DESCRIPTION:

The FLIR Science Camera SDK is a professional software development kit designed for researchers, engineers, system integrators, OEM developers, and laboratory users requiring direct control and integration of FLIR science cameras within custom software applications. The SDK provides comprehensive access to camera configuration, image acquisition, radiometric data streaming, and post-processing functions through a flexible application programming interface (API).

Designed for scientific research, industrial automation, machine vision, aerospace development, electronics testing, defence applications, and advanced thermal analysis systems, the SDK enables seamless integration of FLIR science cameras into proprietary software environments and automated test platforms.

The software supports multiple programming environments including C/C++, C#/.NET, Python, and MATLAB file-reading functionality, allowing developers to build custom acquisition, monitoring, measurement, and analysis applications. Support for GigE, CoaXPress, and Camera Link interfaces enables integration with a wide range of FLIR cooled and scientific camera platforms.

Compatible with Windows, Linux, and macOS operating systems, the Science Camera SDK provides a cross-platform development environment for thermal imaging applications requiring advanced camera control, high-speed image acquisition, and radiometric measurement capabilities.

Technical Specifications

• SKU: 4224157
• FLIR Science Camera SDK software
• Camera control API
• Image acquisition capability
• Radiometric data streaming
• GigE support
• CoaXPress support
• Camera Link support
• GenICam support
• C/C++ development support
• C#/.NET development support
• Python development support
• MATLAB file-reading support
• Windows compatibility
• Linux compatibility
• macOS compatibility
• Supports temperature, radiance and counts data
• Non-uniformity correction support
• Designed for FLIR science camera platforms
• Commercial licensed software product

Key Features

• Complete FLIR science camera integration toolkit
• Advanced camera control functionality
• High-speed image acquisition
• Radiometric data access
• Multi-language API support
• Cross-platform operation
• GigE, CoaXPress and Camera Link support
• Suitable for scientific research
• Ideal for automated test systems
• Supports machine vision applications
• Suitable for laboratory environments
• Designed for thermal imaging software development
• Enables custom application creation
• Compatible with FLIR science camera families