I. Core Advantages of Work Efficiency
As a multi-purpose device that supports both flatbed and cylindrical printing, the M-9060A demonstrates efficient performance that can flexibly adapt to production needs in various fields such as advertising production, gift customization, and industrial parts processing. It effectively meets efficiency requirements in diverse printing scenarios.
1. Printhead and Speed Adaptation
The device supports multiple mainstream printhead models, allowing users to select the appropriate printhead type based on actual printing needs. It maintains stable printing efficiency under different precision modes—whether pursuing fast mass production or focusing on the presentation of fine patterns, a suitable working mode can be found, providing reliable support for the production rhythm.
2. Format and Compatibility
The device is equipped with a spacious printing platform, enabling it to easily handle the printing needs of large-sized flat workpieces. At the same time, it can process multiple small cylindrical workpieces at once, significantly reducing the time consumption caused by frequent material replacement. In addition, it has a wide range of adaptability to the thickness of printing materials and supports customized services for ultra-thick printing. Whether it is common flatbed materials or various cylindrical workpieces, stable adaptation can be achieved, further expanding the scope of printing applications.
II. Workflow (Flatbed + Cylindrical Dual Modes)
▶ Flatbed Printing Workflow
1. Material Fixing
Place flat materials such as acrylic and plates stably on the device’s hard anodized honeycomb aluminum plate. This aluminum plate not only has high flatness but also can cooperate with the white-color dual negative pressure system to achieve strong adsorption, ensuring the material is firmly fixed during the printing process and preventing printing precision from being affected by material displacement.
2. Parameter Setting
Import image files in formats such as TIFF and JPG using professional Rip software like PHOTOPRINT. Then, select the appropriate UV ink type, matching printhead model, and set corresponding printing precision parameters according to printing needs. The software has a concise and intuitive operation interface, facilitating operators to quickly complete parameter configuration.
3. Positioning and Printing
If high printing precision is required, the magnetic levitation visual positioning function can be activated. The device will accurately capture the material position and perform calibration; after calibration, start the printing program. During the printing process, the LED UV lamp will simultaneously cure the ink, ensuring the ink dries and adheres quickly, improving printing efficiency while guaranteeing the firmness of the pattern.
4. Finished Product Retrieval
After the printing work is completed, no complex post-processing steps are needed—operators can directly take down the finished products. The entire process is coherent and efficient, reducing unnecessary process time consumption.
▶ Cylindrical Printing Workflow
1. Fixture Clamping
For cylindrical workpieces such as cups and pipes, first install them accurately on the dedicated cylindrical fixture. The fixture design fits the shape of cylindrical workpieces and can adapt to cylindrical workpieces of multiple specifications. During the clamping process, rotational positioning can be calibrated to ensure the workpiece maintains a stable rotating state during printing and avoids deviation.
2. Mode Adaptation
Switch to the "Cylindrical Printing Mode" in the operation software. Based on the size, material of the cylindrical workpiece, and the requirements of the printed pattern, flexibly adjust key parameters such as rotation speed and printing path. The software will automatically optimize the printing plan according to the set parameters, ensuring high matching between parameter configuration and workpiece characteristics.
3. Rotational Printing
After starting the printing program, the device will drive the cylindrical workpiece to rotate stably, and the printhead will accurately complete curved surface printing according to the preset printing path. During this process, the LED UV lamp always cures the newly printed ink in real time, effectively preventing the ink from flowing on the curved surface and ensuring the integrity and clarity of the printed pattern.
4. Workpiece Removal
After the printing task is completed, simply take down the cylindrical finished product from the fixture. The entire cylindrical printing process is also simple and efficient, meeting the needs of mass production or personalized customization.
