The Telops RADIA M100 MWIR camera gives engineers and researchers a reliable way to capture precise thermal data during testing, analysis, and product development. Its cooled mid-wave infrared detector, fast frame rates, and stable calibration make it well-suited for laboratory work, industrial monitoring, and scientific measurement.
Clear Thermal Insight for Technical Applications
The RADIA M100 is built around a cooled HOT MW SLS detector operating in the 3.6 to 4.15 µm range. The system reaches a Noise Equivalent Temperature Difference of 30 mK, allowing users to identify temperature differences as small as 0.03°C. This level of sensitivity helps reveal subtle changes that may affect reliability, performance, or safety.
With a 640 × 512 resolution and 10 µm pixel pitch, the camera records detailed thermal images that show fine structures and temperature gradients. Engineers working in electronics testing, materials research, or quality control can study thermal behavior with clarity and consistency.
Built for Accurate and Repeatable Measurement
The cooling system reduces detector noise and supports high-quality, high-contrast images. Thermal events become easier to track, and temperature readings remain stable even during long sessions. While uncooled systems serve many general inspection needs, a cooled MWIR camera like the RADIA M100 provides stronger measurement capability for complex or high-precision tasks.
Its output options and data modes support direct integration into research workflows. Whether users are conducting failure analysis, monitoring fast changes, or documenting thermal patterns over time, the camera provides dependable performance that fits a range of test environments.
Key Features Designed for Practical Use
The RADIA M100 includes several design elements that support practical use in both research and industrial settings. Its structure, lens options, calibration stability, and software features give users the tools needed to collect reliable thermal data without slowing down their workflow. These capabilities help teams adapt the camera to different test environments, whether they are capturing fast events, monitoring controlled heating cycles, or studying fine thermal patterns.
Compact Structure
Weighing 820 grams, the RADIA M100 is easy to position in tight setups or portable measurement stations. Its 84 × 94 × 96 mm housing allows installation on benches, tripods, or integrated platforms without adding unnecessary bulk.
Interchangeable Lens Options
The threaded mount allows quick transitions between lenses:
- 25 mm standard lens for general imaging
- 13 mm wide-angle lens for full-scene coverage or confined spaces
- 50 mm telephoto lens for distant or small objects
These options give users control over the field of view and working distance based on the needs of each project.
Permanent Radiometric Calibration
Factory-set calibration removes the need for recurring blackbody adjustments. Users gain consistent temperature data without frequent recalibration steps, which supports both routine monitoring and long-duration experiments.
Integrated Software Environment
The RADIA M100 works with Telops RevealIR software for camera control, acquisition, processing, and analysis. Users can review raw data, apply processing modes, and generate results from a single platform.
Performance Ranges and Specifications
The camera supports baseline calibration from 0°C to 850°C, with extended ranges up to 2500°C for high-temperature applications. Full-frame acquisition reaches 180 Hz at 640 × 512 resolution. These speeds help record short-duration events, rapid heating, or dynamic processes that require high-speed thermal measurement. Subwindow modes allow faster capture rates, including:
- 340 Hz at 320 × 256
- 1,000 Hz at 132 × 4
Output is provided through USB 3.0, and users can select RAW, NUC, RT, IBR, or IBI readout modes. The operating temperature range of −20°C to 55°C supports controlled indoor environments as well as certain field conditions.
Supporting Engineering, Research, and Industrial Monitoring
Many industries rely on precise thermal data to guide development, troubleshoot systems, or validate product performance. The RADIA M100 supports these needs with consistent measurement, dependable image quality, and flexible acquisition modes that fit both rapid and long-duration studies. Its cooled detector and radiometric accuracy make it useful for organizations that require trustworthy temperature information and clear thermal visualization during testing and evaluation.
The RADIA M100 serves a variety of technical fields:
- Automotive R&D
- Railway system inspection
- Predictive maintenance programs
- Quality control evaluations
- Fire protection engineering and thermal behavior studies
These applications benefit from stable thermal measurement and a camera that maintains performance during repeated use.
A Practical MWIR Solution for Advanced Measurement
The Telops RADIA M100 MWIR camera helps engineers and researchers study thermal behavior with precision and consistency. Its cooled detector, interchangeable lenses, stable calibration, and flexible frame rate options create a practical tool for environments that demand accurate data. Whether the goal is troubleshooting, research analysis, or process monitoring, the RADIA M100 supports clear evaluation of thermal events and reliable measurement across a wide range of technical applications.
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If you are looking for custom-engineered high-speed cameras to meet your needs, our Tech Imaging team is here to assist you. To speak to one of our representatives, call 800-613-8180 or contact us online if you have questions.