ASTROPHYSICS INSTRUMENTATION
Procurement and advanced design of instrumentation for ground-based and space observation. We specialize in optomechanical systems operating under cryogenic conditions.
Core Capabilities
Cryogenic Cooling Systems
Design and construction of active and passive cooling solutions. We ensure extreme thermal stability for sensitive detectors and optical benches operating in UHV and cryogenic environments.
Optical Element Housing & Positioning.
Precision mounting and sub-micron alignment systems for high-end lenses and mirrors. Our designs are optimized to guarantee optical performance under the most demanding observation conditions.
Space-Grade Mechanical Integration.
Advanced mechanical engineering for aerospace and ground-based telescopes. We provide robust structural integration designed to withstand high launch vibrations and extreme thermal cycles.
ENGINEERING FOR EXTREME ENVIRONMENTS
Astrophysics instrumentation requires a unique balance between extreme precision and survival in harsh conditions. We focus on:
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Thermal Management: Matching coefficients of thermal expansion (CTE) to prevent optical misalignment at -200°C.
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Vibration Damping: Mechanical isolation systems for cryocoolers to eliminate jitter in high-resolution imaging.
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UHV Compatibility: Integration of low-outgassing materials and specialized coatings for space-borne hardware.
Ground-Based Support
We support institutions in developing support structures and positioning systems for their telescopes, working side-by-side to ensure the necessary stability for every observation.
Space-Environment Solutions
We collaborate on the design and assembly of mechanical components for space missions and satellites, providing reliable solutions that meet the specific requirements of each project.
LET’S TALK ABOUT YOUR PROJECT
If you have a technical challenge in instrumentation or cryogenics, we would love to hear about your needs and see how we can help.