FSTN LCD enhances viewing angle width and improves background color uniformity (compared to STN LCD) through the compensation film process. FSTN is suitable for multiplex dynamic driving and can support up to 320-multiplex dot matrix products, making it ideal for complex graphic displays.

VA LCD segment displays feature a black background with white characters, offering high contrast, a wide operating temperature range, broad viewing angles, and fast response times. They can be combined with color silk printing or color filter films to achieve TFT-like colorful display effects and can also be used in conjunction with TFT screens.

COG Segment LCD (Chip-on-Glass Segment Liquid Crystal Display) is a liquid crystal display technology where the driver chip (IC) is directly bonded onto the glass substrate. It features high integration, slim design, low power consumption, and low cost.

Segment LCD are widely used. For some product application scenarios, it is necessary to enhance display recognition and improve aesthetic appeal. By employing screen printing or the application of colored films onto the LCD surface, a monochrome LCD can achieve multi-color effects under low-cost conditions.

LCD segment displays are widely used, with some products deployed in extreme environments such as low temperature, high temperature, strong light, and high humidity. High-durability LCDs are designed to meet the demands of such harsh operating conditions.

Wide-view LCD Segment Display: LCD segment displays typically have a primary viewing angle. Outside this primary viewing angle, contrast ratio differs significantly. The width of the primary viewing angle varies depending on the product type and manufacturing process. The electrical characteristics and environmental parameters of wide-viewing angle products are consistent with those of standard LCD segment displays.

Backlit LCD segment display: LCD screens in environments with varying brightness levels typically require backlighting. Additionally, LCD products with screen printing and color film effects generally need backlighting support to achieve the desired screen printing results. Both backlighting and LCD screens can be customized for irregular shapes.

This customized segment code COG module features a TN LCD display integrated with driver chips using COG technology. The Transflective mode LCD panel is paired with LED backlighting, ensuring clear visibility in both bright and dim environments. It connects to the main MCU via a serial I2C interface through either a PIN or FPC connection. This LCD display module delivers low power consumption, a slim profile, excellent visual performance, stable operation, and cost-effective features.

Anti-static LCD screens are essential for automotive, industrial control, and mobile applications where LCD displays must withstand complex and dynamic environments with stringent electrostatic requirements—significantly higher than those for consumer electronics. Specific anti-static standards include contact discharge resistance typically rated at ±4kV, ±6kV, or ±8kV, while air discharge resistance ranges from ±8kV, ±15kV, to ±25kV.

The VA-type display with glass cover is a high-reliability, high-contrast solution utilizing VA (Vertical Alignment) liquid crystal technology. It features a highly transparent and durable glass cover that supports screen printing of text or graphics. This product combines the superior optical performance of VA liquid crystals with the protective characteristics of glass cover materials, delivering clear and durable visual effects. It is suitable for industrial, medical, home appliance, and automotive electronics applications in harsh environments.

LCD screens are extensively used in display interfaces of sports equipment such as treadmills, rowing machines, and spin bikes. These cost-effective LCD segment displays feature clarity, stability, reliability, and low power consumption. They can display essential exercise metrics including time, speed, distance, calories burned, heart rate, preset programs, and workout levels. The screens also perform reliably in complex environments like gyms or homes, adapting to temperature fluctuations, vibrations, and lighting variations.

High reliability segment LCD: Different from ordinary screens, it has the characteristics of ultra-wide temperature, anti-ultraviolet, anti-vibration, high humidity, strong light visibility, low power consumption, long life, etc., and can also meet the requirements of low power consumption, suitable for battery or solar power supply conditions.