
In Numerical Control Systems (CNC) and other industrial control applications, touch interfaces must meet extremely demanding requirements, including:
Stable operation under extreme temperature conditions
Resistance to continuous vibration, mechanical shock, and electromagnetic interference
Reliable performance in environments exposed to oil, dust, moisture, and chemical substances
Accurate operation while operators wear thick protective gloves
To address these challenges, we provided a customized 19'' 4:3 capacitive touch panel solution, which has been successfully deployed in CNC systems.
Operating temperature: –40°C to +70°C
Resistant to rapid temperature changes
Excellent vibration and shock resistance, suitable for harsh industrial environments
Dustproof and waterproof design for demanding industrial conditions
Special surface coating provides:
Oil resistance
Acid and alkali resistance
High wear resistance and easy cleaning
Designed for long-term, high-frequency operation
Supports thick glove touch (0.5–2 mm)
Enables precise operation without removing gloves
Single-touch accuracy error < 1 mm
Response time < 10 ms
Supports 2–10 point multi-touch, enabling parameter adjustment, zooming, and other advanced interactions
Designed to meet EMC (Electromagnetic Compatibility) requirements
Stable and accurate touch performance even in high EMI environments
Ideal for CNC machines, automated production lines, and large industrial equipment
Brightness ≥ 500 cd/m², readable under strong ambient light
170° wide viewing angle (horizontal & vertical)
Contrast ratio ≥ 1000:1
Clear visibility of data, charts, and alarm information even in complex lighting conditions
Backlight lifetime ≥ 50,000 hours
Designed for 24/7 continuous operation
Well suited for high-load, mission-critical industrial systems
By adopting this 4:3 industrial-grade capacitive touch solution, the customer achieved:
Reliable CNC system operation in extreme environments
Improved operational efficiency and human–machine interaction
Reduced maintenance costs and system downtime
Enhanced overall equipment reliability and market competitiveness
This project demonstrates our strong capabilities in industrial touch technology, customized solutions, and long-term reliability design.
We will continue to deliver stable, intelligent, and durable touch solutions for industrial, medical, and smart equipment applications worldwide.