Stable and reliable, with precise touch control, designed specifically for demanding environments.
1. Customized product for the medical industry — a 12.1-inch touch display solution tailored for specialized equipment such as patient monitors, IVD (in vitro diagnostics), and ventilators. It fully meets stringent requirements for stability, accuracy, and interference resistance. By integrating a high-sensitivity touchscreen, industrial-grade LCD panel, industrial-level driver board, and highly reliable connecting cables, this solution ensures stable performance in complex environments at the hardware level.
2. Product Structure: Integrated design for ultra-simple deployment
① Touchscreen Layer: Features multi-point capacitive touch technology (resistive touchscreen available as an option), supporting operation with gloves or wet/dry hands (ideal for medical environments). Touch response time ≤5ms, with positioning accuracy of ±0.1mm, ensuring "precise operation" required for medical devices.
② LCD Layer: 12.1-inch LED-backlit HD display with a resolution of 1280×800 (16:10 widescreen, suitable for medical monitors, IVD, ventilators, and other equipment), brightness ≥400 cd/m², contrast ratio 1000:1, wide viewing angles (170°/170°), ensuring accurate visibility from multiple angles.
③ Driver Board Layer: Industrial-grade driver board with built-in anti-interference circuitry, supports 12V input voltage, and features HDMI interface (VGA, DVI, DP interfaces available for customization). It can be directly connected to medical imaging devices and industrial controllers, and includes over-current, over-voltage, and ESD (electrostatic discharge) protection, making it suitable for the electromagnetic environments of medical equipment and high-interference industrial settings.
④ Connecting Cables: Custom high-flexibility shielded cables that are resistant to bending and pulling. All materials comply with RoHS standards, and the terminal pull strength meets the requirements of UL 486A-1991, ensuring stable signal transmission under long-term, high-frequency use.
④ Connecting Cables: Custom high-flexibility shielded cables, resistant to bending and pulling. All materials comply with RoHS standards, and terminal pull strength meets UL 486A-1991 requirements, ensuring stable signal transmission during long-term, high-frequency use.
3. Full System Testing
① Electrostatic Discharge (ESD) Test: Capable of withstanding up to contact ±8 kV, Class B, and air ±15 kV, Class B (tested and verified at contact ±6 kV and air ±12 kV), meeting medical equipment testing standards.
② Electromagnetic Emission Test: Designed to match customer medical devices, has passed medical electromagnetic emissions certification, and is already in mass production and commercial use.
4. Application Scenarios
① Compatibility with Diagnostic Equipment: Suitable for monitors, IVD systems, ventilators, and other medical devices. The high-definition display accurately presents data and vital sign waveforms. The touchscreen supports "tap-based" parameter adjustments under the above conditions, improving diagnostic efficiency.
② Industrial Equipment and Production Line Control: In PLC and SCADA systems, the high-definition screen clearly displays production line data and equipment status. The touchscreen enables "touch-based" start/stop control and parameter setting, replacing traditional buttons and enhancing operational convenience.
③ Outdoor/Harsh Environments: Operates reliably within a wide temperature range of -30°C to 80°C, ensuring stable performance in industrial environments with extreme temperatures, humidity, and dust, avoiding display malfunctions caused by environmental fluctuations.
Durability Assurance: The integrated design of touchscreen, LCD panel, and driver board reduces customer assembly complexity and minimizes wiring-related failures. Cables are resistant to aging and electromagnetic interference, ensuring high yield rates during long-term continuous operation.
5. Competitive Advantages: A breakthrough from "functional" to "user-friendly"
Traditional industrial displays typically consist of separate components such as LCD, touch panel (TP), and driver boards, with limited integration. This solution integrates TP, LCD, and driver board into a single unit, reducing customer installation labor costs, improving production efficiency, and minimizing losses. Additionally, it supports integration with various interface devices and can be customized to meet specific development needs.
6. Application Case: This solution has already entered mass production and shipment, with the corresponding product being medical diagnostic equipment (IVD).
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