What are the characteristics and usage of the fully automatic image measuring instrument?

What are the characteristics and usage of the fully automatic image measuring instrument? The fully automatic image measuring instrument has a wide range of applications in precision electronics, wafer technology, cutting tools, plastics, precision parts, springs, stamping parts, connectors, molds, military industry, two-dimensional reading, drawing, engineering development, hardware and plastics, PCB boards, conductive rubber, powder metallurgy, screws, watch parts, mobile phones, pharmaceutical industry, fiber optic devices, automotive engineering, aerospace, higher education institutions, research institutes, and other fields.

Fully automatic image measuring instrument

1. The X-axis is based on a granite crossbeam to ensure that the mechanism does not deform and the middle of the crossbeam does not sag.

2. The X-axis linear guide rail is designed with an upper position, which conforms to the optimal force principle of the guide rail and has the characteristics of high precision and stable operation.

3. The unique use of thick steel plates on the back of the X-axis granite enhances the toughness of the X-axis and ensures that the crossbeam will not break.

4. The unique hardware enclosed ring design of the Y-axis is connected by steel plates at the bottom of the column, forming a whole of the crossbeam and column, ensuring that the mechanism will not deform.

5. The Y-axis intermediate transmission and X-axis hardware closed-loop structure ensure that there is no physical phenomenon of left and right sway or tail sway during operation, and the accuracy is improved.

6. The Z-axis adopts a cross guide rail and is driven by a ball screw, ensuring stable operation and accuracy.

7. VCAD image measurement software can be automatically programmed and fully automated for detection.