DESCRIPTION:

The FLIR A700 Professional Science Kit is an advanced thermal imaging and scientific measurement platform designed for precision temperature analysis, research applications, industrial diagnostics, electronics development, and laboratory thermography workflows. The system combines the FLIR A700 radiometric thermal imaging camera with advanced thermal analysis functionality and FLIR Research Studio software for high-speed thermal acquisition, recording, analysis, and reporting applications.

The A700 Professional Science Kit features a 640 × 480 pixel uncooled microbolometer detector with 16-bit dynamic range and thermal sensitivity below 30 mK, allowing accurate detection of extremely small temperature differences during scientific and industrial testing procedures. The system operates across a spectral range of 7.5 µm to 14 µm and supports temperature measurement ranges from -20°C to 2000°C depending on configuration and selected calibration range. Measurement accuracy is specified at ±2°C or ±2% of reading for standard operating conditions.

The Professional Science Kit includes FLIR MSX image enhancement technology, radiometric image streaming capability, motorised focus functionality, advanced waveform and thermal data acquisition capability, and a close-up lens for precision thermal measurement of small components and electronics assemblies. The integrated thermal imaging platform supports GigE Vision, GenICam compatibility, RTSP streaming, Wi-Fi radiometric transmission, and third-party SDK integration for automation and advanced laboratory workflows.

Designed for research laboratories, electronics testing, battery analysis, materials science, non-destructive testing, industrial process monitoring, renewable energy development, and product validation applications, the A700 Professional Science Kit enables high-speed synchronized thermal analysis with advanced reporting and measurement functionality. The platform supports automated thermal monitoring, radiometric recording, macro measurement capability, and real-time thermal diagnostics for demanding scientific and engineering environments.

Key Features

• 640 × 480 pixel thermal imaging resolution
• High sensitivity thermal detector below 30 mK NETD
• 16-bit radiometric thermal measurement capability
• Temperature measurement ranges up to 2000°C
• ±2°C or ±2% measurement accuracy
• FLIR MSX image enhancement technology
• Motorised, automatic, and manual focus capability
• GigE Vision and GenICam compliant
• Radiometric streaming over Ethernet and Wi-Fi
• Includes FLIR Research Studio software
• Supports RTSP and GigE data streaming protocols
• Compatible with third-party SDK integration
• Close-up lens included for small target analysis
• Suitable for laboratory and industrial R&D applications
• Designed for electronics, battery, and materials testing