ImageIR 8355 (ImageIR7355BB)
German InfraTec takes "developing and manufacturing high-level infrared imaging systems" as its core goal, providing infrared thermal imagers, optical lenses, professional software, functional components and customized systems, covering infrared application needs in multiple scenarios. The ImageIR8355 cooled mid-wave infrared thermal imager features high imaging rate, high thermal sensitivity, high temperature measurement accuracy and high resolution as its core advantages, meeting the precise measurement needs in scientific research fields.
Specification Snapshot
Protection rating [Optional]
IP54 IEC529, IP 67 optional
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Overview
German InfraTec takes "developing and manufacturing high-level infrared imaging systems" as its core goal, providing infrared thermal imagers, optical lenses, professional software, functional components and customized systems, covering infrared application needs in multiple scenarios. The ImageIR8355 cooled mid-wave infrared thermal imager features high imaging rate, high thermal sensitivity, high temperature measurement accuracy and high resolution as its core advantages, meeting the precise measurement needs in scientific research fields.
Specifications
| Parameter | Value |
|---|---|
| Detector Type | Mercury cadmium telluride (MCT) |
| Spectral range | 1.5~5.5 (μm) |
| Detector specifications | (640 x 512) pixels |
| MicroScanning [Optional] | Precision optomechanical micro-scanning module generates (1280x1024) pixel high-definition infrared thermal images in real time (optional) |
| Thermal sensitivity (NETD) [30°C] | ≤25 mK@30 °C |
| Cooling method | Long-life low-power Stirling cycle cooler |
| Standard temperature measurement range | (-10~+1200)°C |
| Optional range extension | Low temperature down to -40 °C; high temperature up to 3000 °C |
| Measurement accuracy | ±2 °C or ±2 % |
| Dynamic range [Optional] | 14 bit, 16 bit optional |
| Frame rate - full frame | 75 Hz |
| Frame rate - half frame | 260 Hz |
| Frame rate - 1/4 frame | 730 Hz |
| Sub-window mode | Customizable imaging window size and position |
| Non-uniformity correction | External manual correction, or optional built-in real-time motorized shutter |
| Integration time | 0.6~20,000 μs |
| Motorized filter wheel | Can incorporate 2 multi-aperture filter wheels, realizing up to 35 configurations, suitable for precise temperature measurement and imaging of specific spectra. Aperture selection methods include manual switching and automatic switching |
| Focus Method | Manual, or optional motorized focus |
| I/O interface | Integrated 4-channel, including 2 digital inputs, 2 digital / analog outputs |
| Control and transmission interfaces [Depending on specific model and requirements] | High-speed 10GigE, GigE, HDMI, CamLink, dual CamLink (depending on specific model and requirements) |
| IRIG-B timestamp | Integrated into infrared data, 20 ns accuracy |
| Power supply/power consumption | (110-230)VAC / 50 Hz input / 24 VDC output, approx. 30 W under steady-state conditions |
| Housing material | Robust, durable lightweight alloy |
| Protection rating [Optional] | IP54 IEC529, IP 67 optional |
| Storage/operating temperature and humidity | -40~+70 °C / -20~+50 °C, 10-95%, non-condensing |
| Dimensions/Weight [Excluding lens] | approx. 250 x 120 x 160 mm (LxWxH) / approx. 3.3 kg, excluding lens |
| Fixed mounting | UNC 1/4” and 3/8” standard camera thread, 2xM5 |
Applications
Aerospace; automotive R&D and manufacturing; friction and braking force testing; medical research; animal and plant growth research; cultural heritage conservation research; seismological research; microscopic infrared imaging; laser fusion welding, welding, cutting; semiconductor materials, microelectronics; glass, light bulbs, plastics, metallurgy; non-destructive (thermal wave) material testing; lock-in imaging; flame imaging analysis; gas imaging analysis; material stress testing; infrared signature analysis; marine and water system pollution research
Key Features
