Servo-Driven Automatic Screen Printing Press
Built for high-precision and high-speed screen printing, the servo-driven automatic screen printing press gives manufacturers better control over ink transfer, motion stability, and registration accuracy across different substrates. Driven by servo motors, the press transfers ink through the screen mesh with controlled squeegee pressure, making the printing process more stable and responsive than conventional mechanical systems.
This screen printing press is suitable for PET and PC films, glass, curved components, and other demanding materials that require fine image detail, consistent ink coverage, and reliable repeatability. Its servo-driven structure makes the press a strong fit for manufacturers working in home appliances, electronics, photovoltaics, ceramics, packaging, and other industries where printed quality and production efficiency must remain consistent.
For buyers producing decorative panels, electronic components, solar-related parts, ceramic products, or premium packaging, the servo-driven automatic screen printing press supports accurate, flexible, and efficient printing for complex industrial applications.
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| Max. Sheet Size (mm) | 950 × 620 | 1100 × 900 | 1600 × 1200 |
| Min. Sheet Size (mm) | 350 × 320 | 560 × 350 | 700 × 450 |
| Max. Printing Area (mm) | 900 × 600 | 1080 × 780 | 1450 × 1050 |
| Screen Frame Size* (mm) | 1170 × 1170 | 1300 × 1170 | 1700 × 1450 |
| Substrate Weight (g/m²) | 90–500 | 90–500 | 128–500 |
| Gripper Margin (mm) | ≤10 | ≤10 | ≤10 |
| Printing Speed (pcs/h) | 500–4500 | 500–4500 | 500–3000 |
| Pile Height (mm) | 1050 | 1050 | 1050 |
| Machine Power | 3P 380V 50Hz 25.0kW | 3P 380V 50Hz 36.0kW | 3P 380V 50Hz 45.0kW |
| Total Weight (kg) | 3200 | 4200 | 6200 |
| Dimensions (L × W × H) (mm) | 3250 × 2650 × 1700 | 4850 × 3180 × 2050 | 5100 × 3680 × 2550 |
- One-Touch Material Changeover (Optional): Operators can enter the required material specifications on the touchscreen, and the Servo-Driven Automatic Screen Printing Press automatically adjusts the relevant mechanisms into position, reducing manual setup time and making material changeovers faster.
- Adjustable Printing Stroke: The screen frame travel can be set according to the actual printed image size, increasing production efficiency while reducing wear on the screen frame and squeegee.
- Adjustable Squeegee Down Position: The lowering, lifting, position, and timing of both the printing squeegee and ink return blade can be precisely controlled for more stable ink transfer and printing consistency.
- Feeder Timing Compensation: Operators can enter compensation values based on actual sheet feeding conditions to control the sheet arrival timing without dismantling mechanical parts.
- Image Stretch Compensation: Longitudinal material expansion or shrinkage between the substrate and screen image can be corrected automatically through touchscreen parameter settings, making registration correction easier.
- Adjustable Screen Position (Optional): Operators can fine-tune the screen position and lay position according to actual registration conditions, with adjustment accuracy up to 0.02 mm for high-precision printing.
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Precision Servo-Hydraulic Squeegee SystemThe precision servo-hydraulic squeegee system automatically controls the squeegee movement for more stable and repeatable printing. Operators can set the printing start point and end point according to the actual image area, while balanced pressure throughout the process keeps the ink layer and image clarity consistent during production.
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Custom Nylon RackThe screen frame and cylinder move in sync through a specially customized nylon rack and cast steel QT600 gear drive. This structure reduces backlash and vibration between the gear and rack, giving the servo-driven automatic screen printing press better registration accuracy, lower wear, and longer service life.
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Shaftless Drive SystemThe shaftless drive system uses multiple servo motors to create synchronized electronic master-shaft motion. By reducing many traditional mechanical transmission parts, the structure becomes simpler, machine vibration is reduced, and the press runs with better stability and speed.
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Detachable Screen Frame StructureThe servo-controlled detachable screen frame makes it easier to observe sheet travel, clean the cylinder, and maintain the screen frame. Photoelectric detection ensures reliable movement, while the gear-rack separation design prevents damage to the gear and rack components during operation.
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- The downward-suction vacuum side lay prevents print scuffing, dirty marks, and surface damage on the printed image area, while adjustable air intake allows better adaptation to different substrates.
- The integrated variable push-pull lay system allows one-touch switching between push-lay and pull-lay positioning. It provides accurate positioning, a longer positioning stroke, faster positioning speed, and easier adjustment.
- The pull lay is equipped with a photoelectric detection system to monitor sheet arrival in real time, reducing printing waste and improving production reliability.
Pneumatic Side Lay and Integrated Mechanical Push-Pull Lay SystemThe optional pneumatic side lay and integrated mechanical push-pull lay system gives the servo-driven automatic screen printing press more accurate sheet positioning for different materials.