| 住所 | 〒91280 Avenue de la Tour Maury Saint-Pierre-du-Perray France |
|---|---|
| TEL | 33-1-69897623 |
| FAX | |
| URL | https://www.safran-reosc.com/ |
| 最終更新日：2022年03月30日 |
Safran Reosc is a world leader in design, production & integration of high performance optics for both civil & defense applications in astronomy, space, high-energy lasers & industry.
Lightweighted, glassy or Silicon Carbide mirrors for space applications
Large mirrors for the Extremely Large Telescope (ELT) :
. M1 mirror: segmented, 798 segments + 133 spare, total diameter 39m
. M2 mirror : monolithic convex, diameter 4m
. M3 mirror : monolithic concave, diameter 4m
. M4 mirror thin shells (adaptative mirror) : 2 x 6 segments 1.5m size, 2mm thickness
. M5 mirror : Flat Tip-Tilt mirror made of Silicon Carbide, elliptic 2.7m x 2.2m
Seeing 1.5-m is a compact optical payload designed for microsatellites :
1.5-m Ground Resolution - 500 km long life orbit
10 x 7 km² wide FoV - Multi-hyper spectral
2D CCD/CMOS sensor - Ultra low SWaP factor
Safran Reosc proposes thinshells made of glassy material designed for being the optical face of adaptative mirrors. These mirrors can be used for space or astronomy but also within high power laser channels. Thickness can be reduced to 2 mm or slightly lower for a diameter up to 1.5 m.
Glassy or Silicon Carbide mirrors for space applications
Safran Reosc, European leader in high performance space optics, is proud to offer a new line of products dedicated to micro and nanosatellites : turn-key high performance and ultra-low SWaP EO payloads for small satellites benefiting from SAFRAN decades of heritage in opto-mechanics, electronics and critical software.
Large mirrors for the Extremely Large Telescope (ELT) :
. M1 mirror: segmented, 798 segments + 133 spare, total diameter 39m
. M2 mirror : monolithic convex, diameter 4m
. M3 mirror : monolithic concave, diameter 4m
. M4 mirror thin shells (adaptative mirror) : 2 x 6 segments 1.5m size, 2mm thickness
. M5 mirror : Flat Tip-Tilt mirror made of Silicon Carbide, elliptic 2.7m x 2.2m
