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Cubert ULTRIS SWIR 1 Hyperspectral Camera

SWIR Hyperspectral Snapshot Camera for Video Rate Mesurements

The Cubert ULTRIS SWIR 1 is a pioneering hyperspectral snapshot SWIR camera for the 980 to 1650nm spectral range, leveraging cutting-edge light field technology. Distinguished by its remarkable 80 Hz frame rate, it proves highly effective in capturing dynamic scenes with high precision. This camera provides unique spectral insights essential for a myriad of applications. Notably adaptable, it allows for lens changes through a C-Mount adapter, further enhancing its versatility across a diverse range of applications.

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Key Features of ULTRIS SWIR 1

  • High-Speed Imaging: Captures hyperspectral images at an impressive frame rate of 80 Hz, ideal for dynamic scenes
  • Broad Wavelength Range: Covers the SWIR range from 980 to 1650 nm, providing unique spectral insights
  • Compact Design: Measures just 30 x 30 x 85 mm, making it suitable for space-limited applications in laboratories or the field
  • Versatile Lens Options: Features C-Mount compatibility with an integrated Relay Lens Adapter, allowing for easy lens changes
  • Snapshot Advantage: Instantaneous capture reduces motion artifacts and simplifies setup, offering advantages over push-broom systems
  • Robust Construction: No moving parts, ensuring high durability and reliability in various environments
  • Light Field Technology: Leverages state-of-the-art light field technology for advanced hyperspectral imaging
  • Adaptability: Suitable for a wide range of applications, including moisture content mapping, plastics quality assessment, chemical analysis, and water content assessment

 

Based on Cubert’s hyperspectral light field camera technology, the ULTRIS SWIR 1 offers a versatile imaging solution with its broad wavelength range of 980-1650nm within the short wave infrared (SWIR) region. The C-Mount compatibility, supported by the integrated relay lens adapter, enables seamless integration of various optics setups.

Notably, the relay lens allows users to change lenses at any time. The camera’s high-speed imaging of up to 80 Hz ensures efficient capture of dynamic scenes. With its compact dimensions (30 x 30 x 85mm), the ULTRIS SWIR 1 is ideal for space-limited applications in laboratories or in the field.

Thanks to its snapshot nature, the ULTRIS SWIR 1 offers distinct advantages over push-broom hyperspectral camera systems. Instantaneous capture accelerates data acquisition for dynamic environments, reducing motion artifacts, and simplifying setup. With no moving parts, the camera exhibits a high level of robustness, simplifying setup, enhancing durability, and providing adaptability for improved overall performance across various applications.

 

 

Technical Specifications of Cubert ULTRIS SWIR 1

Technology

Light Field

Wavelength Range

980 – 1650 nm

Spectral Bands

38

Spectral Sampling

18nm

Spectral Resolution (FWHM)

70nm @950nm

Spatial Resolution

200×200 pixel

Spectral Data Points

38×40 000 (LSM)

Bandpass Filter

LVF

Data Depths

12 bit

Attachable Optics

C-Mount (for 2/3″ sensors)

Max Frame Rate

80Hz

Integration Time

0.1 – 1000 ms

Field of View (FOV)

Lens-dependant 

Power Consumption

8 W

Data Link

USB 3

Weight

150g (w/o lens)

Size

30x30x85 mm

CUVIS AI: Intelligent Hyperspectral Imaging for Advanced Applications

CUVIS AI revolutionises hyperspectral imaging by combining cutting-edge technology with practical applications across diverse industries. From ensuring product quality in food processing to monitoring vegetation health from the air, CUVIS AI addresses complex challenges with precision and efficiency.

Key Features

  • Real-Time Analysis: Experience the power of real-time data acquisition and analysis, enabling precise and efficient workflows.
  • Customisable Settings: Adjust critical parameters like integration time with auto-exposure for optimal results and fine-tune the frame rate to match your specific application requirements.
  • Multiple Operating Modes: Capture in video mode for continuous monitoring, single-shot mode for precise measurements, or use the external trigger for UAV and semi-automated systems.
  • Distance Calibration: Exclusive to our light field cameras, this feature optimises focus and alignment, even without relay optics.

 

Advanced Processing Tools

CUVIS AI provides robust tools for advanced processing directly within the interface:

  • User Plugins: Utilise specific imaging needs, such as RGB True Colour, CIR, and Pseudo Colour Imaging.
  • Custom Spectral Indices: Calculate and display indices tailored to your unique applications.
  • Live Classification Tools: Apply tools like the Spectral Angle Mapper (SAM) for real-time identification and categorisation.

 

Seamless Integration

CUVIS AI integrates smoothly with all Cubert cameras, ensuring compatibility across a wide range of systems:

  • Powerful SDK: Compatible with Python, C++, and C#, providing full control over acquisition, processing, and customisation.
  • External System Support: Standard triggers and robust connectivity options for seamless operation in various environments.

 

Real-World Applications

Explore the transformative power of CUVIS AI through practical use cases:

  • Foreign Object Detection: Enhance food production safety by identifying contaminants invisible to traditional imaging.
  • Blood Oxygenation Monitoring: Visualise blood flow and oxygen saturation in real-time for medical applications.
  • Security Applications: Detect and monitor unique spectral signatures for verifying authenticity and tracking items.

 

CUVIS AI is designed to simplify the complexities of hyperspectral imaging while providing powerful tools for real-time data acquisition and analysis. Whether you’re working in research or industry, CUVIS AI gives you full control over your imaging processes, enabling precise and efficient workflows.

Applications of Cubert SWIR 1 Cameras and Research Papers

1000-1100 nm: Enables precise moisture content mapping crucial for soil moisture prediction and quality assessment in agriculture.

1100-1300 nm: Enhances plastics quality assessment, aiding in identification and sorting, and contributes to moisture content analysis in food products.

1300-1500 nm: Detects carbon-hydrogen bonds in organic compounds, providing invaluable insights for chemical analysis and molecular composition.

1500-1700 nm: Excels in water content assessment, from rapid evaluation in agricultural goods to detailed analysis in various substances.

 

 

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