Flat screen Printer with truntable

 Rotary Suction Precision Screen Printer

Suction Workbench

• The suction workbench can use the principle of vacuum adsorption to firmly fix the workpiece to be printed on the workbench. This is very important for thin, easily deformed or uneven surface workpieces. For example, when printing some flexible electronic components or thin plastic sheets, the suction function can prevent the workpiece from moving during the printing process, ensuring the accurate position and stable quality of the printed pattern.

Four-station turntable

• The four-station turntable enables the screen printer to perform multiple processes at the same time. The four stations can be arranged for different operations, such as one station for loading, one station for printing, one station for drying or testing, and one station for unloading. This design greatly improves production efficiency, reduces the idle time of the machine, and realizes a continuous and automated production process.

Divider Precision Control

• The divider plays a key role in the operation of the four-station turntable. It can accurately control the rotation angle and stop position of the turntable to ensure that each station can be accurately positioned. Through precise control, the operation of each station can be carried out accurately, avoiding printing failure or quality problems caused by position deviation, and improving the reliability and stability of the equipment.

Electric stencil lifting

• The electric stencil lifting function can accurately adjust the distance between the stencil and the workpiece. During the printing process, the appropriate stencil distance is crucial for the transfer of ink and the printing quality of the pattern. The operator can easily control the lifting height of the stencil through the touch screen panel, and flexibly adjust it according to different workpiece thicknesses and printing requirements to ensure that the ink can be evenly printed on the workpiece through the stencil.

Linear guide control

• Linear guides are mainly used to control the linear motion of related components, such as the lifting of the stencil or the moving path of the robot unloading. Linear guides can provide precise guidance, making the movement of components smoother and more precise, reducing shaking and deviation. This helps to improve printing accuracy and also prolong the service life of the equipment, because stable movement can reduce component wear.

Robot unloading

• Robot unloading is an important part of automated production. The robotic arm can accurately remove the printed workpiece from the workbench and place it in the designated position according to the preset program. This not only improves the speed and efficiency of material unloading, but also avoids the damage to the workpiece that may be caused by manual unloading, ensuring the quality and integrity of the product.

Touch screen panel

• The touch screen panel makes the operation of the equipment simpler and more intuitive. The operator can set various parameters of the screen printer through the touch screen, such as printing speed, screen lifting speed, turntable rotation time, etc. The all-electric design enables each action of the machine to be accurately controlled by electric drive, further improving the degree of automation and precision of production, making the operation of the entire screen printer more convenient and efficient.

Applicable scenarios

• This screen printer is suitable for batch printing of various flat workpieces, such as electronic product shells (mobile phone shells, tablet shells, etc.), plastic sheets, glass panels, etc. In industries such as electronic manufacturing, decorative material production, and advertising production, it can meet the needs of high-precision and high-efficiency printing production.

The air-suction flat screen printing machine is generally designed for paper printing. There are many tiny pinholes on the surface of its workbench. The lower end of the pinholes is connected to a vacuum chamber, which is connected to an air pump. The air in the vacuum chamber will be sucked away to form a vacuum. When the paper is placed on the workbench, due to the effect of atmospheric pressure, the paper will be tightly sucked, thus ensuring the fixed position of the printing process.
       Suction-type screen printing machines also face the problem of slow efficiency. A more mature solution is to install a turntable-type suction workbench, so that the paper transportation will be significantly accelerated. The turntable screen printing machine can also be equipped with a suction cup manipulator to transfer the printed paper to the back-end curing device.