Capacitive Touch Screen Monitor – High-Precision 10-Point Multi-Touch Display for Professional and Industrial Applications This advanced capacitive touch screen monitor delivers exceptional responsiveness, durability, and adaptability across diverse environments. Designed for seamless integration into modern interactive systems, it supports up to ten simultaneous touch points with zero lag, making it ideal for kiosks, digital signage, industrial control panels, and smart home interfaces. With a 21.5-inch display size and a viewable area of 476.8 x 268.3 mm, this touch-enabled panel combines high clarity with robust performance, ensuring optimal user interaction in both commercial and technical settings. Key Features: - Ten-point multi-touch detection ensures smooth multitasking without delay - Supports finger, stylus, glove, waterproof, and oil-resistant touch modes - Built-in protection against environmental stressors including dust, moisture, and temperature fluctuations - Compatible with multiple controllers such as EETI, ILITEK, SIS, and Goodix for flexible system design - Customizable structure including cover glass options (AGC, Corning, SG), surface treatments (mirror, AG, AR, AF), and FPC shape design - Chip-on-board (COB) technology enhances reliability and reduces component footprint - Interface flexibility: USB, I²C, or RS232 for easy connectivity with Windows, Linux, Android, macOS, and embedded platforms - Surface hardness rated at 6H, offering superior resistance to scratches and impact - MOQ as low as one piece—ideal for prototyping, small-scale deployment, or OEM customization Detailed Description: The capacitive touch overlay integrates precision sensor layers with durable cover glass, providing an ultra-responsive and long-lasting interface. The modular construction allows for tailored configurations based on application needs—from custom-shaped cutouts to specialized coatings like anti-reflection or anti-fingerprint finishes. Its compatibility with various operating systems ensures broad usability across different hardware ecosystems. Whether deployed in retail, manufacturing, healthcare, or education sectors, this touch solution offers consistent accuracy under challenging conditions, including extreme temperatures, humidity, and frequent usage cycles. Use Cases: This product excels in environments requiring intuitive human-machine interaction. Common applications include automated teller machines (ATMs), point-of-sale terminals, interactive whiteboards, medical diagnostic equipment, factory automation dashboards, and public information displays. Its ability to function reliably with gloves or wet fingers makes it suitable for food processing plants, laboratories, and outdoor installations where hygiene and weather resistance are critical. User Feedback Highlights: Users praise its fast response time, especially when handling complex gestures like pinch-to-zoom or swipe navigation. Many highlight the ease of integrating the unit into existing systems due to its standard communication protocols and minimal setup requirements. The customizable nature of the touch overlay has also been noted as a significant advantage for developers seeking unique form factors or enhanced visual branding through silk printing or logo embedding. Frequently Asked Questions: What makes this capacitive touchscreen stand out from resistive alternatives? Unlike resistive screens that require pressure to register input, this capacitive model detects touch through electrical charge changes, enabling faster, more accurate responses—even with light touches or gloved hands. Is it suitable for harsh environments? Yes, thanks to its 6H surface hardness, IP-rated sealing options, and support for multi-layered protective coatings, it performs reliably even in dusty, humid, or chemically exposed areas. Can I order just one unit for testing? Absolutely—the minimum order quantity is only one piece, allowing engineers, designers, and businesses to evaluate functionality before scaling production. How does it perform across different operating systems? It works seamlessly with Windows, Linux, Android, and macOS, thanks to standardized drivers and universal serial interfaces, reducing development complexity.
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