As a professional printing equipment integrated with CCD visual positioning function, one of the core advantages of the M-900 conveyor belt printer is its ability to accurately match the printing needs of different industries and scenarios through flexible nozzle configuration and printing speed adaptation. As the core executive component of the printing system, the type selection and combination mode of nozzles directly determine the printing efficiency and output quality, while the printing speed needs to be dynamically adjusted according to the precision requirements. The scientific matching of the two is the key to ensuring the efficient and stable operation of the equipment. The following will conduct a detailed analysis of its nozzle configuration types and the adaptation logic with printing speed.

I. Nozzle Configuration Types: Flexible Adaptation to Diverse Production Capacity Needs

To meet the production capacity scale and printing precision requirements of different users, the M-900 model is equipped with industry-leading Ricoh series nozzles, providing a wide range of model options, including Ricoh GEN5, GEN6, GEN5i, i3200u and XP600. With stable inkjet performance, excellent compatibility and long service life, Ricoh series nozzles have become the preferred accessories for industrial-grade printing equipment, and can be adapted to various types of printing consumables and ink systems.

In terms of combination mode, the equipment supports flexible combination configuration of 1-8 nozzles. This modular design concept can be customized according to the actual production capacity needs of users: single-nozzle configuration is suitable for small-batch, high-precision personalized printing scenarios; multi-nozzle combination can significantly improve the printing coverage area per unit time, meet the efficiency requirements of large-scale mass production, and achieve a precise balance between production capacity and cost.

II. Corresponding Matching between Nozzles and Printing Speed: Dynamic Balance between Precision and Efficiency

In industrial printing scenarios, there is a natural dynamic correlation between printing speed and printing precision. Generally, the higher the printing precision and the more printing passes (PASS), the lower the printing speed per unit time. While ensuring printing precision through the CCD visual positioning system, the M-900 model shows obvious speed differences among different types of nozzles under different precision and printing pass parameters, providing clear references for users' parameter settings. The following are the specific speed performances of each nozzle under typical combinations of precision and printing passes:

1. 720x600dpi (4PASS): High-Efficiency Production Priority Scenario

This parameter combination focuses on printing efficiency and is suitable for scenarios that require relatively loose precision requirements and rapid mass output, such as large-area packaging materials, ordinary signs, etc. The printing speeds of each nozzle in this scenario are: Ricoh GEN5 nozzle 26㎡/h, Ricoh GEN6 nozzle 32㎡/h, Ricoh GEN5i nozzle 4㎡/h, Ricoh i3200u nozzle 10㎡/h, Ricoh XP600 nozzle 4㎡/h. Among them, the GEN6 nozzle shows the optimal efficiency advantage under this parameter, making it suitable for high-production demand scenarios; the GEN5 nozzle balances efficiency and stability, and is the mainstream configuration choice for high-efficiency production capacity.

2. 720x900dpi (6PASS): Balanced Scenario of Precision and Efficiency

This parameter combination achieves a balanced adaptation of printing precision and efficiency, and is suitable for mid-to-high-end printing scenarios with certain requirements for detail presentation, such as exquisite packaging, advertising display boards, customized decorative materials, etc. With the improvement of printing precision and the increase of printing passes, the speed of each nozzle is lower than that in the 720x600dpi (4PASS) scenario, specifically: Ricoh GEN5 nozzle 20㎡/h, Ricoh GEN6 nozzle 24㎡/h, Ricoh GEN5i nozzle 3㎡/h, Ricoh i3200u nozzle 8㎡/h, Ricoh XP600 nozzle 3㎡/h. In this scenario, the GEN6 nozzle still maintains a relatively efficient output capacity, and the printing details are more delicate, meeting the core needs of most mid-to-high-end applications.

3. 720x1200dpi (8PASS): High-Precision Priority Scenario

This parameter combination is centered on printing precision, improving the delicacy of the image by increasing the number of printing passes, and is suitable for high-end printing scenarios with strict requirements for details, such as high-precision advertising products, high-quality decorative paintings, precision industrial signs, etc. The printing speed of each nozzle in this scenario is further reduced, with specific data: Ricoh GEN5 nozzle 15㎡/h, Ricoh GEN6 nozzle 18㎡/h, Ricoh GEN5i nozzle 2㎡/h, Ricoh i3200u nozzle 6㎡/h, Ricoh XP600 nozzle 2㎡/h. Although the speed is reduced, with the synergy of the CCD visual positioning system and high-pass printing, it can achieve precise color reproduction and detail presentation, meeting the quality requirements of the high-end market.

In summary, the M-900 conveyor belt CCD visual positioning printer provides customized solutions for scenarios with different precision and production capacity needs through diversified nozzle configurations and clear speed matching logic. Users can accurately select nozzle models and combination modes according to the quality requirements and production efficiency goals of their own printed products to maximize the utilization of equipment performance.