Pneumatic automatic sliding flat screen printer

1. Sliding workbench

• Advantages of precise positioning: The sliding workbench can move smoothly and accurately on a flat surface. It can ensure the positioning accuracy of the workbench during the printing process through precise mechanical structures such as linear slides or sliders. This is crucial for flat screen printing, because precise positioning can make the printed pattern fall accurately on the predetermined position of the printed material, avoid pattern deviation, and thus improve the printing quality.

• Improve work efficiency: This sliding workbench is convenient for quickly changing printing materials or adjusting the printing position. The operator can easily place the items to be printed on the workbench, and then slide the workbench under the screen for printing through simple operations. In the batch printing process, one printing action after another can be completed quickly, effectively improving production efficiency.

2. Vacuum suction device

• Fixing printing materials: The vacuum suction device is the key to ensure that the printing materials are stably placed on the workbench. When the suction function is turned on, suction will be generated on the surface of the workbench, firmly adsorbing the printing materials on the table. This is particularly effective for thin and easy-to-move printing materials (such as paper, film, etc.), preventing the material from being displaced due to the pressure of the screen or the scraping of the scraper during the printing process.

• Improve printing accuracy: By keeping the printing material stable, the vacuum suction device indirectly improves the printing accuracy. Because the printing material is fixed in position, when the screen is pressed down and the ink is scraped, it can ensure that the ink passes through the screen holes evenly and is accurately printed at the corresponding position of the material, which helps to form a clear and complete printing pattern.

3. Touch screen operation

• Intuitive and easy-to-use interface: Touch screen operation makes the control of the screen printing machine simple and convenient. The operation interface intuitively displays various function options, such as printing speed, screen up and down speed, suction intensity and other parameter settings. The operator can easily adjust the working status of the printing machine by touching the icons on the screen or entering values, without the need for complex mechanical operation knowledge, which reduces the operating threshold.

• Real-time monitoring and adjustment: During the printing process, the touch screen can display the operating parameters and working status of the printing machine in real time. For example, it can display information such as the number of current prints, the position of the workbench, and the height of the screen. If problems with the printing quality are found, such as uneven ink thickness, the operator can adjust relevant parameters on the touch screen in time, such as the pressure or speed of the scraper, to improve the printing effect.

4. Pneumatic up and down of the stencil

• Smooth and precise movement: The pneumatic up and down design of the stencil uses compressed air as a power source to make the lifting and lowering of the stencil smoother and more precise. Compared with the traditional mechanical lifting method, the pneumatic system can better control the movement speed and position of the stencil. When the stencil is pressed down to contact the printed material, it can fall at a uniform speed and appropriate pressure to ensure that the ink is evenly transferred to the surface of the material.

• Flexible height adjustment: The pneumatic system facilitates flexible adjustment of the height of the stencil. By adjusting the air pressure, the rising and falling height of the stencil can be accurately controlled to adapt to printing materials of different thicknesses. This enables the printing press to handle a variety of types of flat printed materials, from materials as thin as paper to thicker plastic boards.

5. Linear guide control

• Ensure movement accuracy: Linear guide control ensures that the moving parts of the printing press move accurately in a straight line. Whether it is the movement of the sliding table or the up and down movement of the screen, the linear guide can provide high-precision guidance. It can effectively reduce the shaking and offset of the moving parts, making each action in the printing process more stable and accurate, and plays a key role in achieving high-definition and high-quality flat screen printing.

• Improve the life of the equipment: The use of linear guides can also reduce the friction and wear between moving parts. Because the guide rails can provide good support and guidance for the moving parts, so that they run on the right track, thereby reducing the loss of parts, extending the service life of the equipment, and reducing the cost of equipment maintenance and replacement.

6. High cost-effectiveness

• Performance-price balance: This flat screen printing machine integrates a variety of practical functions, such as sliding table, vacuum suction device, touch screen operation, etc., which can meet the needs of most flat screen printing. While ensuring printing quality and work efficiency, the price is relatively reasonable. Compared with some high-end and complex screen printing equipment, it provides users with a choice with a relatively balanced performance and price, especially suitable for small and medium-sized enterprises or small printing workshops.