Abstract
With the rapid development of digital technology, inkjet printing technology is being increasingly applied in various fields. The electromagnetic valve, as the core component controlling ink droplet ejection, determines the precision and stability of the printing process. This paper delves into the optimization of inkjet printers, underscoring their pivotal role in sustainable development and the critical function of solenoid valves in controlling ink ejection for achieving high-quality printing. It discusses thermal and piezoelectric inkjet technologies, addressing the challenges faced by solenoid valves, such as environmental adaptability and durability. The paper further explores optimization solutions and future trends, including miniaturization and enhanced environmental adaptability. Conclusively, advancements in inkjet printers and solenoid valves are essential for improving efficiency, reducing costs, and promoting environmental sustainability. The optimization of inkjet printers not only enhances printing efficiency and quality but also positively impacts energy conservation, emission reduction, and resource utilization, making them increasingly significant in the digital transformation across various industries.
Published Version
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