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.

Vehicle-mounted LCD displays require exceptional electrostatic discharge (ESD) resistance. Given the complex and dynamic automotive environment, electrostatic discharge (ESD) remains a primary cause of electronic component failures. The anti-static standards for automotive displays are exceptionally stringent, far exceeding those of consumer electronics. Common contact discharge levels typically range from ±4kV, ±6kV, and ±8kV, while airborne discharge levels generally exceed ±8kV, ±15kV, and ±25kV Core requirements: clear, stable, reliable, low power consumption.

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.

This mini OLED display features a 128×64 resolution and supports multiple interface options including I2C/spi serial ports. With a luminance of 220cd/m² and an operating temperature range of-40℃ to 70℃, it delivers ultra-low power consumption, high contrast ratio, and wide viewing angles. The display ensures clear and eye-catching visuals, making it ideal for applications such as flow meters, gas detectors, and fire safety monitoring systems.

An I2C OLED display with a resolution of 128*64 and an I2C interface. Driver IC: SSD1309. The product features ultra-low power consumption, ultra-high contrast and viewing Angle, and an ultra-wide operating temperature range of-40 to 70 degrees Celsius.

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.

Monochrome LCD screens in biosafety cabinets and medical transport cabinets are designed to monitor equipment status, display operational parameters, and support user interaction while meeting the specific requirements of biosafety environments. VA segment displays feature high contrast, wide viewing angles, and a broad temperature range, featuring fixed color icons (e.g., fans, alarm symbols) and numerical parameters. 192×64 dot matrix screens with STN negative display mode offer high contrast and wide viewing angles, supporting simple graphics (e.g., airflow diagrams) and multi-line text. These monochrome LCD screens prioritize functionality, reliability, and cost control in biosafety cabinets, making them suitable for mid-to-low-end models or scenarios where color accuracy is not critical.

Fitness equipment such as treadmills, rowing machines, and spin bikes typically utilize LCD segment displays for their cost-effective interface. Core requirements include clarity, stability, reliability, and low power consumption. Essential display features encompass basic exercise metrics (time, speed, distance, calories burned, heart rate, preset programs, and difficulty levels), while ensuring operation in complex environments like gyms or homes with temperature variations, vibrations, and lighting changes.

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.

This product is an industrial instrument display, with a resolution of 800*480, RGB interface, 800cd/m²LED backlight, supporting wide temperature operation from-30℃ to 80℃, and compatible with complex electromagnetic environment. It is widely used in flowmeter, analyzer, VOC detector, balance, ionmeter and other industries.

This compact TFT screen features an 800×480 resolution with an RGB interface and IPS full-view display. Powered by LED backlighting (800cd/m²), it delivers crystal-clear visibility even in harsh light conditions. Capable of operating across-30℃ to 80℃ temperature ranges, the device excels in complex electromagnetic environments while meeting stringent operational requirements. Widely used in flow meters, analyzers, VOC detectors, balances, ion counters, and other precision instruments.

This 128128 LCD dot-matrix display features 128 columns x128 rows of pixels. Operating in FSTN mode with a white LED backlight, it delivers high contrast and wide viewing angles for blue-black text on a gray background. The module incorporates a driver chip manufactured using COG technology, ensuring lightweight design and low power consumption. Connected via an SPI interface LCD port to the main MCU, it enables versatile image and text display.