Injection molding image measuring instrument

Injection molding image measuring instrument

1. The cross guide rail is directly fixed on the marble to ensure the pitch and yaw accuracy of the rail operation and reduce errors.

Large stroke image measuring instrument

Large stroke image measuring instrument

Large stroke image measuring instrument

2. The light source, belt traction, and grating ruler are separated independently to reduce mutual influence and ensure their normal operation.

3. The central traction of the belt ensures the balance and smoothness of the transmission.

4. Z-axis integrated design, easily compatible with conventional functions such as 40 phase lamps and lasers.

5. Integrated design of limit deceleration circuit board for easy installation and debugging.

6. Main control circuit design, adding machine status display for easy monitoring of machine status.

7. The motor power line and coding line are separated and routed to reduce internal circuit interference.

8. Control cabinet with strong and weak current separation, strong current section, multi-stage filtering, and overvoltage and overcurrent protection.

9. Key switch, emergency stop switch, emergency handling methods to ensure safety.

Injection molding image measuring instrumentSpecifications:

Software introduction;

Drawing function: It can draw points, lines, circles, arcs, spline curves, vertical lines, parallel lines, etc., and input the graphics into AutoCAD to achieve reverse engineering and obtain 1:1 engineering drawings.

Automatic surveying: It can automatically survey shapes such as circles, ellipses, lines, arcs, etc. It has functions such as automatic edge searching, automatic capture, automatic mapping, and automatic deburring, reducing human error.

Measurement annotation: It can measure any geometric dimension of the workpiece surface, including angles, widths, diameters, radii, center distances, and other dimensions at different heights, and can annotate dimensions in real-time images.

SPC statistical analysis software: provides a series of control charts and various types of chart representation methods, making quality control work more convenient and greatly improving the efficiency of quality management.

Report function: Users can easily output measurement results to WORD or EXCEL, automatically generate inspection reports, and automatically change the color of out of tolerance values, making it particularly suitable for batch inspection.

Bird's-eye view function: It can view the overall shape of the workpiece and the corresponding numbers for each size, intuitively reflecting the current drawing position, and can freely move and scale the workpiece image.

Real time comparison: Standard DXF engineering drawings can be imported into measurement software and compared with workpieces to quickly detect the difference between the engineering drawing and the actual workpiece, suitable for detecting complex workpieces.

Photography function: The current image and annotated dimensions can be photographed and saved in JPEG or BMP format, and can be imported into measurement software for comparison with the actual workpiece.

Optical glass: Optical glass is a standard component that has been inspected and approved by the National Bureau of Metrology. It can be used to check the verticality of the X and Y axes, set a scale, and ensure that the measurement data matches the actual situation.

Customer coordinates: During measurement, there is no need to align the workpiece or fixture positioning. Users can set customer coordinates (workpiece coordinates) according to their own needs, which is convenient, time-saving, and improves work efficiency.