Automatic photoelectric fiberglass.

Automatic Photovoltaic Fiberglass Printing Machine. How does Juist improve overall production efficiency and product quality during the printing process?

During the printing process of the automatic photovoltaic fiberglass printing machine, Juist, as a leading printing equipment manufacturer, relied on its deep industry experience and advanced technology, combined with auxiliary equipment such as high-efficiency tunnel ovens, to greatly optimize the post-printing drying and curing processes, thereby greatly improving the overall production efficiency and product quality.

1. Introduction of High-Efficiency Tunnel Oven
After the screen printing of photovoltaic fiberglass panels is completed, the ink needs to be cured quickly and evenly and uniformly to ensure the clarity and adhesion of the pattern. Juist's high-efficiency tunnel oven is designed to meet this need. The tunnel oven adopts advanced heating technology and efficient heat transfer system, which can heat the printing glass plate to appropriate temperature in a short time, promoting rapid drying and curing of the ink.

2. Optimizing drying and curing processes
Temperature control: The high-efficiency tunnel oven is equipped with a precise temperature control system, which can automatically adjust the oven temperature according to different types of ink and the material of the photovoltaic fiber glass panel to ensure the best drying and curing effects. This precise temperature control not only improves production efficiency, but also effectively avoids quality problems caused by too high or too low temperatures.
Air circulation: The tunnel oven is designed with an optimized air circulation system to ensure uniform temperature distribution in the oven and avoid local overheating or insufficient cool cooling. At the same time, air circulation also helps speed up the evaporation and curing process of the ink and shorten the production cycle.
Energy-saving and efficient: Juist high-efficiency tunnel oven is designed with energy efficiency in mind, using advanced insulation materials and heat resumption technology to reduce energy consumption costs. In addition, the intelligent control system of the tunnel oven can automatically adjust the heating power according to production needs to achieve on-demand heating, further improving energy efficiency.

3. Useless connection with the printing machine
The automatic photovoltaic plate-to-plate photovoltaic plate and the high-efficiency tunnel oven are easily connected. After printing is completed, the glass plates can go directly to the tunnel oven for drying and curing without manual operation or transfer. This automatic production process not only reduces labor costs, but also avoids quality problems caused by improper human operations.

4. Quality control and monitoring
To ensure the stability of the drying and curing process quality, Juist high-efficiency tunnel oven is also equipped with advanced quality control and monitoring systems. The system can monitor key parameters such as oven temperature and humidity in real time, and issue timely alarms when abnormalities occur. At the same time, the system can also record various data during the production process to provide strong support for subsequent process improvements and quality traceability.

By introducing auxiliary equipment such as high-efficiency tunnel ovens and combining it with advanced path printing technology, Juist has successfully optimized the drying and curing process after printing of photovoltaic glass panels. This process not only improves production efficiency, but also greatly improves product quality. In the future, with the continuous development of technology and changes in market demand, Juist will remain committed to technological innovation and product upgrading, providing more efficient, reliable and environmentally friendly printing solutions for the photovoltaic industry.