Sunlight readable LCD display solution for industrial field control terminals

From high temperature, high humidity and dusty steel smelting workshops, to petrochemical equipment areas that require explosion and collision protection, to outdoor oil and gas platforms with direct sunlight and strong reflections – the complexity of industrial environments far exceeds conventional commercial scenarios, and places extremely high demands on the reliability and stability of terminal equipment. Especially when the control terminal is the core node for information interaction and status monitoring, the readability and durability of the display device are directly related to operating efficiency and safety risks.

RisingStar’s sunlight readable LCD display solution designed specifically for industrial sites, with high brightness, high contrast and low reflection, ensures clear and stable image display even in strong sunlight or highly reflective environments. By adopting industrial-grade LED backlight, maximum brightness of 5000nits, aluminum alloy structure and fully sealed waterproof and dustproof design, RisingStar display screens are not only resistant to vibration, explosion and impact, but also can operate stably in extreme high and low temperature environments, building more reliable and more market-competitive products for terminal manufacturers.

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Which industrial field control terminals are sunlight readable displays mainly used for?

Sunlight readable displays are mainly used for a variety of industrial field control terminals that need to maintain high visibility in strong light or outdoor environments. Typical application scenarios include: intelligent transportation systems (such as highway toll stations, traffic guidance screens), petrochemical plant areas (outdoor control stations, monitoring terminals), power substations (outdoor inspection and status display), mines and tunnel operation areas (safety information and operation instruction screens), offshore platforms (ship navigation and operation interfaces), new energy charging facilities (EV charging pile interface display) and rail transit systems (train or platform information control terminals). These scenes generally have strong light and harsh environments, and have extremely high requirements for the brightness, waterproofness, dustproofness and temperature adaptability of display devices. Therefore, sunlight readable displays have become key display solutions with their high brightness, strong contrast and industrial-grade reliability.

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Industrial field control terminal manufacturer cooperation feedback

As a manufacturer dedicated to industrial field control terminals, the cooperation with RisingStar is very satisfying. From the initial sample testing to the later batch application, their sunlight-readable displays have performed well in brightness, stability and adaptability, fully meeting our use needs under complex working conditions. During the cooperation, the RisingStar team responded quickly, was professional and reliable, and demonstrated strong technical strength and service awareness. For this reason, we have launched the next phase of cooperation plan, and will fully introduce their high-brightness display products in larger-scale and higher-demand industrial control projects. We are full of confidence in future cooperation and believe that both parties will jointly promote the continuous upgrading of intelligent industrial scenarios.

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What problems can RisingStar solve for industrial field control terminal manufacturers?

In the application scenarios of industrial field control terminals, the environment is complex, the light is strong, and the operation cycle is long, which puts extremely high demands on the reliability and visibility of display devices. RisingStar’s high-brightness industrial-grade display solution was born for such challenges and comprehensively improves the performance and stability of the control terminal.

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RisingStar can solve the following core problems for industrial field control terminal manufacturers

Visibility issues under strong light:
Using direct-down high-brightness backlight technology, the screen brightness can reach 2500-5000 nits, ensuring that it is still clearly readable under direct sunlight, meeting the control needs of outdoor and strong light environments.

Stability and durability issues: All factory products have undergone 240 hours of -20℃ to 60℃ extreme temperature cycle testing and 24~48 hours of operation aging testing to ensure long-term trouble-free operation, especially suitable for industrial automation scenarios with extremely high requirements for equipment stability.

Energy efficiency and heat dissipation issues: High-efficiency LED backlight and aluminum structure design are adopted, with low power consumption and low heat generation, and the all-aluminum frame is more lightweight, greatly reducing the heat load of the whole machine, and facilitating installation and system integration.

Installation space and structural limitation issues: The product has an ultra-thin design and a variety of sizes (from 10.1″ to 110″ covering 16:9, 4:3 and bar screens), which are suitable for different space requirements and various terminal forms.

Protection issues in complex environments: Provide fully waterproof whole machine with IP66 waterproof level and IK10 protection level and front waterproof version, which can cope with harsh industrial environments such as dust, water vapor, vibration, etc., to ensure that information display is always stable and reliable.

Diversified customization needs:
Support OEM/ODM services, with optional resolutions of 2K/4K, and widely applicable to railway control consoles, factory workshop equipment, rail transit, EV charging stations and other industry applications.

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Development trend of sunlight readable displays in the field of industrial field control terminals

The future development trend of sunlight readable displays in the field of industrial field manufacturing terminals shows a trend of rapid growth and continuous technological innovation. According to market research data, the global industrial display market is expected to expand at a compound annual growth rate of more than 8%, and the market size will exceed US$4.5 billion by 2028. The key factors driving this growth include the accelerated progress of industrial automation, the increase in demand for intelligent manufacturing, and the increase in outdoor and high-brightness application scenarios. Sunlight readable displays, with a brightness of usually more than 2,000 nits, or even up to 5,000 nits, meet the demand for clear display in outdoor strong light environments, and effectively ensure the safety and efficiency of industrial site operations. At the same time, with the continuous upgrading of high-brightness LCD panels, low-power backlight technology and industrial-grade protection standards, sunlight readable displays have not only achieved breakthroughs in durability and reliability, but also achieved a thinner and more energy-efficient design, further adapting to the application needs of diversified industrial terminals. In general, with the popularization of Industry 4.0 and smart factories, sunlight readable displays will play an increasingly core role in the field of manufacturing terminals, helping to achieve more efficient and intelligent industrial production management.

As the requirements for display equipment performance and reliability in industrial sites are increasing, RisingStar sunlight readable LCD display solutions are becoming the preferred partner for industrial control terminal manufacturers with their excellent technical advantages and rich application experience. In the future, with the in-depth development of intelligent manufacturing and Industry 4.0, we will continue to innovate, help customers cope with more complex and changing application environments, promote the level of informatization and intelligence of industrial sites to a new level, and jointly create a new era of more efficient, safe and intelligent industrial control.

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15 inch 4:3 sunlight readable display technical parameters