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Opto-mechanical assembly featuring precision IR-grade lenses mounted in kinematic holders, designed for laser alignment and v
Prisim assembly using opto-mechanical assembly process

Opto-Mechanical Assembly 

Complex Lens Objectives and Prism Assemblies for Imaging and Laser Applications

RMI’s 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.

RMI Opto-Mechanical Assembly

Opto-mechanical assembly

Design &
Engineering

Zemax, SolidWorks and DFM (design for manufacturing) expertise

Complex
Assemblies

Custom imaging, laser beam delivery, LiDAR, projection/illumination and interferometric systems

Testing &
Alignment

Optical & mechanical alignment, power, centration, resolution, vibration, shock, and environmental testing

Vertical
Integration

Optics fabrication, thin-film coatings, CNC machining & clean room assembly all under one roof

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  • DUV & EUV lenses for sub-10nm patterning

  • High-purity fused silica for minimal thermal distortion

  • Catadioptric objectives for long working distance inspection

  • Laser interferometers for sub-nanometer surface validation

  • Ultra-flat substrates for advanced packaging and wafer thinning

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  • High-purity IR optics for quantum state detection

  • UV-grade lenses for photon entanglement experiments

  • Low-autofluorescence materials for quantum microscopy

  • Phase-retardation optics for polarization control

  • Diamond-turned aspheres for ion trap assemblies

  • Beam shaping optics for quantum dot excitation

  • Cryogenic-compatible substrates for superconducting qubits

  • Anti-reflective coatings for maximized quantum throughput

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  • Radiation-hardened IR lenses for orbital imaging systems

  • Lightweight mirrors for small satellite payloads

  • High-precision star tracker optics for attitude control

  • UV spectrometer lenses for planetary atmospheric analysis

  • Thermal-resistant substrates for high-temperature missions

  • Wide-field optics for deep space observation platforms

  • Anti-reflective and solar rejection coatings for durability

  • Adaptive optics for satellite laser communication arrays

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