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.

The FSTN dot-matrix LCD screen, featuring high contrast ratio, wide viewing angle, and low power consumption, stands as the ideal display solution for high-end flow meters. This LCD display operates in FSTN mode with 128×128 or 128×64 resolution, showcasing blue-black text on a gray background with exceptional contrast and wide viewing angles. The module incorporates driver chips manufactured through COG technology, delivering slim profile, low power consumption, and broad operating temperature range. Equipped with SPI interface or 8-bit parallel LCD interface for connection to main control MCU, it delivers high-quality image and text display with stable performance.

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.

LCD Applications in Agriculture: Agricultural equipment and monitoring instruments. Given the complex and ever-changing environments, corresponding LCD products must demonstrate high reliability. Specific requirements include: ultra-wide temperature tolerance, UV resistance, vibration resistance, high humidity tolerance, strong light visibility, low power consumption, and long lifespan. The products should also meet low-power operation standards and adapt to battery or solar power supply conditions.

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.

This product is a mini OLED display with a resolution of 128×32 pixels, an I2C interface, and a brightness of 150cd/m². It operates within a temperature range of-40℃ to 70℃ and features ultra-low power consumption, high contrast, and a wide viewing angle. The display content is clear and prominent. It is widely used in applications such as pulse oximeters, paint film testers, flow meters, gas detectors, and temperature and humidity monitors.

An i2c OLED display with a resolution of 128*32, I2C interface, ultra-low power consumption, ultra-high contrast and viewing Angle, and a wide operating temperature range of-40 to 70 degrees Celsius.

This product is a custom segment code COG module, featuring a VA LCD display. It uses the COG module process and integrates a driver chip. The LCD screen operates in VA mode and is connected to the main MCU via an I2C interface, using FPC for the connection method. This type of liquid crystal display module can be customized as needed, offering high contrast, wide viewing angles, excellent display quality, a wide operating temperature range, low power consumption, a lightweight and thin design, and stable performance.

The VA segment code COG LCD module, known for its high reliability, superior optical performance, and cost-effectiveness, has become an ideal choice for display systems in small electric vehicles. This custom segment code COG module features a VA LCD screen, which is manufactured using the COG process and integrated with a driver chip. The LCD screen operates in VA mode and is connected to the main MCU via an I2C interface, using FPC (Flexible Printed Circuit) technology. This type of LCD module can be customized according to specific needs, offering high contrast, wide viewing angles, excellent display quality, a broad operating temperature range, low power consumption, a lightweight design, and stable performance.

Fast response optical valve LCD can quickly change the light transmission state after receiving the signal, the response speed can reach 0.1 milliseconds (100 times faster than human blink); the product is thin and light, can achieve a thickness of 1.2 mm; the connection can be made into pins or FPC; can block infrared, ultraviolet.

Fast response optical valve LCD can quickly change the light transmission state after receiving the signal, the response speed can reach 0.1 milliseconds (100 times faster than human blink); the product is thin and light, can achieve 1.2mm thickness; the connection can be made into pins or FPC; can block infrared, ultraviolet.