Engineered for diverse touch screen architectures, specialized optical enhancement stacks, and high-performance controller interface protocols.
In modern industrial and enterprise design frameworks, the 10.1-inch form factor stands as the ultimate golden ratio. It bridges the gap between hand-held compactness and desk-bound usability, finding critical utilization across high-reliability operating scenarios worldwide. Shenzhen Xunrui Optoelectronics Technology Co., Ltd. addresses the highly specialized demands of these sectors with precision-engineered 10.1" LCD modules.
Within healthcare facilities, surgical monitors, critical ventilators, and patient monitoring arrays require absolute rendering accuracy and zero display jitter. Our 10.1" IPS displays deliver wide 178° vertical and horizontal viewing angles, high contrast ratios, and specialized anti-glare (AG) coatings to eliminate harsh hospital lighting reflection, ensuring accurate real-time data inspection.
Industrial machinery operates under extreme physical strain. Xunrui's custom panels feature a wide temperature resistance span (-20°C to +70°C, custom configurations up to -30°C to +85°C) to withstand localized factory heat, electrical surges, and vibrational harmonics. Fitted with Projected Capacitive (PCAP) multi-touch panels, our displays function reliably even when operators wear protective gloves.
High-security POS terminals, interactive self-service kiosks, and ATMs leverage our custom integration with high-hardness protective cover glass and privacy filters to safeguard transaction details.
Rugged tablets, marine navigation boards, and portable field terminals rely on electromagnetic shielding (EMI), drop-proof construction, and high-luminance (1000+ nits) backlight systems.
Optimized LVDS and MIPI interface parameters match vehicle computing nodes, supplying low latency, smooth animation refresh, and vibration-proof FPC terminations.
Founded in 2016, Shenzhen Xunrui Optoelectronics Technology Co., Ltd. has established itself as an innovative force in the display industry. Combining advanced high-technology development with precise operational models, our focus is the engineering, production, distribution, and long-term lifecycle support of reliable liquid crystal displays and associated components.
Understanding that generic, off-the-shelf displays fail to satisfy advanced product requirements, we invest over 30% of our annual net profit into R&D. This enables continuous optimization of optical stacks, touch panel sensitivity, and controller driver architectures to meet the custom needs of our international partners.
A dedication to craftsmanship that translates into outstanding products. We build mutually beneficial partnerships and drive technological progress.
Universal quality ownership, rigorous R&D optimization, continuous process improvement, and dedicated partner support.
Customercentric operations, consistent product quality, and creative engineering for modern industries.
Engineering reliable display units demands modular customization options tailored to extreme environmental challenges.
We configure touch panel modules to match the user interaction demands of modern HMI environments. Options include:
Our Shenzhen factory has optimized quality testing processes to ensure zero-defect display products leave our facilities.
A look at emerging technologies, including advanced liquid crystal alignment techniques, active driver backplanes, and next-generation optical performance.
We replace traditional air-bonding methods with optical bonding (OCR/OCA). This eliminates the air gap, reduces ambient light reflections by up to 90%, and improves mechanical shock resistance.
Optimized low-power LED matrices provide intense luminance (1000 to 1500 nits) without excessive thermal loading, designed for outdoor environments like marine vessels and agricultural systems.
Integrating display modules with custom driver and controller boards (supporting HDMI, VGA, USB-C, and Bluetooth/WiFi) to streamline deployment for IoT system designers.
Transitioning from traditional TN architectures to highly optimized IPS modules to lower overall system power usage, ideal for mobile, battery-operated medical devices.
Our manufacturing processes comply with strict international regulatory bodies, offering long-term reliability and compliance for global deployment.
Explore our custom active-matrix display products designed to meet strict performance requirements across multiple industrial applications.
Essential information for system engineers, display procurement teams, and product designers.
Xunrui Display