Multi Spectral Cameras

MUSES9-MS 1100 and MUSES9-MS 1700

Broadening the operational spectral range with a dual-sensor, multispectral camera   

MUSES9-MS product family stands clearly ahead the competition in the application-specific multispectral imaging markets.

MUSES9-MS is offered in two models: a) the low budget 360-1100 nm silicon sensor camera  and b) the high-end, dual sensor Si and InGaAs camera, operating in the ultra wide spectral range 360-1700nm.

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MUSES9 Installations and Partnerships

MUSES9-MS product family stands clearly ahead the competition in the application-specific multispectral imaging markets.

MUSES9-MS is offered in two models: a) the low budget 360-1100 nm silicon sensor camera and b) the high-end, dual sensor Si and InGaAs camera, operating in the ultra wide spectral range 360-1700nm.

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MUSES9-MS: Technology

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MUSES9 MS with lighting and zoom microscope configurations, for turnkey operation

MUSES9-MS is an “all in one” multi-spectral imager, replacing, integrating and overall advancing several imaging systems and modalities in a single camera system capable of performing: 

  1. Near infrared (NIR) imaging
  2. Short Wave Infrared Imaging (SWIR) imaging 
  3. False color infrared imaging
    4. Ultraviolet (UV) reflection imaging 
  4. Color imaging and imaging colorimetry 
  5. Fluorescent imaging 
  6. Multispectral imaging (6 bands in 360-1100nm range and 6 bands in 1000-1700nm range)
  7. Vegetation index mapping 

All imaging modes are calibrated for ensuring ambient light and device independent imaging for accurate documentation and analysis

Images acquired in different imaging modes and bands can be visualized side-by-side and in real-time. This feature allows for the direct comparison of image features in different spectral bands, for assisting material identification and spectral image-guided sampling and sample treatments. 

The package may be optionally delivered integrating a specialized illumination unit for enabling turnkey operation in an ultrawide spectral band. 

Despite its advanced design, the camera is a low volume and light weighted setup, connectable with tablet or mobile platforms for indoor and outdoor autonomous (battery) operation

MUSES9-MS models come with an advanced and easy to operate software for image acquisition, control, calibration, in situ data visualization and analysis and data archiving    

MUSES9-MS has been proven as an indispensable tool for demanding non destructive analysis applications, while, at the same time, reducing  operational costs and improving workflow. 




MUSES9-MS: in action

The MUSES9_MS cameras integrate almost all the imaging diagnostic techniques employed in non destructive testing in a single hi-end imaging system. Particularly, MUSES9-MS can be operated as:
 

Multispectral Camera for

– material identification
– object authentication

 

Ultraviolet Reflectance Camera for

– visualizing surface features and coatings
– the on-line control of surface processing tasks

 

Ultraviolet Fluorescence Camera for

– visualizing the content/uptake of native or added fluorophores
– discriminating materials on the basis of their fluorescence characteristics

 

High-Definition Color Camera and Imaging Colorimeter for

– accurate documentation and color reproduction
– per-pixel color measurement and comparison

 

Infrared Camera for

– visualizing subsurface features
– visualizing transparent materials

 

False Color Infrared Camera for

– discriminating materials having similar color hues but different infrared spectra due to compositional differences

 

The MUSES9_MS Cameras:

– provide accurate documentation with the aid of a built-in calibration method
– are real-time imagers suitable for the on-line inspection and control
– reduce the costs and the labour involved
– allow operation by users with no technical background in imaging science and technology

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MUSES multispectral imaging reveals inscriptions on a mummy shroud

Courtesy from Getty Museum and NATURE vol 453

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Vegetation index mapping in leaves reveals an infection condition

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Blood oxygenation mapping reveals
Malperfusion condition

MUSES9-MS: Specifications