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PREMOSYS analytics

PRECISE MEASUREMENTS USING OPTICAL MEASUREMENT TECHNOLOGY

Optical measurement technology is a valuable tool in the medical field for the accurate, rapid and safe diagnosis, monitoring and treatment of patients.

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The NANOS+ Sensor chip closes the technological gap between high-resolution camera technology, XYZ color sensor chips and spectrometers.

1,600 color channels on an area of 16 mm² allow unprecedented, pixel-perfect and highly precise color expression, far beyond existing systems.

NANOS+

  • Plasmonic Nanostructure Filters for tailored Wavelengths

  • Tailored real-time analysis for specific applications

  • Dual color and spectral sensor chip offers high resolution

Nanos+

eFLAT-S

  • Compact dual spectrometer

  • Experience with inline integration into production lines

  • Quality assurance for the approval of medical light sources

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The eFLAT-S is a globally unique, very compact dual spectrometer.

The system, based on the latest technology, guarantees a very high level of process reliability when analyzing substances by evaluating photoelectronic measurement parameters in parallel operation of up to two spectrometers.

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UV
MINISPECTROMETER
 

  • Measuring range 190 - 435 nm

  • Highly precise

  • Integrated FPGA with 16,000 logic units

  • 16-bit AD converter with a sampling rate of 5 msps

VIS | NIR MINISPEKTROMETER
 

  • Measuring range 360 - 830 nm

  • Highly precise

  • Integrated FPGA with 16,000 logic units

MINI SPECTROMETER

  • High precision miniature spectrometers

  • Measurements in the UV, VIS and NIR range

  • Inline monitoring of biotechnological processes and polymer melts

FLUORESCENCE DETECTOR

  • Multi-channel fluorescence detector integrated control electronics

  • Parallel operation of different light sources

  • Inline monitoring of production processes of various materials, molecular materials, biological processes and clinical diagnostics

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  • Integrated control electronics for controlling trigger-controlled measurements (angle- or time-dependent).

  • Long-term measurement stability due to constant adjustment using reference channel

  • Multi-channel fluorescence detector with control electronics for the parallel operation of different light sources

eFLAT-S
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