High-Precision Detection and Imaging Equipped with a 640x512 pixel mercury cadmium telluride (MCT) detector, with a full-frame imaging rate up to 232Hz, capable of capturing high-speed motion processes and transient changes; temperature is calibrated according to German PTB traceability standards, combined with a multi-feature-line algorithm to automatically compensate for the influence of the thermal imager itself and the ambient temperature, ensuring accurate temperature measurement and long-term stability; the software can flexibly set the integration time, imaging window and rate, enabling precise recording and imaging of dynamic processes within a short time.; Efficient Triggering and Data Synchronization The highly integrated multi-channel MIO interface supports control of the thermal imager or external devices, ensuring triggering precision and repeatability; it features pre-trigger, post-trigger and other modes, supports dual digital channel data streaming and trigger-synchronized recording, and IRIG-B time stamps are directly associated with image data for easy traceability.; Flexible Optical and Measurement Configuration Two motorized filter wheels with multiple apertures can be pre-installed according to application requirements, achieving up to 35 configurations, suitable for temperature measurement and spectral-selective imaging of special targets such as glass, flames, gases and thin films; a built-in motorized shutter enables real-time non-uniformity correction (NUC), eliminating detector noise; the Multi-IT mode supports custom multi-integration-time calibration curves to meet the needs of specific temperature measurement ranges.; High Resolution and High-Speed Transmission The "MicroScanning" optomechanical microscanning high-resolution imaging component, an optional feature, can continuously generate 1280x1024 pixel high-definition thermal images; the thermal imager is controlled and data is transmitted using a high-bandwidth 10 Gigabit Ethernet (10GigE) + fiber-optic transmission method, which can effectively avoid electromagnetic and environmental interference, reduce signal attenuation itself, and provide reliable assurance for low-latency, high-speed, lossless long-distance transmission of massive data.; Optimized Optical Path and Lens Adaptation The thermal isolation design of the optical path eliminates the interference of the unit's own thermal radiation, ensuring stable temperature measurement; specially developed high-transmittance, low-reflection infrared lenses, ranging from a 1.9μm pixel-resolution microscope lens to a 200mm telephoto lens, can meet the needs of different target sizes and distances; optional motorized focusing (supporting autofocus, fixed-distance focus, etc.) can be quickly adjusted via the IRBIS 3 software, enabling one-click autofocus.; Supporting Professional Software The IRBIS 3.1 software package features a friendly interface, rich functions and convenient operation, supports online control of the thermal imager, infrared data (online/offline) analysis, image management and report generation, adapts to static/dynamic thermal map analysis needs, and is suitable for various application scenarios.
Datasheet
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Supplier Information
Beijing Yashi Hengyuan Technology Development Co., Ltd. was established in 2003, focusing on the R&D, production, agency and related technical services of infrared measurement systems, committed to providing customers with reliable high-performance infrared measurement products and professional application support. Products include: thermal reflection microscopic imaging temperature measurement systems, infrared microscopic imaging temperature measurement systems, semiconductor defect detection systems, multi-spectral high-temperature high-speed thermometers, infrared thermal imaging systems, infrared thermal imagers, etc. We deeply understand that providing customers with reliable product quality, excellent product performance and professional and meticulous service is the key factor for the company to win long-term customer trust and succeed in fierce competition.
Independently developed and launched the ImageTR series thermal reflection imaging temperature measurement system. This is a masterpiece of the expert team after years of deep cultivation in the field of micro-nano heat conduction and device thermal behavior analysis, condensing profound technical accumulation and R&D strength. As the first commercialized domestic thermal reflection imaging temperature measurement equipment, it not only fills the domestic gap, but also opens up a new detection path for the semiconductor field with its unique technical path and high cost performance. The R&D team has both solid technical reserves and rich experience, deeply understands the core needs and actual pain points of users, so that the product is precisely tailored to the demands from the beginning of design. Its successful commercialization provides customers with a domestic preferred solution for high-performance thermal reflection imaging temperature measurement systems.
