High-precision electric flat screen printer

1. Advantages of vacuum workbench

• Stable workpiece positioning: The vacuum workbench uses the principle of vacuum adsorption to firmly fix the flat workpiece during the screen printing process. Whether it is thin paper, plastic film, or thicker metal plate, glass and other materials, they can be tightly adsorbed on the workbench to ensure that the workpiece is accurately positioned and will not shift. This is crucial for high-precision screen printing, because even a small displacement may cause the printed pattern to be blurred or misplaced.

• Keep the workpiece flat: For some workpieces that may be uneven, such as thin metal sheets or flexible plastic plates, the vacuum adsorption force can flatten them so that the workpiece surface and the screen can fit better. This is conducive to the uniform transfer of ink through the screen to the workpiece, ensuring the integrity and clarity of the printed pattern, and helping to achieve high-precision printing effects.

2. Convenience of touch screen operation

• Intuitive operation interface: Touch screen operation provides a simple and intuitive user interface. Operators can easily set various parameters of the screen printer, such as screen printing speed, scraper pressure, and the distance between the screen and the workpiece, by touching the icons, buttons, and sliders on the screen. This operation mode does not require complex mechanical key operations, which reduces the difficulty of operation and allows novices to quickly get started.

• Accurate parameter setting: The touch screen can achieve accurate parameter adjustment. For example, when setting the screen printing speed, you can accurately reach a specific value through digital input or fine-tuning the slider to ensure that the screen printing process is carried out according to the best parameters. For high-precision flat screen printing, accurate parameter control is the key to achieving high-quality printing, which can meet the requirements of different workpieces and printing patterns.

• Real-time status display: The touch screen can also display the working status of the screen printer in real time, including the current number of prints, the operating status of each component (such as motor speed, guide rail position, etc.), and whether there is a fault alarm. The operator can understand the operation of the equipment at any time, find and deal with problems in time, and ensure the continuity and stability of the screen printing work.

3. Linear guide control features

• Precise motion control: Linear guides control the movement of the screen or printing parts to ensure that they run along a precise linear trajectory in a plane. This precise motion method can effectively avoid the shaking, offset or vibration of the screen during movement, thereby ensuring that the ink can be evenly distributed on the workpiece. For high-precision screen printing, especially when printing fine lines and tiny patterns, linear guide control can greatly improve the printing accuracy.

• High repeatability and stability: Linear guides have the characteristics of high repeatability. During multiple printing processes, the screen can accurately return to the same position, ensuring that the position and quality of the pattern printed each time are highly consistent. This is very important for mass production of high-precision printed products, such as electronic component identification, optical lens marking, etc., to ensure the stability and consistency of product quality.

4. Motor drive function

• Strong and stable power: Motor drive provides a stable power source for the screen printer. Compared with traditional drive methods, motor drive can provide stronger power to ensure uniform and stable movement speed of components such as screens and scrapers. This helps to maintain uniform ink transfer during the screen printing process and avoid printing defects caused by insufficient or unstable power.

• Precise speed adjustment: The motor drive system can accurately adjust the movement speed of the components. According to different printing requirements, such as slower speeds to ensure accuracy when printing complex patterns, or faster speeds to improve production efficiency when printing simple patterns, the speed can be easily adjusted through the motor drive. This precise speed adjustment capability matches the requirements of high-precision flat screen printing and can meet diverse printing needs.

5. Comprehensive embodiment of high-precision printing

• Collaborative work of various components: stable workpiece positioning of the vacuum workbench, precise parameter setting of touch screen operation, precise movement of linear guide control, and stable power of motor drive, these components cooperate with each other to form a high-precision screen printing system. During the printing process, from the fixation of the workpiece to the movement of the screen plate, and then to the transfer of ink, each link can be precisely controlled to ensure high-precision output of the printed pattern.

• Wide application field: Applicable to many fields with high requirements for printing accuracy. In the electronics industry, it can be used for tiny circuits and fine markings on printed circuit boards; in the optical field, it is used for marking and decoration of lenses, display screens and other products; in precision machinery manufacturing, it can print high-precision scales and logos on the surface of parts. Its high-precision printing capability can meet the strict requirements of these industries for product quality and appearance, and enhance the added value and market competitiveness of products.