HN-1050S Full Automatic Stop Cylinder Sreen Printing Machine

1. Main structure: High speed and high-precision stop cylinder structure, automatic stop cylinder rolling to ensure that the sheet can be delivered to the gripper accurately , which can achieve extremely high accuracy;

2. The maximum operating speed of 4000 sheets per hour has reached the highest international industry level, greatly improving production efficiency;
3. Automatic offset printing Feeder and pre stacking paper platform, combined with non-stop paper stacker, which increase the production efficiency by over 20%. Multifunctional feeding system, adjustable single or continuous paper feeding, can be freely switched according to the thickness and material of the printed product, and equipped with a feeding detection system (pre preventing double sheets);
4. The timely slowing down device of the conveyor belt ensures that the sheet is delivered to the position stably at high speed;
5. Transmission system: Stainless steel paper feeding table, reducing friction and static electricity between the table and the sheet; Adjustable vacuum anti slip sucking transmission, acting on the paper through a non printing surface, combined with the paper pushing and pressing system on the table, greatly reduces paper surface friction and scratches, and also ensures the sheet feeding accuracy and stably ; Equipped with a feeding shortage detection and discharge jamming detection system (paper shortage and jamming detection);
6. Cylinder: A precision polished stainless steel printing cylidner equipped with vacuum suction and blowing functions to ensure printing quality and sheet delivery smoothly. The cylinder and pull lay are equipped with sensor to detect the accuracy of the printing sheet.
7. CNC sensor alignment system: When the paper reaches the front lay and side lay position, the CNC sensor automatically aligns, causing slight misalignment or displacement, automatic shutdown or pressure release, ensuring high accuracy of printing and reduce the waste of printing product;
8. Rubber scraper system: Double cams control the squeegee rubber and ink knife action separately; Squeegee rubber with pneumatic pressure maintaining device,make the printed image more clearly and more uniform of the ink layer.
9. Screen structure: The screen frame can be pulled out which is convenient to clean the screen mesh and the cylinder. Meanwhile the ink plate system also can avoid the ink dropping onto the table and the cylinder.
10. Output table: can be folded down at 90 degrees, making it easier to adjust the screen, install the squeegee rubber/knife and clean mesh or checking; Equipped with vacuum suction to ensure the sheet delivered stably; Double wide belts conveyor: eliminates tearing of paper edges by the belt.
11. Centralized lubrication control system: automatic lubrication of the main transmission and main components, effectively extending the use life, keeping the accuracy of the machine;
12. PLC centralized control of the entire machine operation, touch screen &button Switch operation system, easy to operate; Human machine dialogue operation interface, Detecting the machine conditions and fault reasons in real time;
13. The appearance adopts acrylic flash two component self drying paint, and the surface is coated with acrylic two component glossy varnish (this paint is also used on the surface of high-class cars). 14. The redesigned paper feeding section of the paper stacker is equipped with cardboard hanging underneath, equipped with the stacker whcih can achieve non-stop paper stacking work. Combined with the printing machine can operate without stopping, it can save work time and improve work efficiency; Easy to operate, safe, reliable and stable paper stacking and height detecter, protecting the machine and preventing product damage; The pre-setting counter is more convenient for users to add automatic tag insertion devices or make manual tag insertion operations. Equipped with online printing machine function, can remote control the printing machine;
15. The paper feeding section can be equipped with negative pressure wheel device to avoid the printing surface damage.
16. Servo Squeegee System: The latest upgrade incorporates a patented servo-driven squeegee mechanism (Patent No.: CN220220073U), effectively eliminating instantaneous blade vibration inherent in legacy cam-driven systems (which historically caused blade-skipping and ink streaks after prolonged operation). The stroke length is pattern-adjustable (reducing prolonged friction between blade and screen mesh). Equipped with a pneumatic pressure retention device for the rubber blade , this system delivers enhanced image definition, it ensures sharper image reproduction, more uniform ink applied on the paper. Achieves vibration-free operation with maximized equipment stability.