New Generation Automatic Inline V-cutting Machine Released

JKTech Technology Co., Ltd., established in 2014 and headquartered in Shenzhen City, China, is a leading provider of V-cutting depaneling solutions in the SMT assembly industry. With a team of senior experts boasting over a decade of experience, the company is dedicated to delivering the most competitive and innovative solutions to the market. The company’s flagship product, the Automatic PCB/PCBA Cutting Machine, is a state-of-the-art equipment designed to revolutionize the de-paneling process for PCBA panels with 0° and 90° v-cut grooves.

This v-cutting machine features a cutting head that can rotate 270° to accommodate various v-cut groove designs, ensuring precise and efficient de-paneling. With multi-stages of cutting depth control, it minimizes strain stress on the boards, enhancing the overall quality of the de-paneling process. Equipped with an industrial vacuum cleaner, the machine effectively removes dust and particles, maintaining a clean and efficient production environment. Furthermore, the inclusion of CCD technology enables automatic production, significantly reducing the need for manual labor and increasing overall productivity. The Automatic PCB/PCBA Cutting Machine offers a high-efficiency, high-precision, and cost-effective solution for inline de-paneling processes for all types of PCB panels with V-score line designs.

In addition to its V-cutting machine features, the machine’s inline robot facilitates seamless handling of PCBA panels, ensuring a smooth and automated de-paneling process. The CCD automatically verifies mark points, while the upside rotatable round blade moves and cuts the boards with precision. Upon completion, another robot efficiently handles the small PCBAs, placing them on the outlet flat belt and disposing of waste tabs into the collection bin. With its advanced capabilities and innovative design, the Automatic PCB/PCBA Cutting Machine sets a new standard for inline de-paneling processes, offering unparalleled efficiency and precision in the SMT assembly industry.


Post time: May-06-2024