2026 Industrial Display Buying Guide

In 2026, with the rapid development of industrial automation and intelligent manufacturing, the application scenarios for industrial displays are becoming increasingly widespread, ranging from factory workshops to outdoor monitoring, from medical equipment to intelligent transportation. The performance and reliability of industrial displays directly affect work efficiency and system stability. This article will provide you with a comprehensive industrial display selection guide to help you choose the most suitable one from a wide range of products.

Key Purchasing Steps

Determine the Application Scenarios

Environmental Conditions: Consider the environment in which the monitor will be installed, such as indoors, outdoors, humidity, high temperature, low temperature, etc. For example, outdoor environments require high brightness and anti-glare screens, while humid environments require high protection ratings.

Usage Requirements: Clarify the main purpose of the monitor, such as monitoring, user interface, data display, etc. Monitoring systems may require high resolution and high refresh rates, while user interfaces prioritize touch sensitivity.

Choose the Appropriate Display Technology

LCD vs. OLED: LCD monitors are suitable for high brightness and large-area displays, while OLED monitors offer superior contrast and color performance, and lower power consumption.

Special Technologies: Such as anti-glare and anti-reflection technologies, suitable for strong light environments; high contrast and high resolution technologies, suitable for scenarios requiring fine display.

Focus on Protection Ratings

IP Protection Rating: IP65 protection rating is suitable for general industrial environments, providing dust and water resistance; IP67 is suitable for harsher environments, such as short-term immersion in water.

Special Protection: For high-impact environments, choose explosion-proof glass screens; for environments requiring high cleanliness, choose screens with fingerprint-resistant or easy-to-clean surfaces.

Evaluate Display Performance

Brightness and Contrast Ratio: Monitors with high brightness (≥1000 cd/m²) and high contrast ratio (≥1000:1) are suitable for outdoor and complex lighting environments.

Resolution: Choose an appropriate resolution based on the displayed content, such as 1920×1080 or higher, to ensure image clarity.

Check Interfaces and Expandability

Interface Type: Ensure the monitor has sufficient interfaces, such as HDMI, VGA, USB, RS232, etc., to meet connectivity needs.

Expandability: Monitors that support multi-screen displays or integration with other devices are suitable for complex systems.

Consider Reliability and Durability

Mean Time Between Failures (MTBF): Choose products with an MTBF exceeding 50,000 hours to ensure long-term stable operation.

Wide Temperature Screen: For extreme temperature environments, choose industrial-grade wide temperature screens that can operate stably within a range of -30℃ to 85℃.

Choose a Reliable Brand and After-Sales Service

Brand Reputation: LEEHON Technology specializes in TFT-LCD industrial LCD screens, with products widely used in automotive, medical, and military applications where high stability is required. Its core business is the sales and selection of industrial LCD screen products, providing display solutions to enterprises, equipment manufacturers, and system integrators.

After-Sales Service: A comprehensive after-sales service system, including pre-sales consultation, sales support, and after-sales maintenance, ensures long-term stable operation of equipment.

Frequently Asked Questions(FAQ)

How to choose the protection rating for industrial displays?

Choose the protection rating based on the operating environment. IP65 is suitable for general industrial environments, while IP67 is suitable for harsher environments.

Does a high-brightness screen consume more power?

Modern display technologies (such as OLED) can reduce energy consumption while maintaining high brightness through optimized backlighting and display technology.

How to choose the screen material for industrial displays?

In strong light environments, choose anti-glare glass screens; in high-impact environments, choose explosion-proof glass screens.

How to ensure the long-term stability of the display?

Choose products with an MTBF exceeding 50,000 hours and ensure they have passed rigorous environmental testing.

Conclusion

When selecting industrial displays in 2026, it’s essential to comprehensively consider application scenarios, display technology, protection rating, display performance, interface expandability, reliability, brand, and after-sales service. The above guidelines will help you better choose an industrial display that meets your needs, ensuring stable equipment operation in complex environments and improving work efficiency.