Cubert ULTRIS XMR Hyperspectral Camera

Advanced and Versatile Hyperspectral Imaging

This innovative camera captures 61 spectral images at 1-Megapixel resolution simultaneously, enabling real-time imaging and video spectroscopy for unparalleled insights across various applications.

Ideal for both lab and field use, the ULTRIS XMR is easy to set up and operate, requiring no specialised knowledge. Its robust design ensures reliability in diverse environments, from scientific research to tactical field scenarios.

Key Features of Cubert ULTRIS XMR

  • Advanced Hyperspectral Imaging: Captures 61 spectral images simultaneously at 1-Megapixel resolution for real-time imaging and video spectroscopy.
  • Customisation and Adaptability: Offers options to adjust wavelength range, number of spectral bands, and lens configurations to meet specific application needs.
  • Built for Durability: Rugged construction ensures consistent performance in challenging conditions, making it reliable for various applications.
  • Efficiency and Connectivity: Rapid data capture and USB3 connectivity enable swift image processing with up to 17 fps in real-time, enhancing project efficiency.
  • Comprehensive Imaging Solution: Combines high-resolution hyperspectral imaging, ease of use, and advanced AI capabilities for improved operational efficiency and precision.
  • Versatile and User-Friendly: Easy to set up and operate, suitable for both lab and field use without requiring specialized knowledge.
  • Simple Operation: Excels in applications like object tracking, surveillance, and dynamic monitoring, ensuring enhanced performance across sectors.
  • AI Integration: Cuvis.ai software provides quick and accurate image classification of different surfaces, even in live mode, simplifying complex tasks.

Technical Specifications of Cubert ULTRIS XM

Technical Specifications

ULTRIS XMR

Technology

Light Field

Readout

Global Shutter

Spatial Resolution

1000 x 1000 pixel

Wavelength Range

430 – 910 nm

Spectral Bands

61

Spectral Sampling

8 nm

FWHM

Constant 25 nm

Spectral Data Points

61 x 1,000,000 (61 M)

Bandpass Filter

Mosaic

Integration Time

0.1 – 1000 ms

Attachable Optics

C-mount 4/3’’

FOV (Field of View)

Lens-dependent

Data Depth

12 bit

Max Frame Rate

17 fps (8 bit) / 12 fps (12 bit)

Data Link

USB 3.0

Sensor

Sony IMX540

File Size Processed

~300 MB

Weight

700 g

Dimensions

40 x 40 x 217 mm

Options

Wavelength range customisable

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 ULTRIS XMR

  • Scientific Research: Ideal for detailed spectral analysis in various scientific fields, including biology, chemistry, and environmental science.

  • Tactical Field Operations: Suitable for surveillance, object tracking, and dynamic monitoring in tactical scenarios.

  • Material Detection and Analysis: Utilizes AI for precise classification of different surfaces, beneficial in industries like mining, agriculture, and manufacturing.

  • Quality Control: Ensures high standards in production processes by detecting material inconsistencies and defects.

  • Remote Sensing: Effective for environmental monitoring, agriculture, and forestry applications, providing detailed spectral data for analysis.

  • Medical Imaging: Enhances imaging techniques in medical diagnostics and research, offering detailed spectral information.

  • Industrial Inspection: Useful for non-destructive testing and inspection in various industrial applications.

  • Cultural Heritage Preservation: Assists in the analysis and preservation of artworks and historical artifacts through detailed spectral imaging.

  • Pharmaceuticals: Supports the analysis and quality control of pharmaceutical products.

  • Food and Beverage Industry: Helps in quality assessment and contamination detection in food products.

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