The ImageTR series thermal reflection imaging temperature measurement system breaks through the bottleneck of traditional temperature measurement with innovative technology. It does not rely on the object's own infrared radiation, but captures the change of material surface reflectivity with temperature under visible light (ultraviolet) irradiation to infer accurate temperature distribution. It does not require spraying or special treatment on low-emissivity samples such as metal coatings and semiconductor wafers, avoiding sample damage and detection errors from the source. Core performance benchmarks against similar international products and has more localized advantages: 300nm ultra-high spatial resolution can accurately capture tiny heat generation areas below 0.5μm, 50ns ultra-short time response can freeze microsecond-level pulse transient heat distribution, combined with 2048×2048 pixel high-definition temperature distribution map and pixel-level calibration algorithm, achieving precise positioning of tiny hot spots, providing key data support for device thermal management optimization, reliability evaluation and failure analysis. At the same time, relying on the independent and controllable domestic mature supply chain, the delivery cycle is shortened by more than 60% compared with imported equipment. The service team provides 24-hour rapid response, efficiently solving troubleshooting and maintenance needs, significantly reducing usage costs. Its technical capabilities deeply empower the thermal design, reliability evaluation and failure analysis of advanced semiconductor devices such as GaN HEMT and FinFET, helping to shorten R&D cycles and enhance core competitiveness.
Yashi Hengyuan is the general agent in China (including Hong Kong and Macao) of InfraTec GmbH Infrarotsensorik und Messtechnik, a world-renowned infrared thermal imager manufacturer in Germany, responsible for technical consulting, product demonstration, sales promotion, customer training and technical support for its infrared thermal imagers, infrared imaging systems and application solutions. In the field of infrared imaging, InfraTec is synonymous with professionalism and high standards. Since its establishment in 1991, it has always taken the R&D and manufacturing of infrared equipment and customized solutions with better performance and higher technical level as its core goal. The carefully crafted multiple series of products and solutions have won high recognition and trust from global customers. Its product line covers comprehensively and accurately adapts to multi-scenario needs,
including:
ImageIR series mid-wave,
long-wave cooled infrared thermal imagers,
VarioCAM HD series infrared thermal imagers,
high-resolution microscopic infrared imaging temperature measurement systems,
E-LIT semiconductor defect detection and positioning systems,
Active Thermography System active excitation infrared non-destructive testing systems,
PV-LIT solar cell and module defect detection systems,
Thermo Check Weld automated welding quality inspection systems,
Press Check hot stamping process infrared thermal imaging temperature monitoring systems,
INDUSCAN steel process monitoring systems,
FIRESCAN fire early prevention and detection systems,
IRBIS Rotate high-speed rotating target test bench (suitable for rotating targets such as brake discs and tires),
IROD safety monitoring infrared detection systems, airborne thermal imaging systems,
and infrared imaging consulting and testing services.
Our service team is experienced and passionate, always adhering to the "customer first" concept and providing professional support to customers. Before sales, we provide accurate technical consulting and targeted product selection services, and are equipped with a professional testing laboratory to provide free equipment demonstrations, feasibility verification and customized sample testing for customers to ensure that the selection meets actual needs; after sales, we provide timely equipment usage training, regular maintenance, rapid troubleshooting and other services to fully ensure the stable operation of customer equipment. With a complete product system and professional services, our customers cover many scientific research and industrial production fields such as microelectronics, energy production, petrochemicals, aerospace, ships, automobiles, railways, building inspection, metallurgy, industrial process optimization and quality control, composite material non-destructive testing, flame and gas measurement and analysis, land remote sensing, geotechnical research, environmental ecology research, cultural relic protection research, animal and plant research, medical research, etc.
In the future, Yashi Hengyuan will adhere to customer needs as the starting point, continue independent innovation, optimize the performance and localization level of the domestic ImageTR series thermal reflection imaging temperature measurement system; at the same time, actively introduce more technologically advanced foreign products, provide more high-level products and more detailed professional services for various industries, create more value for customers and achieve win-win results.
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