The evolution of Inkjet Printer printing is a process of continuous technological progress and innovation, involving multiple aspects of innovation and development. The following is an in-depth analysis of the evolution of inkjet printing:
1、 The Origin and Development of Inkjet Printing Technology
Inkjet printing technology was proposed as early as the 1960s, but it was not until 1976 that the world's first inkjet printer was truly born. Since then, inkjet printing technology has undergone continuous evolution from black and white printing to color printing, from low resolution to high resolution, and from monochrome ink to multi-color ink.
2、 The core principles and classification of inkjet printing technology
The basic principle of inkjet printing technology is to first generate small ink droplets, and then guide them to the set position through the inkjet head. According to different inkjet systems, inkjet printing technology can be divided into two types: continuous and on-demand.
Continuous inkjet printing: Regardless of the printed or non printed area, ink droplets are generated in a continuous manner, and the non printed ink droplets are recovered or dispersed. This method was not ideal in the early stages due to technological limitations, but it still has certain applications in the field of high-speed printing.
On demand inkjet printing: Ink droplets are only generated when printing is needed, and there are two types: piezoelectric and thermal foaming. Piezoelectric type compresses the ink in the ink chamber by deforming the piezoelectric crystal under the action of voltage, causing it to be ejected from the nozzle; Thermal foaming uses a heating element to heat the ink in a short period of time, causing it to rapidly expand and generate bubbles. The pressure generated when the bubbles burst will eject the ink.
3、 The key innovation of inkjet printing technology
Improvement of Ink Technology: With the continuous optimization of ink formulations, modern inkjet printers use ink with better fluidity and stability, which can produce smaller ink droplets, thereby improving print resolution and color vividness.
The improvement of nozzle technology: The design of nozzles is more refined, the number of nozzles is increased, and the control of ink droplets is more precise. In addition, the nozzle material has been continuously improved, enhancing durability and printing speed.
Intelligent control system: Modern inkjet printers are equipped with advanced control systems that can achieve functions such as automated production, remote monitoring, and fault diagnosis. At the same time, the user interface is also more user-friendly, making the operation easier.
4、 Application and Expansion of Inkjet Printing Technology
In the field of office and home, inkjet printers have become one of the main devices for office and home printing, which can meet the printing needs of daily documents, pictures, and photos.
In the field of industrial printing: With the continuous development of inkjet printing technology, its application in the industrial printing field is becoming increasingly widespread. For example, in the fields of packaging, labeling, advertising, etc., inkjet printers can achieve personalized, small batch, and high-quality printing.
Special applications: Inkjet printing technology is also applied in special fields such as 3D printing and bioprinting, providing new possibilities for the development of these fields.
5、 The Future Development Trends of Inkjet Printing Technology
Higher resolution and faster speed: With the continuous advancement of technology, the resolution of inkjet printers will be further improved, and the printing speed will also be faster to meet users' demands for high quality and efficiency.
More functions and intelligence: Future inkjet printers will integrate more functions, such as automatic double-sided printing, wireless printing, cloud printing, etc. At the same time, the degree of intelligence will also be higher, which can achieve more personalized printing needs.
Environmental Protection and Sustainable Development: Environmental protection and sustainable development are important directions for the future development of inkjet printing technology. By improving the ink formula and enhancing the durability of the nozzle, the impact on the environment can be reduced, achieving green printing.
6、 Taking Linx 8920 2D code printer as an example
The Linx 8920 2D code printer, as a type of inkjet printer, features ease of use, fast setup, and operation. It can store up to 50 specified rows for quick retrieval during product replacement. At the same time, it supports printing up to 6 lines, including 2D barcodes, meeting specific industry requirements for identification and traceability. In addition, its extended service module replacement interval is as long as 18000 hours, reducing maintenance costs.
The evolution of inkjet printing is a process of constantly pursuing higher quality, higher efficiency, and wider applications. With the continuous advancement and innovation of technology, inkjet printers will play a greater role in more fields.
