High Performance Laser-Based Spectroscopy Systems
Real-time process insight with laser-precision control and sensitivity.
Compact, swept-source spectroscopy systems built around a high-power, optically integrated laser architecture.
Overview
KineoLabs' spectroscopy systems are built around a proprietary swept-source laser architecture that is fully free-space, high power, and optically integrated — no fiber coupling and no modular workarounds.
Our platform delivers:
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High output power for operation in strongly absorbing or turbid media
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Dynamic wavelength tuning across application-specific spectral windows
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Rapid sweep rates for real-time, in-line measurements
These systems are ideal for industrial and bioprocess applications where traditional broadband or fiber-coupled sources fall short in signal strength, mechanical robustness, or integration complexity.
Picture of a commercial KineoLabs OEM spectrometer packaged for demonstrations with a credit card for size reference
Key Application Domains
Biogas
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In-line monitoring of hydrocarbons, gas blends, and impurities
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Ruggedized packaging for deployment in harsh or remote environments
Bioreactor Monitoring
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Real-time tracking of nutrient depletion, oxygenation, and biomass density
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Feedback for closed-loop fermentation control
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Compact form factor suitable for integration into benchtop or pilot-scale systems
Medical Sterilization
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Detection of hydrogen peroxide, ozone, or formaldehyde vapor concentrations
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Verification of sterilant presence and dwell time in automated enclosures
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Precision monitoring in both liquid- and gas-phase sterilization processes
Measured (red) and modelled (HITRAN, blue) absorption data acquired on pure methane at ambient pressure. Full spectral width and magnified cut-out.
Application and Customer Specific Customization
KineoLabs specializes in customization (e.g. wavelength, tunable range, laser line width, etc.) for a wide variety of applications and requirements. Please contact us to discuss your needs.
KEY DIFFERENTIATORS
Free-Space Laser Integration
All optics—laser, collimation, scanning, and detection—are integrated on a single optical bench.
No fragile fiber coupling. No alignment drift. Full thermal and mechanical control.
Tunable, Modular Design
Support for configurable central wavelengths, sweep ranges, and spectral resolution based on target analytes.
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High Output Power
Enables strong signal returns in turbid media and extended path lengths for in-line spectroscopy.
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Designed for Embedding
The optical engine is compact and self-contained, making it ideal for embedded integration into OEM instruments or closed-loop control systems.
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