232 interface. After connecting to the computer, the surveying and mapping graphics can be processed and output using special measurement software.

Functions of 2D image measuring instrument

1. Multi-point measurement of points, lines, circles, circles, ellipses and rectangles to improve measurement accuracy;

2. Combined measurement, center point construction, intersection point construction, line construction, circle construction, angle construction;

3. Coordinate translation and coordinate alignment to improve measurement efficiency;

4. Macro instructions make batch measurement of the same workpiece more convenient and faster, improving measurement efficiency;

5. The measurement data is directly input into AutoCAD to become a complete engineering drawing;

6. The measured data can be input into Excel or Word for statistical analysis, and a simple Xbar-S control chart can be cut out to calculate Ca and other parameters;

7. Multiple language interface switching;

8. Record user programs, edit instructions, and teach execution

9. Large map navigation function, three-dimensional rotating light for knife molds, 3D  scanning system, fast auto focus, and automatic zoom lens.