iRay 17x48-inch Wired Detector: A Revolutionary Tool in Industrial Inspection Field
The iRay 17×48-inch wired detector (the model might be customized) is a high-performance infrared detector specially designed for industrial non-destructive testing (NDT), security monitoring and scientific research fields. With its super-large detection area (17 inches × 48 inches), it breaks through the small-size limitation of traditional infrared detectors and is suitable for rapid and precise imaging and detection of large-area targets. This detector adopts a wired transmission design to ensure high-speed and stable data transmission, meeting the strict requirements of industrial scenarios for real-time performance and reliability.
Super Large Detection Area
Traditional infrared detectors are limited by materials and processes, and their sizes are usually within a range of a few centimeters to tens of centimeters. The iRay 17×48-inch ultra-large array design achieves wide field-of-view coverage through high-precision stitching or single-chip expansion technology. It enables one-time large-scale scanning, significantly enhancing detection efficiency.
High Sensitivity and Resolution
Based on non-cooled vanadium oxide (VOx) or indium antimonide (InSb) sensor technology, this detector exhibits high sensitivity (NETD < 50 mK) in the long-wave infrared (LWIR, 8-14 μm) band, enabling it to clearly capture minute temperature differences. When paired with a high-resolution pixel array (such as 2048×512 or higher), it supports detailed thermal imaging output.
Wired high-speed transmission
Utilizing GigE, CamLink or fiber optic interfaces, it achieves data transmission rates of several hundred megabits per second, ensuring no delay in high-speed imaging and is suitable for continuous monitoring of dynamic targets or high-speed production lines.
Environmental adaptability
Supports wide temperature operation (-20℃ to +60℃), anti-electromagnetic interference, and meets the requirements of harsh industrial environments such as metallurgy, power, and chemical engineering.
Industrial Non-Destructive Testing (NDT)
Composite material inspection: In the aerospace field, it can quickly scan aircraft skins and carbon fiber components to detect defects such as delamination and debonding.
Pipeline corrosion monitoring: Applied in the petrochemical industry, it uses the thermal excitation method to identify changes in pipeline wall thickness and prevent leakage risks.
Electronic component fault location: In semiconductor manufacturing, it precisely locates overheating or short-circuit points on circuit boards.
Security and perimeter protection
Deployed in key facilities such as airports and nuclear power plants, it uses wide-area thermal imaging to influence the environment.
Research and Medical Care
Material Research: Analyze the thermal diffusivity and stress distribution of new materials.
Medical Thermal Imaging: Assist in diagnosing inflammation and abnormal blood circulation, especially suitable for large-area body surface scanning.
IV. Industry Value and Trends
Promote the intelligent upgrade of Industry 4.0
Combined with AI algorithms, this detector can be integrated into an automated inspection system to achieve automatic defect identification and cloud-based data analysis, helping to enhance the efficiency and quality of intelligent manufacturing.
Filling the market gap in large-size detection
Traditional infrared devices need to complete large-area imaging through mechanical scanning or stitching. The iRay 17×48-inch detector can cover a larger area with a single imaging, reducing the complexity and cost of the equipment.
Green Energy and Carbon Neutrality Applications
In photovoltaic power stations, it is possible to quickly scan hot spots on solar panels; in wind farms, it is feasible to detect internal structural damages of wind turbine blades to enhance the operation and maintenance efficiency of clean energy equipment.
Competitive Landscape and Future Outlook
Currently, the global market for large-sized infrared detectors is dominated by FLIR (USA), Teledyne (USA), and iRay (China). iRay has gained significant market share in the industrial sector thanks to its cost advantages and rapid iteration capabilities. In the future, with the advancement of MEMS technology and the maturity of quantum dot infrared sensors (QDIP), larger-sized and more cost-effective infrared detectors will become more widespread, promoting the in-depth application of thermal imaging technology in smart cities, autonomous driving, and other fields.
