Anime Image Measuring Instrument

The image measuring instrument is suitable for all application fields requiring two-dimensional measurement and is widely used in industries such as machinery, electronics, instruments, plastics, and precision machining for various components.

Zoom objective lens and crosshair generator as the measurement aiming system;

The image measuring instrument offers various data processing, display, input, and output functions, especially the workpiece alignment function, which is highly practical.

High-resolution 9-segment fixed-magnification objective lens. Changing magnification does not require selecting a new scale bar.

The backup R232 interface can be connected to a computer. Specialized measurement software can then be used to process and output surveying and mapping graphics.

1. You can capture product photos and save them in JPEG format on your computer to build a product library.

2. You can open the saved photos on your computer and compare them with the real-time image in the same frame.

3. Graphics can be imported into AutoCAD to create engineering drawings.

4. Standard AutoCAD engineering drawings can be input into the real-time image. This enables AutoCAD engineering drawings to be overlaid on the actual workpiece shape for comparison, helping to identify differences between the workpiece and the engineering drawing.

5. You can import previously captured and stored JPEG images into the real-time image for overlaying and comparison with the actual workpiece.

6. Dimensions can be annotated in the bird’s-eye view of the entire image.

7. Custom circle: Customers can define a standard circle according to their requirements, then compare the standard circle with the workpiece in the image to determine the deviation between the workpiece and the standard circle.

8. Custom line segment: You can define the start coordinates, length, and rotation angle of the line segment, then compare it with the workpiece in the image to determine the deviation between the workpiece and the defined standard shape.

9. Customer-defined coordinate system: Set the coordinate origin (0,0) on the actual workpiece during real-time imaging, and mark the X and Y coordinate positions of any point on the screen.

10. Coordinate annotation: Using the customer-defined coordinate origin (0,0) as the reference, annotate the coordinate position of any point on the screen.

11. Patent R-angle function: An accurate method for measuring R-angles on flat surfaces currently available on the market.

12. Measurement: Can measure any geometric dimension on a plane, including angle, diameter, radius, distance from point to line, eccentricity of two circles, distance between two points, etc.

13. Drawing: Can depict the actual shape of the workpiece from real-time images to produce a complete engineering drawing, using a drawing method similar to AutoCAD.

14. Annotation: Dimensions can be annotated on workpieces in real-time images (length, angle, diameter, radius, distance from point to line, eccentricity of two circles, distance between two points, etc.).