In the field of precision instruments and laboratory equipment, the performance and operational experience of material testing devices directly impact the efficiency and accuracy of scientific research and industrial inspection. Our touch display modules, specifically designed for high-end testing equipment, are becoming the ideal choice for modern material testing equipment upgrades. This is due to their core characteristics: touch sensitivity, clear display, electromagnetic interference resistance, and diverse sizes.
WIWO Core Product Features Analysis
1. Touch Sensitivity: Zero-delay response for precise, fluid operation
Utilizing high-precision capacitive touch technology with multi-touch and glove-friendly modes, it delivers millisecond-level responsiveness even during rapid taps or complex gestures. This feature excels in devices requiring frequent parameter adjustments and real-time process control, effectively preventing operational errors caused by accidental touches or delays.
2. Crystal-Clear Display: High-definition visuals for intuitive data presentation
Equipped with a high-resolution IPS LCD screen, it offers wide viewing angles, high brightness, and high contrast. It clearly displays microstructure images, real-time curves, and complex data tables in both bright sunlight and darkroom environments. True color reproduction supports data visualization, enabling users to directly observe material deformation, fracture processes, or stress distribution.
3. Electromagnetic Interference Resistance: Stable Operation in Complex Electrical Environments
Material testing equipment often operates alongside motor drives, high-frequency sensors, and high-voltage power supplies, creating complex electromagnetic conditions. This module employs multi-layer shielding, filtering circuits, and signal isolation technology to ensure undistorted touch signals and flicker-free displays in electromagnetic interference environments, guaranteeing long-term stable operation.
4. Flexible Sizing and Customization: Adapting to Diverse Equipment Integration Needs
Offering multiple sizes from 7 inches to 21 inches with landscape/portrait orientation support, the module can be customized in form factor, interfaces, and mounting methods per client requirements. It integrates seamlessly into control panels for universal testing machines, fatigue testing machines, impact testing machines, thermal analyzers, and other equipment.
Applicable Equipment Types and Benefits:
Universal Testing Machines: For tensile, compression, bending, and other mechanical testing.
Dynamic Fatigue Testing Systems: Conduct cyclic load and endurance testing.
Impact Testers (e.g., pendulum impact, drop weight impact).
Thermal Analysis Equipment (e.g., DSC, TGA, DMA).
Hardness Testers and Microscopic Observation Systems.
Environmental Simulation Chambers (temperature/humidity, salt spray, etc.).
Core Advantages and Value:
Enhanced Operational Efficiency and Precision
Combining responsive touch with clear displays makes parameter setup, curve scaling, and data annotation more intuitive and efficient, reducing human error—ideal for high-frequency, complex testing workflows.
Improved Equipment Stability and Reliability
Strong anti-interference capabilities prevent touch failures or display anomalies during motor starts/stops or power fluctuations, ensuring reliability for extended continuous testing or harsh industrial environments.
Improved User Experience and Data Interaction
The high-definition screen supports real-time display of microscopic images and multi-curve comparisons, aiding on-site analysis. The intuitive touch interface reduces training costs and simplifies operational workflows.
Support for Intelligent Equipment Upgrades
The module is compatible with multiple communication interfaces (e.g., USB, CAN, Ethernet), facilitating integration of data acquisition, remote control, or AI analysis functions. This drives the evolution of testing equipment toward intelligent and networked capabilities.
Flexible Adaptability and Space Efficiency
Compact design and customizable dimensions help equipment manufacturers optimize instrument layout, enhancing overall aesthetics and ergonomics.
This touch display module is more than an interactive component—it is a critical element for enhancing the precision, reliability, and user experience of material testing equipment. We look forward to collaborating with equipment manufacturers to jointly advance the interactive innovation of testing technology and laboratory instruments.
For further details on technical specifications or customized solutions, please feel free to contact us at any time.