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Flexible and efficient operation process
The 3D bonded glass printing device for printing shows high flexibility and automation in the operation process. It supports manual or mechanical loading. Whether it is small-batch customized production or large-scale industrial production, it can find a suitable loading method. After loading, the visual leveling process is immediately started. Through advanced visual recognition technology, the placement of the glass is accurately detected and adjusted to ensure that the glass is in the best printing plane, laying the foundation for subsequent high-quality printing. After printing, manual or automatic unloading is also provided, which is convenient for operators to choose according to actual production needs and on-site conditions, greatly improving production efficiency and convenience of operation.
Stable and accurate printing drive
In the printing process, the device uses 2 servo drive systems. The application of servo drive technology makes the motion control in the printing process more accurate and stable. It can accurately control the movement trajectory and speed of the printing head to ensure uniform printing pressure on the glass surface, thereby achieving stable output of printing quality, effectively avoiding common problems such as uneven printing and ripples, and providing a solid guarantee for high-precision printing effects.
Adaptable screen printing technology
As the core printing technology of the device, screen printing has unique advantages. Screen printing can adapt to curved glass of various shapes, whether it is a regular arc or a complex irregular curved surface, it can achieve good printing effects. At the same time, it can also achieve multi-color printing. By printing different colors of ink multiple times, it can present colorful and layered patterns and texts on the glass surface, meeting the market demand for diversified and personalized glass products.
High-precision image recognition and processing
In order to further improve the printing accuracy and adaptability to glass of different shapes, the device uses CCD camera photography technology. The CCD camera can take real-time photos and capture images of the glass surface, and accurately judge the shape, position and printing status of the glass by comparing and analyzing with the preset patterns and data. Even curved glass with complex shapes can achieve accurate multi-color reproduction and printing in this way, ensuring that every printed detail can be perfectly presented.
Innovative 3D curve printing realization
In terms of realizing 3D curved glass trailing printing, the lifting, printing, rotation, and device movement of the entire set of equipment adopts a four-axis system CNC system. The CNC system can accurately control the coordinated movement of the four axes according to the 3D shape and design requirements of the glass to achieve a complex 3D curve printing path. This advanced technology enables the device to create a unique trailing printing effect on 3D bonded glass, adding more artistic and technological sense to glass products, and meeting the high-end market's demand for personalized and differentiated products.
Stable and reliable platform motion design
In terms of platform motion, the platform is guided by a servo with a CCDB balancing platform and a linear guide to achieve left and right movement. The servo system provides precise power drive, and the CCDB balancing platform monitors the balance state of the platform in real time to ensure that the platform remains stable during movement. The application of linear guide rails not only reduces the friction and resistance during the movement of the platform, improves the smoothness of movement, but also further improves the accuracy of platform positioning and ensures the accuracy of the printing position.
All-round safety protection design
In addition to its excellent performance in printing function, the 3D bonding glass printing device also has an excellent design in terms of safety. The machine is equipped with automatic signals and peripheral safety switches. When abnormal conditions occur during the operation of the equipment, such as accidental touch by personnel, equipment failure, etc., the automatic signal system can issue an alarm in time, and the peripheral safety switch will be triggered quickly to stop the equipment immediately to avoid safety accidents. It provides all-round safety protection for operators and equipment, and ensures the safe and stable production process.
Wide application scenarios
From the perspective of application scenarios, this printing device is suitable for products such as 3D ventilation glass, and its application range is very wide. In the field of electronic products, it can be used for printing on display glass of smartphones, tablet computers, smart watches and other devices to create a unique appearance and personalized logo for the products; in the field of home decoration, it can be used for customized pattern printing on glass furniture, glass doors and windows and other products to enhance the beauty and artistic atmosphere of the home; in the field of architectural decoration, it can be used for glass curtain walls and interior decorative glass of large buildings, etc., adding unique style and charm to the buildings through exquisite printed patterns.
