Optical Sensors & Photonics
High-power LED, fibre optics & UV/VIS systems.
Optical instrument design, high-speed analogue electronics and signal processing combined into precision sensing — from invisible eye-safe laser detection and phosphorescence sensing to multi-channel measurement, with calibration and signal chains built in.
Our in-house expertise in optical instrument design, high-speed analogue electronics and signal processing has come together to create innovative products.
Core Capabilities
High-power optical systems for science and industry — liquid-cooled LED modules, spectral output control and fibre-coupled monitoring engineered for reproducible, high-intensity performance.
- High-power LED photoreactor modules. — Our batch photoreactor drives 12 parallel positions with 120 W or 180 W LED modules for reproducible photochemistry.
- Continuous photoflow optics. — Our continuous-flow photoreactor converts a temperature-controlled coil reactor into a high-power continuous photochemistry platform.
- Fibre-coupled UV/VIS monitoring. — An inline spectrometer with 2048-pixel CCD detection delivers full-spectrum analysis with no moving parts.
- Spectral output control. — Multi-emitter LED engines deliver tuned spectra and accurate colour rendering across our lighting and instrumentation products.
- Daylight-simulation lighting. — The SAD Radio bulb's LED engine produces progressive sunrise/sunset tonal stages for sleep and wellness applications.
- High-precision optical detection — Our on-rim reader retrofits any roulette wheel with high-speed rim tracking for accurate winning-number capture.
- Digital levelling — Our roulette-wheel levelling sensor levels wheels faster, more accurately and more cheaply than existing solutions — an electronic spirit level for installation, relocation and compliance checks.
- Multi-channel electrical metering — Our power meter measures voltage, current, power factor and harmonics across up to 96 branch circuits
- Inline spectral measurement — Performance verification & diagnostics
- Performance verification & diagnostics. — Our roulette wheel leveller performance checker tests and monitors wheels with smart diagnostics for floor-wide reliability.
- 180 W — Peak LED module output
- 12 — Parallel optical positions
How it works
Optical & spectral design
We design high-power optical systems and tune their spectral output for the application — for example our batch photoreactor's 12 independently driven LED positions, engineered for reproducible, high-intensity photochemistry.
Thermal & power integration
High optical power means heat and current to manage. We build liquid-cooled LED lamp modules and high-power drive electronics, as in our continuous-flow photoreactor platform that converts a temperature-controlled coil reactor into a continuous photochemistry source.
Inline optical monitoring
We close the loop with measurement: our fibre-coupled UV/VIS Spectrometer provides inline and bench-scale spectral monitoring, so output and reaction progress can be tracked in real time rather than sampled offline.