Ultris SWIR1

Hyperspectral snapshot SWIR camera with video rates

200 x 200 pixels

980-1650 nm

38 bands

Use Cases

Specifications

  • Max resolution
    200 x 200 pixels
  • Sensors
    1.3 MP
  • Wavelength range
    980 – 1650 nm
  • Total spectra / Image
    40,000
  • Number of bands
    38
  • Total data points / cube
    1.52 million
  • Spectral scanning
    18 nm
  • Field of view (FOV)
    Lens-dependent / C-mount adapter
  • Full width at half maximum (FWHM)
    Average 80 nm
  • Readout mode
    Global shutter
  • Data depths
    12 bit
  • Max frame rate
    80 Hz
  • Technology
    Light field
  • Integration time
    0,1 – 1000 ms
  • Power consumption
    2,3 W
  • Data link
    USB3
  • Dimensions
    30 x 30 x 85 mm
  • Weight
    140g

SWIR Snapshot Pioneer

The ULTRIS SWIR 1 is a pioneering hyperspectral snapshot SWIR camera that leverages state-of-the-art light field technology. With an impressive frame rate of 80 Hz, it is highly effective for capturing dynamic scenes with precision. Covering the SWIR range from 980 to 1650 nm, this camera provides unique spectral insights essential for a wide range of applications. Highly adaptable, it allows for lens changes via a C-mount adapter, further enhancing its versatility across diverse applications.

Use Cases
Data Sheet

Hyperspectral snapshot SWIR camera with video rates

Based on our hyperspectral light field camera technology, the ULTRIS SWIR 1 offers a versatile imaging solution with its broad wavelength range (980-1650 nm) within the short-wave infrared (SWIR) region. The C-mount compatibility, supported by the integrated Relay Lens Adapter, enables seamless integration with various optical setups.
The Relay Lens Adapter allows users to change lenses at any time. The camera’s high-speed imaging at up to 80 Hz ensures efficient capture of dynamic scenes. With its compact dimensions (30 x 30 x 85 mm), the ULTRIS SWIR 1 is ideal for space-limited applications in laboratories or in the field.

Hyperspektralanalyse von Blaettern mit Cubert Kamera
Vergleich zwischen sichtbarem Licht und Infrarot mit einer Hyperspektralkamera der Firma Cubert

Various SWIR applications

  • 1000-1100 nm: Enables precise moisture content mapping, crucial for soil moisture prediction and quality assessment in agriculture.
  • 1100-1300 nm: Enhances plastic 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 of various substances.

The snapshot advantage

Thanks to its snapshot nature, the ULTRIS SWIR 1 offers distinct advantages over push-broom systems. Instantaneous capture accelerates data acquisition in dynamic environments, reduces motion artifacts, and simplifies setup. With no moving parts, the camera boasts high durability, simplifying operation and providing adaptability for enhanced performance across various applications.

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Cubert hyperspectral camera demo be photomedia team.jpg
Use Cases

The ULTRIS Swir 1 in Action

From moisture mapping to material identification, the ULTRIS SWIR 1 reveals information beyond the visible spectrum. Its snapshot technology captures complete scenes at up to 80 frames per second, supporting applications in remote sensing, machine vision, medical research, and defense.

MOISTURE MAPPING

Investigate moisture differences in vegetation and soil using short-wave infrared imaging. The ULTRIS SWIR 1 captures spectral information related to water content, supporting agricultural research, environmental monitoring, and the assessment of changing conditions in the field.

Remote Sensing

Plastic Ident­ification

Distinguish plastics through their spectral signatures, even when they look similar in visible light. The ULTRIS SWIR 1 supports material identification and sorting, with high-speed snapshot acquisition suited to dynamic processes in recycling and industrial quality control.

Machine Vision

TISSUE RESEARCH

Explore differences in biological tissue using spectral information in the short-wave infrared range. The ULTRIS SWIR 1 supports biomedical imaging research, while interchangeable lenses allow integration into different optical setups for laboratory studies.

Medical

MATERIAL DISCRIMIN­ATION

Reveal spectral differences between materials that share a similar visible appearance. The ULTRIS SWIR 1 adds short-wave infrared information to scene analysis, supporting material discrimination and monitoring in security and defense applications.

All Applications