Affordable and Quick Identification and Quantification with NIR Analytics

Finder SD with Scanning-Grating-Technology and Validated Pharmaceutical or Individual Library

Qualitative and quantitative analysis with near-infrared-spectroscopy (NIRS) offer various benefits:

  • No sample preparation, non-contact and non-destructive
  • Fast, simple and automated
  • Reproducible & reliable
  • High penetration depth due to relatively low absorption coefficient of organic substances in the NIR
  • Low cost of analysis

The traditional high cost of instrumentation has prevented the wider use and growth of NIR spectroscopy. The Finder SD system makes NIRS affordable and therefore accessible to everyone.

Application examples are:

  • Identification and quantitative analysis of organic substances e. g.:
    • cereals (content of water, protein and starch)
    • fat content in foods
    • water content in emulsions
  • Identification of pharmaceutical raw materials (validated API & excipient library according to European Pharmacopeia is available)
  • Measurement of layer thicknesses, e. g. with paints
  • Identification of plastics, e. g. in recycling

Finder SD is compatible with the SensoLogic Suite which may be used for creating secure chemometric models and for validation purposes. Additionally, HiperScan provides service in chemometrics. As a result of reproducible data collection, drift free operation and optimised chemometrics, Finder SD provides accurate quantitative as well as qualitative measurements.

The reproducible and stable data collection is enabled by these unique specifications:

  • Patented Scanning-Grating-Technology: Conventional NIR spectrometers use diode array detectors which are quite expensive and non-uniform. The innovative micro-opto-mechanical microchip (MEMS) in the Finder SD uses a single detector which results in uniform characteristics over the entire spectral range. This in turn facilitates transferable chemometric models that provide the same results on all systems.
  • Use of an integrated stabilised light source: After switch-on, the tungsten halogen light sources are stabilized, therefore the emitted spectrum of the light sources and their intensity distribution are then sufficiently constant.
  • Thanks to complete thermal stabilisation temperature variations do not affect the accurateness of repeated measurements negatively. This way, the typical accuracy of the measurement results is increased by a factor of 3.
  • Internal calibration using NIST wavelength standards adjust the wavelength axis exactly between each measurement.
  • As an internal white standard high-purity PTFE is used.
  • Built-in filters in the light path keep the sample of too much light and thermal emission.
  • Measuring principle: Measurements of solids are performed in diffuse reflection, liquids are measured in transflection using a transflectance inset. 

More key benefits of Finder SD at a glance:

  • Wide spectral range covering 1000 – 1900 nm provides more analytical data than most designs
  • Fast scanning 150 scan/sec for a six second analysis time
  • Easy clean – no carryover
  • Robust and dustproof for use outside laboratories
Target Industries
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More about HiperScan
  • News

    Fagron acquires majority share of Fraunhofer IPMS’ spin-off HiperScan

    Fagron, a leading global company active in pharmaceutical compounding, announced on April 14th the acquisition of HiperScan, the German market leader for reliable raw material identification in pharmacies. HiperScan is a spin-off of Fraunhofer IPMS and the German market leader for reliable ... more

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    HiperScan GmbH

    HiperScan is specialized in near-infrared (NIR) analysis systems and was founded as a spin-off of the Fraunhofer Institute for Photonic Microsystems. The core technology is the cost-effective micro-scanning-mirrors, so called MEMS, which are based on the scanning-grating-technology. They ar ... more