Tornado’s HyperFlux PRO Plus is the first Raman spectroscopy system with enough speed and sensitivity to be broadly deployed for real-time process monitoring, control, and optimization. HyperFlux PRO Plus includes a proprietary HTVS-enabled spectrometer with an order of magnitude improvement in optical throughput, a high-quality stabilized laser, and numerous features to ensure safety and stability. This powerful, reliable, and easy-to-use instrument is a perfect solution for both process and laboratory settings.
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Tornado’s HyperFlux Raman spectrometers achieve an order of magnitude improvement in performance by using our proprietary high throughput virtual slit (HTVS) technology to eliminate the conventional spectrometer input slit and the corresponding optical losses while maintaining high spectral resolution. With the best possible combinations of signal strength and spectral resolution, HyperFlux spectrometers are ideal for a broad range of spectroscopy applications.
Discover how Tornado’s spectroscopy solutions can improve your quality, efficiency, and economics!
1-2 orders of magnitude faster than conventional systems to optimize your processes in real-time.
Our small footprint means flexibility and ease of transport (when required). Our rugged design with no moving parts means reliability, durability, low maintenance and low cost of ownership.
Eliminate the costs associated with destructive testing.
Probes for most sampling situations whether you have liquids, solids or gases. We even have probes for high pressure and high temperature processes.
Our high performance Raman device allows detection of subtle changes to make sure your process remains in control.
Tornado’s patented innovations allow unparalleled speed of analysis and limits of detection for on-line Raman.
Our Patented Virtual Slit Technology (HTVS) – delivers Sensitivity and Resolution together, not just one or the other
A design that transmits more light and uses smaller optics – better performance than a huge lab instrument but in a tiny footprint
Superior Stability (elegantly simple & robust design, with wavelength stabilized laser and built in self calibration)
Non Invasive, Non Destructive & No Sample Preparation Required
Data formats compatible with all major chemometrics software packages
Probes for most applications
10-100 x faster than competing Raman analyzers
Optical fiber coupling permits remote sampling over long distances
Detailed analysis of complex mixtures in Real Time
The concept of the limit of detection (LOD) has been, and still is, one of the most debated in analytical chemistry. Determination of a limit of detection seems like it should be a simple process, but it is one of the most misunderstood concepts with regards to chemical analysis and measurement.
Raman spectroscopy is a powerful and convenient method for real-time process measurements which is gaining widespread adoption in a variety of industries. In this blog post, we provide an accessible overview of photon statistics, signal-to-noise ratio, and chemometric precision, and explain their impact upon the precision, resolution, reliability, and speed of your process monitoring measurements.
Choosing a Raman system for a hazardous zone can be difficult. What are the risk factors? What regulations are in effect? How can safety be balanced against measurement quality? In this blog post, we provide you with an insight into how Raman analyzers can be adapted to a hazardous zone.
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