New product announcement — protein measurement made simple. Meet TALOS
High-Precision Tunable Laser Spectroscopy (HPTLS™)
Direct quantitation built on precision tunable lasers, fixed-path optics, and full-spectrum spectral decomposition.
HPTLS™ concentrates optical power where the chemistry is informative, rather than spreading light across a broad spectrum. That higher power density, combined with wavelength referencing and repeatable sweep control, makes weak spectral bands more measurable in complex aqueous samples.
A fixed ~1 mm pathlength keeps combination-band NIR in a controlled signal-to-noise regime. Because the geometry is specified rather than adjusted on the fly, the same quantitation logic can transfer across at-line, in-line, and in-situ measurements.
One pathlength discipline across interfaces
Discrete sample measurement
Flow-cell measurement
Probe-based measurement
Our model is a physically constrained Beer–Lambert fit. Known analytes and known background terms are represented explicitly in the spectrum, producing concentrations and a residual you can inspect. The result is quantitation tied to the sample, not hidden latent factors from a historical training set.
App notes, downloads, and supporting documentation — or reach out to walk through the measurement model with our team.
At your bench, in your process line, or in your vessel.
