FOTRIC 226Pro-L46 Thermal R&D Camera w. auto focus. Resolution 384*288, range 650°C, lens 46°
Specification
- Resolution: 384*288
- Temperature Range: 0 to 650°C
- Lens: 46°
AI-powered Object Recognition
- The FOTRIC 220Pro series thermal cameras come with an advanced object recognition feature. This functionality automatically identifies components based on previous encounters, generating temperature measurement boxes accordingly. Moreover, it assigns diagnoses according to user-set standards, thereby optimizing both time and energ
On-device Trend Analysis
- The FOTRIC 220Pro thermal cameras feature an on-device trend analysis capability. This enables researchers to gain clear insights into the performance of samples across varying environments over time, or to identify thermal defects in production streams efficiently
Enhance your thermal research and development capabilities with the FOTRIC 226Pro-L46 Thermal R&D Camera, designed for professionals who require precise, high-quality thermal imaging in laboratory, industrial, and experimental settings. With intelligent auto-focus, a wide-angle lens, and accurate high-temperature measurement, this camera ensures efficient and reliable thermal analysis.
The FOTRIC 226Pro-L46 is a versatile thermal R&D camera offering high-resolution imaging, wide-angle auto-focus, and precise high-temperature measurement, ideal for engineers, researchers, and technicians who need accurate, reliable, and efficient thermal imaging for advanced research, material testing, and industrial applications.
Enhance your thermal research and development capabilities with the FOTRIC 226Pro-L46 Thermal R&D Camera, designed for professionals who require precise, high-quality thermal imaging in laboratory, industrial, and experimental settings. With intelligent auto-focus, a wide-angle lens, and accurate high-temperature measurement, this camera ensures efficient and reliable thermal analysis.
The FOTRIC 226Pro-L46 is a versatile thermal R&D camera offering high-resolution imaging, wide-angle auto-focus, and precise high-temperature measurement, ideal for engineers, researchers, and technicians who need accurate, reliable, and efficient thermal imaging for advanced research, material testing, and industrial applications.