HA Series (High Efficiency, Small Size)
Automatic Screen Printing Machine for Automotive Glass
These automotive glass printing machines are tailored for high-output screen printing on compact glass components such as side windows and quarter glass. By replacing traditional sequential workflows with a three-stage parallel process, positioning, printing, and unloading, these glass printers significantly increase efficiency. The precision shuttle transfer system ensures seamless operation between stations, achieving a capacity of 400–600 pieces per hour. Capable of processing glass as small as 200 mm × 300 mm, they are ideal for high-volume production of small and irregularly shaped automotive windows.
| Model | | |
| Max. Printing size (mm) | 600 × 800 | 800 × 1200 |
| Min. Printing size (mm) | 200 × 300 | 200 × 300 |
| Substrate thickness (mm) | 2–6 | 2–6 |
| Power supply | 3N 380V 50Hz, 3.5kW | 3N 380V 50Hz, 3.5kW |
| External dimensions (mm) (L*W*H) | 3970 × 1440 × 1750 | 4870 × 1440 × 1750 |
| Production capacity (pcs/hour) | Approx. 450 | Approx. 400 |
If your glass dimensions fall outside the specifications listed above, there’s no need to worry. Get in Touch and we’ll be happy to provide a tailored printing solution that suits your production needs, free of charge.
The positioning mechanism uses multi-axis servo control with adjustable points, offering the flexibility and accuracy needed for printing on small, irregular-shaped automotive glass. An upgrade to a full-servo positioning system is available for fully digital adjustment and menu-based operation.
The printing table features a patented composite panel with a low friction coefficient, effectively preventing scratches on the glass surface. It also offers strong resistance to solvents used during the printing process.
The transfer platform adopts an H-shaped structure combined with a vacuum suction system to ensure secure handling of various small-sized and irregular glass panels. Guided by a precision servo system and high-precision linear rails, the system ensures smooth, accurate, and fast transport between workstations.
Both off-contact distance (screen-to-worktable distance) and peel-off motion (screen lifting from the glass) are servo-driven, allowing precise, digital control to meet different glass thickness and print quality requirements.
The screen frame pull-out system has been specially designed to simplify screen installation and cleaning while prioritizing operator safety throughout the process.