A transmissive display is a completely transparent liquid crystal display. Since liquid crystals themselves do not emit light, transmissive LCDs require a backlight source to clearly present information. Such screens can function normally in low-light environments, transmitting the backlight color, and can achieve rich color effects when combined with silk-screening and color films.

The In-cell Touch Screen LCD builds on traditional segment LCD displays by integrating touch detection components directly with the display unit, replacing conventional physical buttons with responsive touch operation for a more direct and fluid human-machine interaction experience. In this product, touch electrodes are fabricated directly inside the LCD, eliminating the need for additional lamination of a touch film.

UV-resistant LCDs are specifically engineered to withstand ultraviolet radiation. Through the use of specialized materials and processes, they effectively block UV damage, significantly extending the device’s operational lifespan while maintaining high contrast and clear display performance.

An FPC LCD, or Flexible Printed Circuit LCD, utilizes a flexible printed circuit board (FPC) for connection. This interconnection method can serve as the lead output interface for LCD glass without a driver chip, and can also achieve integrated connection with COG (chip-on-glass) LCDs. These products feature a solder-free design for easy installation and a lightweight, compact structure, making them suitable for various applications with strict space and weight requirements.

A Non-rectangular LCD is a liquid crystal display that breaks away from traditional rectangular designs. It can be customized into irregular shapes such as circles and polygons according to specific requirements, combining visual appeal with practical functionality. These displays are widely used in industries such as industrial equipment, medical devices, automotive electronics, and smart home appliances.

Full-View VA LCD is a high-performance display solution featuring a technological upgrade from traditional Vertical Alignment segment displays. It achieves a 180° full viewing angle without blind spots, completely overcoming the limited viewing angle issues of ordinary VA screens, allowing users to read the screen content clearly from any angle.

This is a Liquid Crystal Display (LCD) with high anti-static (ESD) performance. Electrostatic discharge can damage electronic devices, particularly affecting LCD display quality in dry environments. Anti-static LCDs minimize the impact of static electricity on the screen through specialized designs, materials, and manufacturing processes, ensuring device reliability and longevity.

The Color Printing LCD Segment Display achieves monochrome, color, and gradient effects by applying ink to the surface of polarizers through screen printing or inkjet printing processes. It is widely used in industrial instruments, medical equipment, consumer electronics, and other fields.

Special-shaped metal PINs are non-standard shaped metal pins used in LCDs, typically designed to meet specific assembly requirements or adapt to particular usage environments.

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.