Shenzhen Chenghao TFT and Monochrome LCD Display Development and Manufacturing Processes
22 October, 2025
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Industrial control equipment relies heavily on reliable visual interfaces to display real-time data, system status, and operational controls. From factory automation systems and PLC interfaces to portable testing instruments and smart monitoring devices, displays play a critical role in ensuring efficient human-machine interaction.
When selecting a display for industrial control applications, engineers often face a key decision: should they choose an OLED display or a traditional LCD display? Each technology offers unique advantages in terms of brightness, power consumption, durability, and environmental adaptability.
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In contrast, OLED (organic light-emitting diode) displays no need for a backlight layer. They can stimulate organic materials to emit light through electrical current directly , with each pixel emitting light independently. When displaying pure black, pixels can be completely turned off, eliminating the backlight layer and some color filters, resulting in a thinner screen.
So the display will be more thinner.
About the picture quality, OLED screens are superior but have a relatively shorter lifespan. This is because the light-emitting materials within the screen can “age” over time, potentially leading to “burn-in”—such as persistent ghosting from long-term display of static icons.
In contrast, LCD screens are more durable. When choosing between OLED and LCD screens, professional display manufacturer Chenghao recommends: better choose for OLED if you prioritize high contrast, wide viewing angles, and blur-free images with sufficient budget; you can choose LCD if durability and cost-effectiveness are more factors you are considered.
| Feature | OLED Display | LCD Display |
|---|---|---|
| Backlight | No backlight required | Requires backlight |
| Contrast Ratio | Extremely high | Moderate |
| Viewing Angle | Very wide | Wide (especially IPS) |
| Power Consumption | Lower for dark interfaces | Stable power consumption |
| Lifespan | Shorter in some cases | Typically longer |
| Industrial Stability | Sensitive to burn-in | More stable |
Normally, OLED screens for industrial control panels are typically smaller in size.
For example the 2.4inch oled we made:
The CH240L002A-PW is a high-quality 2.4-inch OLED display module featuring a compact 128×64 pixel monochrome panel that delivers sharp, high-contrast visuals with excellent readability. Its integrated I2C serial interface provides a simple and efficient connection method, requiring minimal wiring and GPIO pins from the host microcontroller, making system integration straightforward.
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Operating at a low 3.3V supply voltage, this module is designed for energy-efficient applications, consuming minimal power to extend battery life in portable devices. The display offers a fast 105Hz refresh rate for smooth graphics rendering, supported by a 1/64 duty cycle controller for optimal performance.
If you have any display requirements, please feel free to contact us. We will provide tailored solutions based on your needs.
FAQ
Is OLED better than LCD for industrial control equipment?
OLED displays provide excellent contrast and visibility, especially in low-light environments. However, LCD displays are often preferred for industrial control systems due to their longer lifespan and higher long-term stability.
Why are LCD displays commonly used in industrial devices?
LCD technology offers stable performance, mature manufacturing processes, and long operational life, making it suitable for equipment that needs to run continuously for extended periods.
Are OLED displays suitable for industrial applications?
Yes, OLED displays can be used in certain industrial devices, especially where high contrast and compact size are required. However, engineers must consider lifespan and burn-in risks in applications that display static content.
