I. Work Efficiency: Multi-Nozzle Adaptation, Wide Speed Coverage

The printing efficiency of the M-1813 can be flexibly adjusted according to the nozzle model and precision requirements. Taking mainstream nozzle configurations as an example, it can switch between multiple precision modes to suit different scenarios:

• The high-precision mode is suitable for flatbed or cylindrical products with complex details, enabling the presentation of delicate pattern effects;

• The standard mode strikes a balance between precision and speed, meeting most regular printing needs;

• The high-speed mode is adapted for batch printing of simple patterns, helping to accelerate the overall production rhythm.

There are significant differences in efficiency among different nozzle configurations, which can be flexibly selected based on actual production needs. Meanwhile, the equipment supports a wide range of printing thicknesses (and customization is available), capable of accommodating the production scenarios of materials in various forms such as flatbed and cylindrical objects (e.g., pipes, cups), easily meeting diverse printing requirements.

II. Work Process: Automated Operation, Adaptable to Dual Scenarios

1. Preparations

Material Handling: Clean flatbed materials (e.g., plates) or cylindrical materials (e.g., cylindrical pipes), then place them in the corresponding working area of the equipment. Ensure the materials are neatly arranged to prepare for subsequent printing.

File Import: Transfer design files (supporting common formats such as TIFF and JPG) via the TCP/IP network interface. Use professional RIP software like PHOTOPRINT to complete file operations such as typesetting and color adjustment, ensuring the output effect meets expectations.

2. Equipment Debugging

Automatic Focusing: The equipment system can automatically detect the height of materials and accurately adjust the distance between the carriage head and the materials. The maximum adjustment range can meet the printing needs of most thick materials, eliminating the need for repeated manual calibration and improving debugging efficiency.

Negative Pressure Activation: The dual negative pressure system for white and color inks provides stable ink supply, ensuring the uniformity of ink output during printing. The air suction system (with multiple zoned fans) can effectively fix flatbed materials; for cylindrical materials, it can be adapted to special fixtures to ensure the materials remain stable without deviation during printing.

3. Printing + Curing

Mode Selection: Flexibly switch to the corresponding working mode according to the material type (flatbed or cylindrical). The equipment drives the nozzles to move accurately through the coordinated operation of the Y-axis (servo motor) and Z-axis (imported electric lead screw), realizing efficient printing of materials in different forms.

Synchronous Curing: During the printing process, the LED UV system performs real-time curing of the ink, effectively preventing pattern blurring and truly achieving "print-and-dry instantly". There is no need to wait for the ink to dry naturally, which greatly shortens the production cycle.

4. Finished Product Output

After the printing task is completed, the equipment will automatically reset. Workers can directly take down the finished products without additional subsequent processes such as drying, simplifying the entire production process and improving the efficiency of obtaining finished products.

Summary

With the flexible configuration of optional multi-nozzles and multi-precision modes, the M-1813 UV Flatbed + Cylinder Printer successfully achieves a balance between "mass production" and "precision processing". It can not only meet the speed requirements of large-scale mass printing but also ensure the delicate presentation of complex patterns. In terms of the work process, relying on automated functions such as automatic focusing and synchronous curing, it greatly simplifies the switching operation between flatbed and cylindrical materials and reduces the cost of manual intervention. It is particularly suitable for small and medium-batch customized printing scenarios, providing an efficient and convenient printing solution for various production needs.