Servo Screen Printing Press

The vacuum side-pulling side-lay will not cause white marks, dirt marks, or smudges on the printed surface. This integral variable push-pull type side-lay features accurate push-pull positioning, a long positioning stroke, fast positioning speed, and easy adjustment. The photoelectric detection system monitors the positioning of the printed matter in real time to reduce the waste rate of printing.

The detachment of the screen is electrically controlled, exposing the entire conveyor table and roller, facilitating adjustments for accurate positioning and feeding of printed materials. This also makes the cleaning of the roller and screen safer and more efficient.

Heavy-duty pneumatic/electric ink scraping system: it integrates electrical, pneumatic, and hydraulic technologies, and automatically controls the ink scraping action. The starting and ending points can be set independently, the pressure is balanced and stable throughout the process. This completely eliminates the drawbacks of cam mechanical control of the ink scraping action, ensuring the stability of ink layer and clarity of images under any printing quantity and speed.

A heavy-duty precision squeegee system integrates various advanced technologies such as electronic, pneumatic, hydraulic, mechanical, and optical fibers. It allows presetting of blade pressure, controlling blade position. Once the squeegee pressure is calibrated, it can be preset to remain constant, ensuring precise control of ink layer thickness and guaranteeing consistent perfection in printed products.

The shaftless drive system utilizes servo synchronous drive technology, eliminating mechanical devices such as transmission shafts and variable speed gearboxes, and instead employing multiple servo motors to follow the movement of a virtual electronic main shaft. This eliminates a large number of mechanical transmission components, simplifies the mechanical structure, reduces mechanical vibration, and improves motion stability and speed.

The screen frame and the roller move in synchronization, driven by the combination of nylon rack and steel gear. This ensures that there is no backlash or vibration between the gear and the rack during operation, as well as accurate registration, low wear, and extended equipment life service.