ChemDetect - Unmatched Specificity and Speed Analyzer
The ChemDetect Analyzer is a compact, intelligent spectrometer that uses the power of quantum cascade lasers to analyze and identify chemicals. It combines the latest high-speed, broadly tunableQCLtechnology with advanced, uncooled detection capability. An embedded computer is programmed with chemical identification algorithms for unmatched specificity and speed.
This versatile mid-IRspectrometer and chemical analyzer enables standoff detection or coupling into liquid, solid, and gas sample cells, including long path-length multipass cells, flow cells, andATRprobes. Its high speed and broad tuning range enable simultaneous detection of multiple target chemicals with ease. Benchtop, rack-mount, and portable ruggedized versions are available with ATR, open path, and gas cell sample interfaces.
The ChemDetect Analyzer offers the advantages of a turnkey system for measuring chemical concentrations yet is configurable for OEM use. It provides spectra you can trust from the moment you turn it on. The laser module includes a built-in reference detector, and a separate high-speed signal detector captures the beam after sample interrogation. An integrated controller and data acquisition module powers the laser and receives the reference and signal detector data while drawing only 5 watts of power for the entire system. This chemical analyzer is so portable that it can be taken to the sample site, whether terrestrial, airborne, or beyond.
- RuggedCDMQcore technology
- Fine discrimination of chemical targets
- High sensitivity with wide dynamic range
- Intuitive, straightforward user interface
- Industry-leading beam quality, pointing stability, and repeatability
- Rock solid wavelength performance
- EfficientSWaP
- SDKand full programmability
- USB, Ethernet, or wireless connectivity
- Built-in references, data storage, and computing capability
- Industrial process control
- Protein analysis
- Fluid analysis
- Standoff detection
- Defense and security
- Materials processing
- Gas/liquid phase analysis