NEJ-PR Pilot-scale Equipment

The Nite NEJ-PR pilot-scale equipment is a medium-sized device developed for the pixel structure printing and preparation in industries such as OLED, QLED, and electronic paper. The equipment is equipped with an arrayed printhead module to enhance printing efficiency. It integrates droplet fusion algorithms to balance printing accuracy and efficiency. A high-precision alignment camera is also configured to improve alignment precision. The equipment features zonal patterned printing functionality to ensure the final printing quality of each panel. The equipment is suitable for pilot-scale validation of materials and processes, enhancing the efficiency of transitioning from R&D to mass production. It can also serve as a mid-size production device for product manufacturing.

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NEJ-PR Small-scale Equipment

The Nite NEJ-PR small-scale printing equipment is a compact device developed for pixel structure printing, primarily targeting the development of new display materials, structures, and processes. It enables rapid validation of materials and processes, thereby enhancing research and development efficiency. This equipment can be configured with multiple printhead modules to support quick material changes. It can also be equipped with an AOI (Automatic Optical Inspection) module to rapidly detect printing quality and identify printing defects, accelerating the rapid iteration of printing materials and processes. Additionally, optional cleaning, VCD (Vacuum Chamber Dryer), and UV (Ultraviolet) equipment can be integrated to meet the requirements of process and device fabrication.

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NEJ-E/P Equipment

The Nite NEJ-E/P equipment is a multifunctional and integrated device developed for the manufacturing of display device structures. It is equipped with both PZT (Piezoelectric) and EHD (Electrohydrodynamic) printing systems. This dual configuration enables the equipment to perform printing of display functional layers as well as the preparation of high-resolution micro- and nano-structured laminates or ultrathin film layers. It can achieve more complex structural planning and manufacturing and offers broader adaptability to a wider range of printing materials.

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NEJ-PB Equipment

The Nite NEJ-PB product is a small-sized basic printing equipment, equipped with complete functions for film layer and pixel structure printing. It is primarily designed for the development of printing material processes. The device is configured with multiple printhead modules that can be manually replaced to meet the needs of rapid material switching or quick preparation of multi-layer films. Auxiliary modules such as VCD (Vacuum Chamber Dryer), UV (Ultraviolet), and HPB (Hot Plate Bonder) can be optionally equipped to fulfill the requirements of process and device development.

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NEJ-ES equipment

The Nite NEJ-ES equipment employs electrohydrodynamic atomization technology. By leveraging a high-voltage electric field to guide the tip of a high-speed jet to surpass the Rayleigh limit, it generates femtoliter (fL)-level droplets. This process enables the deposition of uniform and dense films with a thickness of ≥50 nm. It is primarily designed for the efficient preparation of high-viscosity materials and ultrathin film layers. The equipment can be equipped with arrayed printheads to meet mass production requirements. It holds significant application value in micro- and nano-optics, especially in solutions for ultrathin film layers in AR and VR.

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NEJ-EM Equipment

The Nite NEJ-EM printing equipment is equipped with multifunctional arrayed Electrohydrodynamic dot spraying, atomizing nozzles, and high-resolution single-nozzle heads, which can significantly improve printing efficiency. It is also used for high-resolution structure fabrication. The system features a closed printing atmosphere control system, providing a stable foundation for the printing process. Optional curing modules and loading/unloading modules can be added to form a complete process solution.

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NEJ-EC Equipment

The Nite NEJ-EC electro-hydro dynamic printing equipment is suitable for printing curved surface structures. It combines electro-hydro dynamic technology with a five-axis platform, enabling high-resolution printing of micro-curved surface patterns and other structural designs. This is achieved by equipping high-speed vision systems, high-precision multi-degree-of-freedom motion platforms, and precision ink supply systems, among other functional modules. And equipped with high-precision positioning vision and multiple observation cameras, the platform's repeat motion accuracy is improved to the sub-micron level, enhancing the system to professional-grade micro-nano pattern printing capabilities.

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NEJ-EP Equipment

The Nite NEJ-EP equipment is a professional-grade electro-hydro dynamic printing equipment, primarily configured with a high-precision axis motion control system and a micro-nano motion platform, as well as a sub-micron level positioning observation system. This setup enables high-precision electro-hydro dynamic dot spraying and near-field direct writing processes. It is particularly suitable for the preparation and development of ultra-high resolution array microstructures such as MLA, and can also be used for the development of electro-hydro dynamic atomization processes to achieve sub-micron level film thickness formation. Depending on different customer requirements, a curved surface printing module can be added to enable curved surface printing.

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NEJ-EH Equipment

The Nite NEJ-EH Equipment is a high-precision Electro-hydro dynamic printing device, primarily configured with a high-precision axis motion control system, precision positioning and observation systems. It features complete electro-hydro dynamic dot spraying, spinning, and atomization process functions, with micron-level positioning accuracy, making it suitable for the preparation and development of high-resolution micro-nano structures. Applicable to various rigid and flexible substrates such as glass-based, silicon-based, and PC-based, and can be customized according to different customer substrate size requirements.

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