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Advancements in IR spectroscopy technologies
The IR spectroscopy market has witnessed tremendous technological innovations over the past decade. Manufacturers have developed new breeds of IR spectrometers with improved capabilities to address the evolving analytical needs. For instance, the integration of FT-IR with imaging microscopes has enabled mapping of chemical variations at micro and nanoscale levels. Systems combining IR spectroscopy with mass spectrometry have augmented molecular identification. Synchrotron-based IR techniques offer new insights by generating spectroscopic fingerprints of sample structures at an unprecedented resolution. Advances in detector technology have augmented sensitivity to parts-per-million or billion levels. Portable handheld devices have enabled on-site analysis, reducing turnaround time. Integration of IR instruments with lab automation solutions through software has streamlined workflows. Data processing has become more sophisticated with machine learning and artificial intelligence finding increased usage. Miniaturized IR chips promise decentralization of testing. Continued focus on developing quantum cascade lasers with broader wavelength coverage and higher output is further raising the analytical bar. The advent of such innovations has expanded IR applications into new domains like art preservation and archaeology. To gain competitive edge, manufacturers are continuously pumping investments in R&D to introduce upgraded product versions. This has certainly fueled demand from customers looking for advanced analytical solutions.
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