Applications
Long-Range Imaging and Targeting
Optical systems for extended‑distance observation and ranging
Technical Scope- Long‑range optical assemblies engineered for kilometre‑scale ranging and target acquisition
- Mechanical stability and alignment control for repeatable field performance
- Structural design strategies to maintain optical alignment over extended distances
- Controlled tolerancing and integration to ensure consistent performance in variable environments
Microscopy and high-magnification
Bespoke microscopy and reflecting optics
Technical Scope- Sub‑5μm dimensional control for clinical and analytical imaging
- High‑magnification optomechanical assemblies for life sciences platforms
- Precision alignment of reflecting optics within compact mechanical envelopes
- Optical and mechanical integration to maintain stability at high magnification
Imaging Across the Infrared
High-resolution optical systems across the infrared spectrum
Technical Scope- High‑resolution optical assemblies across SWIR, MWIR and LWIR wavebands
- Multispectral and thermal imaging subsystems for sensing applications
- Infrared material selection and coating strategies optimised for transmission and environmental durability
- Mechanical architectures designed to manage thermal effects and wavelength sensitivity
Optical Simulation
Precision optical subsystems for defence and medical training platforms
Technical Scope- Optical subsystems for land (AFV), air (HUD) and naval (periscope) training platforms
- High‑fidelity optical assemblies for surgical and clinical simulators
- Precision manufacture of discrete optical modules for simulator integration
- Optical performance tuning to achieve controlled visual fidelity across training environments
Engage with our engineering team to explore subsystem design, integration requirements and programme considerations.
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