CCD hole punching machine introduction:
The automatic CCD punching machine system captures and analyzes the sampling graphics within the visual range of the camera through the computer; controls the displacement of the transmission parts, and the pneumatic parts punch. It can automatically meet the requirements of fast punching speed, high accuracy and simple operation of positioning holes required by customers. Punching machine is a general term for target hole processing equipment. Target hole, first seen in the PCB multilayer circuit board pressing process. In recent years, the positioning holes that need to be positioned and processed are commonly called target holes. The integrated design concept is used to reduce branching links, and the modular structure design is cleverly adopted along the integrated concept to achieve seamless docking between modules. The composition of the whole structure is reasonable and compact, the modules are harmoniously matched with each other, the combination is firm, the movement is smooth, and there is no reverse backlash. So as to create the superior performance of the equipment, with high speed, high precision, low noise, and excellent stability.
Configuration and feature:
In the hardware control system, a Japanese-specific motion control chip is used, and a curve acceleration scheme is adopted to make the machine operate at a high speed and with low vibration, thereby improving the efficiency of the machine and the service life of the machine. Adopting German Baigra stepping motor, low noise, fast running speed, especially accurate positioning, this is a necessary condition to ensure the accuracy of the equipment. It adopts CCD high-definition black-and-white image sensor used by Japan's Sony Engineering, with a scanning rate of up to 100 frames per second, laying a strong foundation for high-speed image capture. Using American II-Land optical lens, the curvature of light is minimal, which ensures the clarity and fidelity of the image, which is a prerequisite for ensuring the accuracy of the equipment. The software control system is developed by our engineers with the help of years of in-depth research on computer graphics, combined with practice, and repeated verification in practice. The program code logic is thorough, overall planning, high execution efficiency, strong intelligent analysis ability, can effectively discard the fake and save the truth of the graphics that enter the CCD camera field of view in real time, compare and confirm samples, have fast recognition speed, strong resolution ability, and bullseye determination The outstanding features of quasi. The equipment intelligently controls the shrinking stroke of the die to ensure that the upper and lower ends of the die do not touch the bottom during the stamping process, thereby eliminating the harsh impact sound when the die stretches to the top, achieving the mute effect of the equipment and making the equipment more humane Transform