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Infrared Telescopes: MWIR/LWIR optics for celestial thermal detection
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Spectroscopy: Components for analyzing stars, atmospheres, and dust
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Multispectral Imaging: Optics supporting UV, visible, and IR bands
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Star Trackers: Precision lenses for spacecraft navigation
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Planetary Observation: Assemblies for surface and geological analysis
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Interferometry: Filters and beam combiners for spectral calibration
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Payload Integration: Vibration and vacuum-ready opto-mechanical housings
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Radiation-Hardened Optics:
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Free-Space Optical Links: Beam delivery optics for satellite-to-ground and inter-satellite data transmission
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LIDAR Systems: Precision optics for orbital mapping, terrain profiling, and navigation
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Quantum & Deep-Space Communication: Components optimized for long-range signal fidelity and photon-efficient transfer
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Beam Steering & Tracking: Mirrors and lenses for accurate acquisition and alignment across moving platforms
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Telecom Band Compatibility: Substrates and coatings tuned for 1.55µm and other communication-grade wavelengths
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Timing & Navigation Support: Optical systems for telemetry, synchronization, and orbit determination
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Radiation-Hardened Design:
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Spectral Analysis: High-resolution optics for detecting celestial emissions across UV, visible, and IR bands
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Planetary Composition: Components for emission and absorption spectroscopy of atmospheres, surfaces, and dust
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Environmental Sensing: Filters and lenses for gas detection, thermal mapping, and contamination analysis
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Calibration Systems: Optical elements for onboard wavelength standards and intensity validation
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Optical Metrology: Coated substrates for interferometry and dimensional measurement in microgravity
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Custom Lens Assemblies: Built for vibration resistance, thermal stability, and vacuum compatibility
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Precision Mounts & Housings: Engineered for micron-level alignment and mechanical endurance
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Integrated Optical Systems: Zemax-modeled assemblies combining lenses, mirrors, and filters
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Thermal & Structural Optimization: Materials and bonding techniques for extreme space conditions
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Alignment-Ready Interfaces: Designed for automated calibration and in-orbit adjustability
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Radiation-Hardened Optics: Components built to withstand cosmic exposure and mission duration
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Modular Platforms: Scalable designs for imaging, spectroscopy, and navigation payloads
RMI Products Designed For You
Opto-Mechanical Assemblies
Opto-mechanical imaging optics are engineered to deliver high-resolution visuals across UV, visible, and infrared (IR) wavelengths. Designed for demanding environments in medical diagnostics, aerospace surveillance, scientific instrumentation, and industrial inspection, our assemblies ensure sharp, reliable performance with optimized alignment and thermal stability.
Laser Optics
Laser optics are engineered for accurate beam shaping, high-power handling, and minimal wavefront distortion across UV, visible, NIR, and IR wavelengths. Our components support demanding applications in material processing, medical laser systems, telecommunications, and scientific research, delivering consistent performance and long-term reliability.
Precision Optics
Precision optics are engineered for high-resolution imaging, laser beam delivery, and spectral analysis across UV-IR spectrum. Designed for industries including medical diagnostics, precision agriculture, environmental monitoring, and telecommunications, our components ensure accurate light transmission, minimal signal distortion, and long-term durability.
Space
RMI’s space-grade optics and coatings are engineered for the extreme demands of orbital and deep-space environments. From infrared telescopes and satellite imaging systems to Earth observation payloads, our components deliver unmatched clarity, thermal stability, and spectral precision. With decades of experience in thin-film coating technology and opto-mechanical integration, RMI supports aerospace primes and research institutions with custom solutions across UV, visible, MWIR, and LWIR bands—ensuring mission success from launch to data acquisition.
Core Capabilities: