The ISDE (Intelligent Spectroscopic Device coupled with a high-speed camera) originates from a leading organization in advanced imaging technology, offering a groundbreaking solution for re-entry observation campaigns of space vehicles. this compact imaging spectrometer combines fast optical imaging with fine spectroscopic measurements, ensuring precise observations even in challenging conditions.
The ISDE is equipped with a rotation table, enabling the recording of fast and stable image sequences during observation campaigns for space vehicle re-entries, such as the Automated Transfer Vehicle. Its innovative design provides high spatial resolution, combined with high spectral content and resolution, making it ideal for identifying burning components during re-entry.
One of the key advantages of ISDE is its stability and resilience to environmental perturbations. Operating in full transmission mode and based on a common path interferometer, ISDE remains unaffected by thermal variations, air currents, and vibrations, ensuring reliable performance in diverse conditions. Additionally, its versatility allows compatibility with any image sensor, offering flexibility in various applications.
ISDE sets itself apart with its unique readiness level, offering full-field spectral imaging without any spectral filtering, resulting in minimal light loss compared to traditional hyperspectral devices. Furthermore, its compatibility with microscopy applications and high-throughput hyperspectral and Raman imaging capabilities make it a versatile tool for scientific research and space exploration. In seeking partnerships, ISDE offers a cutting-edge solution for organizations involved in space exploration, aerospace engineering, and scientific research. Whether it’s collaboration in research and development, technology transfer, or integration into existing systems, ISDE is open to forging alliances to propel this innovation forward. With its unparalleled performance and versatility, ISDE is poised to redefine the landscape of imaging spectroscopy technology.