Industrial Automation Magazine India

PCB Drilling Machine Solution

Published on : Friday 01-07-2022

Deltas PCB Drilling Machine Solution features the Motion Control Card PCIe-L221-B1D0 as master control.

The printed circuit board (PCB) is a key component for various electronics products, widely used in consumer, communication, automotive, and home appliance products, and even for the aerospace industry. PCB drilling machines drill the holes for soldering pins onto the PCBs, or to connect the circuit's different layers and complete the circuit design.

Delta's PCB Drilling Machine Solution features the Motion Control Card PCIe-L221-B1D0 as master control. Integrating the AC Servo Drive ASDA-A3-E Series and analog I/O modules, the solution achieves stable, high-speed and precise PCB drilling via EtherCAT Fieldbus. Combined with the drilling path algorithms and PCB graphic decoding software, Delta's solution optimises the paths to prevent unnecessary movement of the X & Y axes for efficient operation. Collecting the data of the servo systems, the solution enables users to analyse the operation performance with EtherCAT Fieldbus communication. It also offers real-time monitoring of the equipment, and notifies the users of anomalies on a graphical interface.

Delta is dedicated to developing automation solutions that bring high-speed and precise manufacturing to production lines. To cater to market demands, Delta provides a broad range of automation products, such as AC motor drives, AC servo drives & motors, PLCs, machine vision systems, HMIs, temperature controllers and pressure sensors. Connected with high-speed fieldbus, Delta’s integrated solutions are applicable for transferring, inspection, and pick-and-place tasks. The precise, high-speed, and reliable performance effectively elevate product quality, and reduce defects for electronics manufacturers.

https://filecenter.deltaww.com/Solutions/Images/02/0206/PCB%20Drilling%20Machines.mp4

Delta Electronics India. Tel: 0124-4874900 #4365. Email: [email protected]