RESEARCH & DEVELOPMENT CAMERA
Research and development cameras are pivotal tools in advancing scientific exploration and analysis. These cameras, equipped with imaging technologies, capture high-resolution images across various spectra, from visible light to infrared and beyond. Designed to detect even the most minute changes in light, temperature, or movement, they enable researchers to uncover detailed insights into complex phenomena. Whether monitoring environmental changes, conducting space research, or observing microscopic biological processes, these cameras provide the clarity and precision necessary for scientific discovery. Their unmatched sensitivity and resolution make them indispensable in pushing the boundaries of knowledge and innovation.
IA 135 HIGH-SENSITIVITY CAMERA
The IA 135, a high-performance thermal imaging camera, bridges advanced technology with user-centric operation. Designed for the medium infrared wavelength (MWIR) spectrum, it leverages a T2SL or InSb 1280x1024 IRFPA detector to deliver exceptionally clear and detailed thermal images. This sophistication is matched by its ease of use, facilitated through comprehensive control and configuration software that allows for real-time adjustments and analysis. The IA 135's versatility is further enhanced by a broad selection of lens options, ranging from 25mm to custom zoom lenses, enabling precision in a variety of observation scenarios.
KEY FEATURES
Spectral response range: 3.0m to 5.0m
High-Resolution Imaging
Advanced Software Integration
Versatile Connectivity
Pixel clock: 100MHz
Thermal sensitivity: ≤30 (≤25 mKmK typical value)
IA 113 HIGH-SENSITIVITY CAMERA
The IA 113 from Cantronic Systems emerges as a highly sensitive infrared imaging camera designed to meet the rigorous demands of advanced thermal imaging applications. This camera utilizes an InSb or T2SL 320x256 IRFPA detector, operating within the mid-infrared wavelength region (MWIR), to deliver unparalleled image clarity and detail.
Ideal for users requiring high-fidelity thermal imaging with advanced sensitivity and adaptability, the IA 113 stands out as a superior solution for sophisticated surveillance, research, and industrial applications. Its combination of high-resolution imaging, versatile software support, and robust hardware design ensures it meets the complex demands of modern thermal imaging tasks.
KEY FEATURES
Advanced infrared detector
Superior cooling technology
Flexible imaging options
Comprehensive lens selection
High frame rate
Software and connectivity
IA 123 HIGH-SENSITIVITY CAMERA
The IA 123 High Sensitivity Camera, designed by Cantronic Systems, is a pinnacle of infrared imaging technology crafted to excel in the middle infrared wavelength region (MWIR). Utilizing an advanced InSb or T2SL 640x512 IRFPA detector, this camera delivers unparalleled sensitivity and resolution for demanding applications. Engineered for precision and adaptability, the IA123 is compatible with a PC for control and image display, featuring a range of advanced functionalities through the RS232 command link. Additionally, it can operate as a standalone unit, seamlessly integrating into larger systems. This versatility, combined with the camera's superior imaging capabilities and optional CSIAir thermography software, makes the IA 123 an ideal solution for professionals seeking to push the boundaries of infrared imaging.
KEY FEATURES
Advanced cooling system
Wide wavelength range
High frame rate options
High-resolution detector
Versatile lens selection
Comprehensive software support
IA 126 HIGH-SENSITIVITY CAMERA
The IA 126 High Sensitivity Camera by Cantronic Systems Inc. is an advanced infrared imaging solution engineered for exceptional performance in the long-wave infrared (LWIR) spectrum. Featuring a T2SL 640x512 IRFPA detector, the IA 126 delivers high-resolution, detailed images for a wide range of applications requiring precise thermal analysis and monitoring.
With its combination of high sensitivity, detailed imaging capabilities, and robust software support, the IA 126 is ideally suited for professional users who require the utmost in thermal imaging precision and flexibility.
KEY FEATURES
High-resolution LWIR imaging
Extended wavelength sensitivity
Comprehensive control software
Extensive lens compatibility
Advanced stirling cooler
Versatile frame rate options