True Black

AMOLED screens can turn off individual pixels completely, allowing for true black levels. This results in excellent contrast compared to traditional LCD screens.

Low Power Consumption

AMOLED screens use less power when displaying dark or black content because dark pixels are turned off. This can help extend battery life in devices with dark themes.

High Contrast and Vivid Colors

Because each pixel emits its own light, AMOLED screens can produce very vibrant and high-contrast colors, making images appear more dynamic and lifelike.

High Brightness and Contrast

AMOLED screens can maintain good readability and vibrant colors even in bright outdoor environments, thanks to their high brightness levels and contrast ratios.

Faster Response Time:

AMOLED displays have faster response times, making them well-suited for fast-moving images and video content, including gaming.

Optical bonding is a method that involves bonding TFT LCD and CTP using optical materials. This technique uses a transparent adhesive, such as Optically Clear Adhesive (OCA) or Optical Clear Resin (OCR) liquid optical adhesive, to bond the layers together, eliminating air gaps. This process improves the performance and readability of the display:

• Eliminating air gaps to reduce light reflection and scattering
• Prevent dust and moisture from entering the display
• Improve touch screen accuracy and sensitivity, reducingfalse touches and delays
• Enhancing the display’s performance to work steadily for a long time in harsh environments.

Our industrial capacitive touch panel are designed to ensure long-term stable operation in complex environments. For CTP above 7 inch, we utilize ILI2510 as the driver IC.

• 10-point touch
• -30°C to 85°COperating Temperature 
• Support coverglass up to 5mm thickness, glove touch and water operation
• Offers multiple communication methods, I2C, UART and USB
• Includes a built-in noise processing function to effectively suppress environmental noise and electromagnetic interference, thereby improving the signal-to-noise ratio of touch signals.