Tartan-Native photomask technology: A new generation of manufacturing solution
Date:2026-04-21
Tartan-Native photomask technology: A new generation of manufacturing solution for driving large-sized customized display modules
Breaking Visual Boundaries: High-Performance Customized Display Modules Crafted with Tartan-Native Mask Technology
In the ever-evolving wave of modern display technology, striking a balance between large size, high brightness, and extreme environmental adaptability remains a core challenge for engineers. Leveraging the latest Tartan-Native mask technology, a novel display module solution is redefining industry standards.
Exposure, cutting/polishing, and bonding - integrated manufacturing process
The Tartan-Native process encompasses crucial manufacturing steps from exposure to module assembly. By utilizing high-precision mask exposure technology, coupled with subsequent cutting, polishing, and bonding processes, it ensures flat edges and consistent optical performance in the display area, laying the foundation for high-performance liquid crystal display modules.
Flexible and customizable size range
This process supports flexible customization of the active area:
X-axis direction: 500 mm to 1500 mm
Y-axis direction: 100 mm to 800 mm
Whether it's a widescreen information display panel or a vehicle-mounted or industrial display with a special aspect ratio, the aspect ratio can be designed as needed within the aforementioned range, achieving true "tailored customization".
Highly selective material system, balancing temperature range and brightness
To cope with complex usage environments, the Tartan-Native module offers a variety of material and brightness options:
Wide temperature LCD (default configuration): It can maintain stable response within a wide temperature range, adapting to high-demand scenarios such as outdoor and vehicular applications.
Wide temperature high haze polarizer: It effectively enhances the uniformity of the viewing angle, reduces ambient light interference, and supports reliable operation under extreme temperatures.
Four brightness levels are available:
500 nits (indoor economy model)
700 nits (standard commercial)
1500 nits (highlight outdoor)
2500 nits (ultra-bright direct sunlight scene)
By matching different brightness levels with polarizer combinations, designers can achieve an optimal balance between display clarity, power consumption, and cost.
It has broad application prospects
Leveraging the Tartan-Native technology, which offers large size, customizable proportions, wide temperature range materials, and high brightness gradients, this display module is suitable for:
Outdoor digital signage
On-board instrument and entertainment system
Industrial control panel
Rail transit information screen
Navigational and aviation display equipment
The Tartan-Native mask technology is not only an upgrade in manufacturing technology, but also a systematic display solution tailored for real-world application scenarios. It integrates customized dimensions, advanced materials, and modular manufacturing processes, providing a solid technical foundation for future high-performance display products.
If you are interested in specific parameters or sample testing, please feel free to further inquire about the detailed verification data for different brightness levels and polarizer combinations under this process.
AUO LCD DISPLAY:https://www.auo-lcd.com/products/auo-lcd-screen/
