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Insion Microspectrometers
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Insion Microspectrometers

INSION´s microspectrometer products are based on a self-focusing Echellette diffraction grating in the Rowland configuration. All functional elements of the microspectrometer – entrance slit, reflective grating, deflecting mirror and light traps – are monolithically integrated into a single chip. The microspectrometer chip itself, lid and enclosure are manufactured to be highly efficient and homogeneously reproduced by using micro injection molding technology.

Depending on the application and the specific wavelength range the INSION microspectrometers are equipped with a low noise CMOS, a highly sensitive CCD or a temperature controlled InGaAs line scan detector array.

The INSION standard products are currently working in the wavelength range between 300 nm and 1700 nm. They are available as fibre-connected OEM microspectrometer modules or as OEM systems, including an electronics platform for control and data preprocessing. Customer specific products are already working outside of our standard product wavelength boundaries.

UV/VIS microspectrometer

Monolithic microspectrometer (OEM) for spectral sensing applications

  • Product features:
  • no moving parts
  • excellent mechanical, optical and thermal stability
  • unsurpassed price / performance ratio
  • small dimensions

easy and flexible handling

Excellent optical performance characteristics and inter instrument agreement due to a microinjection molded hollow cavity waveguide design. The use of a state-of-the-art photo detector facilitates the precise measurement in the UV/VIS range for hand held devices as well as for in-line process sensors.

Typical applications range from instrumental analysis, biological and clinical systems to colorimeters, food inspection systems and fluorescence measuring devices.

INSION application references.
 
INSION customers benefit from the high performance of their microspectrometers in various application fields:
 
They are integrated into devices that are approved by the FDA, ranging from medical diagnostics, typical areas include in-vitro assays, clinical analyzers, point-of-care applications, innovative reagentless hand-held blood analyzers and trans-dermal spectral analyzers.
 
INSION spectrometers are the basis for detection systems in the field of food processing, pharmaceutical production, chemical process control and sorting machines as well as for invisible security markers or for detecting hazardous substances.
 
Other applications are established in the fields of analytical instrumentation, elemental and environmental analysis as well as colorimetry.
 
The use of the microspectrometer allows for an amazingly small sampling and detection system at the point of interest. This strategy is minimizing typical sampling errors, like for example the change of the sample constitution between sampling and off-line analytical investigation. Thus, the microspectrometer grants enhanced specificity and sensitivity.
 
In addition to significant functional advantages, these applications in decentralized analytics and diagnostics deliver immediate results at minimum cost-per-test.
 

Click here for more information on applications (Insion Brochure)

The INSION microspectrometer.
 
INSION´s microspectrometer products are based on a self-focusing Echellette diffraction grating in the Rowland configuration. All functional elements of the microspectrometer – entrance slit, reflective grating, deflecting mirror and light traps – are monolithically integrated into a single chip. The microspectrometer chip itself, lid and enclosure are manufactured to be highly effi cent and homogeneously reproduced by using micro injecti on molding technology.
 
Depending on the application and the specific wavelength range the INSION microspectrometers are equipped with a low noise CMOS, a highly sensitive CCD or a temperature controlled InGaAs line scan detector array.
 
The INSION standard products are currently working in the wavelength range between 300 nm and 1700 nm. They are available as fiber-connected OEM microspectrometer modules or as OEM systems, including an electronics platf orm for control and data preprocessing. Customer specific products are already working outside of our standard product wavelength boundaries.
 
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