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.
The In-cell Touch Screen LCD preserves the advantages of segment displays while effectively increasing the visible display area. It offers flexible and precise touch interaction, supporting single-touch or multi-touch functionality (depending on design), and is widely used in smart home control panels, medical device interfaces, industrial instruments, and consumer electronics. By integrating projected capacitive touch electrodes directly inside the LCD, it eliminates the need for additional touch film lamination.This integrated solution not only streamlines the manufacturing process and reduces costs but also fundamentally removes potential issues associated with external touch films, such as air bubbles, misalignment, and sensitivity degradation, thereby significantly improving touch reliability and long-term durability. Depending on the display's routing space, two solutions are available: single-layer ITO (In-cell Touch Screen LCD) and double-layer ITO (On-cell Touch Screen LCD). For both solutions, the touch layer and display layer form a single integrated structure. This integrated screen construction optimizes light transmittance and clarity, delivering excellent visibility even in strong light or harsh environments. Other performance characteristics are fully consistent with standard LCDs; they can pass rigorous environmental testing and meet the parameter requirements for industrial, medical, automotive, and home appliance applications. All products comply with the RoHS 2.0 directive and REACH regulations.
| Manufacturer | Eastern Display |
| Display mode | VA /TN/HTN/STN?LCD |
| Viewing angle | 6/12 O’ CLOCK |
| Operating voltage | 3.0V ---5.0V |
| Viewing angle range | 120-180° |
| Connection | FPC/PINS |
| Driver chip model | / |
| Backlight type/color | / |
| Operating temperature | -40℃-80℃ |
| Storage temperature | -40℃-85℃ |
| Lifetime | 100000?H |
| Multi-color | YES |
| Special shaped | YES |
| Product features | In-cell?touch screen/On-cell Touch Screen |
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This product is a 128128 LCD dot matrix display that can display graphics with 128 columns x 128 rows of pixels. The display uses FSTN mode, displays blue and black characters on a gray background, with high contrast and wide viewing angle. The module contains a driver chip and adopts COG production technology. The product is light and thin with low power consumption. It is connected to the main control MCU through the SPI interface or 8-bit parallel LCD interface to display various images and texts.
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Product description: Segment LCD is widely used in industrial instruments, industrial...
This product is a 14432 LCD dot matrix display that can display graphics with 144 columns x 32 rows of pixels. The display uses a Blue Negative Mode LED backlit LCD to display white text on a blue background, with high contrast and wide viewing angle. The module contains a driver chip, uses COB production technology, and is connected to the main control MCU through a 3-wire SPI interface to display various images and texts. It contains a simplified Chinese character library, and data transmission is simple.
Product Description: The rangefinder-specific LCD is a lens-compatible LCD display featuring a compact size, high contrast, shock resistance, durability, and excellent environmental adaptability. It requires high display accuracy to meet magnification inspection requirements, with edges remaining smooth and free of burrs even after 50x magnification. The product’s small size necessitates specialized fixtures and equipment for bonding polarizing films or chips, as well as FPC pressing.
vertical Alignment LCD achieves an ideal balance among display performance, manufacturing cost, and power consumption, thoroughly addressing the traditional pain points of poor visibility, narrow viewing angles, and outdated aesthetics. Its deep black background paired with bright white or colored characters delivers a premium “all-black when off, crystal-clear when on” appearance, while near-full viewing angles ensure that all information—such as remaining time and temperature—is easily visible from any perspective in the kitchen. Moreover, its ultra-low power consumption perfectly suits the long-term standby requirements of appliances like rice cookers, and as a mature industrial technology, its mold development costs and lead times effectively control mass production expenses. As a result, this display solution enhances modern aesthetics while precisely aligning with the minimalist design trends prevalent in today’s home appliances.
Portable energy storage devices. This product finds extensive applications ranging from the professional energy storage industry to everyday life. LCD screens are characterized by their light weight, strong environmental adaptability, low power consumption, high reliability, and low cost, making them typically the preferred solution for energy storage power supplies.
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.
This product is a 320240 LCD dot matrix display that can display graphics with 320 columns x 240 rows of pixels. The display uses STN mode LED backlit LCD, which displays black text on a yellow-green background, with high contrast and wide viewing angle. The module contains a driver chip and adopts COG production technology. The product is thin and light, has ultra-low power consumption, and a wide temperature range. It is connected to the main control MCU through the SPI interface and is used to display various images and texts.
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.
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Product description: This product is an industrial-grade TFT display with a resolutio...
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.
This product is a 12864 LCD dot matrix display capable of displaying graphics with 128 columns and 64 rows of pixels. The display features an STN yellow-green mode with LED backlit LCD, presenting black characters on a yellow-green background. It offers high contrast and a wide viewing angle. The module integrates a dedicated driver IC and utilizes COB production technology. It connects to the main control MCU via an 8-bit parallel LCD interface, enabling the display of various images and text. The built-in compensation circuit ensures excellent display performance even under wide-temperature operating conditions.
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.
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.
