Infrared thermal imaging is an advanced technology that converts temperature distribution into a visual image by detecting infrared radiation emitted from the surface of an object. Unlike traditional detection methods, infrared thermal imaging can achieve rapid and accurate temperature measurement and anomaly identification without contact with the target.
This technology can clearly show temperature differences between different areas, helping users to promptly identify potential problems such as equipment overheating, electrical faults, or structural abnormalities, significantly improving detection efficiency and safety.
Technology Advantages
- High-Precision Thermal Imaging：
High-sensitivity infrared detector accurately captures minute temperature differences, meeting industrial-grade inspection needs. - Low-Latency Real-Time Imaging：
Real-time output of thermal images, rapid response, facilitating immediate judgment and decision-making. - Non-Contact Long-Distance Temperature Measurement：No contact with the target required, safe and efficient, suitable for high-temperature and hazardous environments.
- Stable Operation Around the Clock：
Unaffected by light, supports day and night monitoring and complex environment applications. - Strong Anti-Interference Capability:
Optimized signal processing and system design ensure stable and reliable data. - Flexible Integration Capability:
Seamlessly integrates with drones, security systems, and industrial platforms.
Key Service Advantages
- Customized Development:
Supports comprehensive customization of resolution, temperature range, interface protocols, etc. - OEM/ODM Services:
Provides one-stop manufacturing services from design to mass production, supporting drawings/samples. - Fast Delivery:
A mature supply chain system supports rapid prototyping and mass production. - Stable Inventory:
A complete product line and ample inventory ensure rapid response to customer needs. - Quality Assurance:
CE/FCC certified, multiple quality control processes ensure product reliability. - Professional Support:
Providing pre-sales selection, technical support, and after-sales service; full-process support.
- Advanced Semiconductor Technology：Supported by China’s first full-chain III-V compatible antimonide semiconductor production line and technology from the Institute of Semiconductors, Chinese Academy of Sciences. The core portfolio includes Type-II superlattice cooled infrared detectors and Indium Antimonide (InSb) cooled infrared detectors.
- High Sensitivity：Noise Equivalent Temperature Difference (NETD) as low as 15 mK, 20–30% better than similar products, enabling enhanced weak-signal detection capability.
- High Resolution：Supports 640×512 and 1280×1024 focal plane arrays with pixel sizes down to 12 μm, delivering finer imaging detail.
- Wide Spectral Response：Type-II superlattice detectors cover the 3–12 μm mid-to-long wave infrared range, suitable for complex application environments.
- High Reliability：Operating temperature range of -40°C to +85°C, shock resistance up to 75g/11 ms, and MTBF exceeding 10,000 hours for long-term stable operation.
- Mid & Long Wave Compatibility：Supports both 3–5 μm (MWIR) and 8–12 μm (LWIR) bands, enabling flexible target detection across different environments.
- Proven Space Applications：Indium Antimonide (InSb) detectors have already been applied in commercial aerospace systems.
Performance Differences
Cooled type covers short/medium/long-wave infrared, with microsecond-level response and high sensitivity; uncooled type only focuses on 8-14μm long waves, with weaker accuracy and response speed.
Suitable Scenarios
Suitable Scenarios: Cooled type is suitable for high-precision scenarios such as security reconnaissance and long-distance monitoring; uncooled type is mainly for low-cost civilian scenarios such as security and industrial inspection.
Cost and lifespan
Refrigeration-type refrigerators have refrigeration units, are expensive, and their lifespan is limited by the refrigeration unit; non-refrigeration-type refrigerators have no refrigeration components, are affordable, and have a longer lifespan.
Cooled long-wave infrared detector
- Product Introduction: The 640512 long-wave infrared detector converts long-wave infrared radiation from a target scene into electrical signals. Its external mechanical, optical, and electrical interfaces are versatile and expandable.
- Application areas: Used in night vision equipment, panoramic search, thermal imaging observation, forward-looking early warning, weapon guidance, air defense surveillance, infrared identification, etc.
Cooled mid-wave infrared detector
- Product Introduction: This 640×512 mid-wave infrared detector converts infrared radiation in the 3.7μm~4.8μm band of a target scene into electrical signals. It features high performance, high resolution, low power consumption, small size, and light weight.
- Applications: Primarily used in night vision equipment, thermal imaging observation and targeting, forward-looking early warning, weapon guidance, air defense surveillance, and infrared identification.
Uncooled handheld multi-functional detector
- A general-purpose observation and positioning instrument integrating infrared and visible light observation, laser ranging, and BeiDou compass positioning and orientation.
- Miniaturized, lightweight, and all-weather.
- Different video source modes can be selected for different scenarios, including infrared/visible light fusion.
- Personnel detection range greater than three kilometers, and metal object detection range greater than six kilometers.
Uncooled infrared thermal imager module
- Product Introduction: Uncooled Infrared Thermal Imager Module. This uncooled infrared thermal imager module features compact size, clear images, high sensitivity, unified interfaces, and low price. It supports multiple control interfaces and video interfaces.
- Application Areas: Security monitoring, vehicle night vision, industrial flaw detection, medical and other industries.
At Shenzhen Optical Core Matrix Technology Co., Ltd.,We offer flexible and efficient customized infrared thermal imaging services, from core parameter optimization to system integration development, comprehensively meeting the application needs of various industries and helping clients quickly implement projects and scale up applications.Leveraging our mature technology system and extensive project experience, we can provide clients with highly adaptable and stable customized solutions based on specific application scenarios, ensuring product performance and long-term reliability in real-world environments.
We specialize in the development and application of advanced optoelectronic technologies, integrating semiconductor laser chips, sensing systems, and intelligent imaging solutions. Our core capabilities support a wide range of industries including industrial automation, intelligent sensing, aerospace technology, and scientific research.
