FLIR A6750SC SLS Longwave Infrared Thermal Camera
Experience exceptional thermal imaging with the FLIR A6750sc SLS longwave infrared camera. With 640 × 512 resolution and a 125 Hz frame rate, it ensures smooth monitoring of dynamic scenes. Detecting temperatures from -20°C to 3000°C, it enables precise measurement across various conditions. Whether for industrial inspections or scientific research, it delivers reliable results.
FLIR A6750SC SLS Longwave Infrared Thermal Camera
The FLIR A6750sc SLS longwave camera stands out as the optimal solution for capturing high-speed thermal events and swiftly moving targets. With its exceptionally short integration times and windowed frame rates exceeding 4,000 Hz, this camera empowers you to freeze motion or obtain precise temperature measurements on dynamic subjects. Boasting a pixel resolution of 640 x 512 and high sensitivity, it delivers crisp imagery, perfectly suited for electronics inspections, medical thermography, and a myriad of other applications. Experience unparalleled thermal imaging performance with the FLIR A6750sc SLS.
Fast Integration Times
- FLIR A6750sc SLS captures all pixels from a scene simultaneously in under 190 µs, ensuring rapid imaging of fast-moving objects.
- Offers full frame-rates of 125 Hz, essential for capturing dynamic scenes with precision.
- Facilitates detailed analysis of high-speed thermal events.
Standard Video Interfaces
- Features Gigabit Ethernet and analog video interfaces, providing simultaneous yet independently controlled functionality.
- Enhances flexibility for recording and display purposes, catering to diverse application needs.
- Allows seamless integration into existing setups for streamlined thermal imaging workflows
Custom Cold Filters
- Incorporate custom cold filters for spectral detection, enabling imaging through glass and measurement of the temperature of thin film plastics.
- Provides versatility in thermal imaging applications, expanding the camera's capabilities to address specific needs.
- Enhances accuracy and efficiency in challenging imaging scenarios.
