Brief: From concept to demonstration, this video highlights the evolution and practical outcomes of the Automatic CCD Image Hole Puncher. Watch as we showcase its precision operation on various thin materials like self-adhesive labels and flexible circuits, demonstrating the advanced CCD positioning and high-speed punching capabilities in real-world applications.
Related Product Features:
CCD Positioning Control ensures precise punching with a ±0.015 mm margin for high accuracy.
Fast Punching Operation delivers 0.5-second per hole speed for increased production throughput.
Works effectively with reflective materials including mirror-finish or semi-transparent substrates.
Smart Recognition uses light source technology to identify blurred or incomplete prints reliably.
Film Flattening System stabilizes thin materials to prevent errors during the punching process.
Simple Operation through an intuitive touchscreen-based system for easy setup and control.
Real-time Monitoring allows operators to check results on-screen or directly at the punch site.
Binary Image Processing enhances the accuracy of target recognition for consistent performance.
FAQs:
What materials can this Automatic CCD Hole Puncher process?
It is widely used for PET, PC, PVC, IMI/IMD, flexible circuits, films, photoplates, polyester, mobile phone panels, keypads, aluminum substrates, thin aluminum sheets, nameplates, polycarbonate, membrane switches, decals, vehicle panels, keyboards, dials, demos, heat transfer labels, front panels, flex printed circuits, medical labels, graphic overlays, glucose testing strips, self-adhesive labels, membrane keyboards, and other thin materials.
What is the punching precision and speed of this machine?
The machine offers a punching precision of ±0.02mm and a high-speed operation of 0.35 seconds per hole, excluding loading and unloading time, ensuring efficient and accurate production.
How does the CCD positioning system improve punching accuracy?
The CCD Positioning Control uses advanced vision components and binary image processing to ensure precise alignment with a ±0.015 mm margin, effectively handling even reflective or semi-transparent materials while identifying blurred prints for consistent results.