ULTRIS XMR | Advanced Hyperspectral Snapshot Camera
Max Resolution
1000 x 1000 pixels
Wavelength Range
430 - 910 nm
Number of Bands
61
Field of View
16°
Dimensions
40 x 40 x 214 mm
Weight
700 g
ULTRIS XMR: High-Resolution Hyperspectral Snapshot Camera
The ULTRIS XMR is a high-resolution hyperspectral camera designed to revolutionize imaging across various industries. This innovative camera captures 61 spectral images simultaneously, each at 1-Megapixel resolution. This enables real-time imaging and video spectroscopy, providing rich spectral data for unparalleled insights.
Key Features & BenefitsÂ
- Real-Time Hyperspectral Imaging: With its ability to capture 61 spectral bands from 430-910 nm , the ULTRIS XMR excels in real-time video spectroscopy, offering instant, detailed spectral analysis.
- High-Resolution Data: Boasting a spatial resolution of 1000 x 1000 pixels, this camera ensures exceptionally detailed image quality for critical decision-making.
- Versatile & User-Friendly: Designed for both lab and field use, the ULTRIS XMR is remarkably easy to set up and operate, making high-performance hyperspectral imaging accessible without specialized knowledge. Its robust and rugged design ensures consistent reliability across various environments.
- AI-Powered Analysis: Enhance your analysis with Cuvis.ai software, which leverages AI for quick and accurate image classification of different surfaces, even in live mode. This simplifies complex tasks, making it invaluable for precise material detection and analysis across industries.
- Rapid Data Capture: Benefit from rapid data capture with USB 3.0 connectivity, allowing swift image processing with up to 17 frames per second (8-bit).
- Customization Options: The ULTRIS XMR adapts to your unique requirements, offering customizable wavelength ranges, spectral bands, and lens configurations to fit your precise needs.
| Technical Specs | |
|---|---|
| Max Resolution | 1000 x 1000 pixels |
| Wavelength Range | 430 - 910 nm |
| Number of Bands | 61 |
| Spectral Sampling | 8 nm |
| FWHM | Constant 25 nm |
| Data Depths | 12 bit |
| Technology | Light Field |
| Power Consumption | 4 W |
| Dimensions | 40 x 40 x 214 mm |
| Sensors | 24 MP |
| Total Spectra / Image | 1,000,000 |
| Total Data Points (cube) | 61 million |
| Field of View (Fov) | 16° |
| Readout | Global Shutter |
| Max Frame Rate | 17 Hz (8-bit) / 12 Hz (12 bit) |
| Integration Time | 0.1 - 1000 ms |
| Data link | USB3 |
| Weight | 700 g |
ULTRIS XMR Applications
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- Real-time imaging and video spectroscopy: Designed to capture 61 spectral images simultaneously, enabling real-time imaging and video spectroscopy. This provides rich spectral data instantly.
- Object tracking: The XMRs ability to provide detailed spectral information can enhance the accuracy and reliability of tracking dynamic objects.
- Surveillance: Its advanced hyperspectral capabilities provide enhanced performance and reliability for detailed observation and monitoring.
- Precise material detection and analysis: Its capabilities, especially when combined with Cuvis.ai software, simplify complex tasks and make it invaluable for industries requiring precise material detection and analysis. This means it can differentiate between various materials based on their unique spectral signatures.
Foreign Object Detection:This example showcases hyperspectral imaging’s effectiveness for quality control in food production. Utilizing an ULTRIS XMR hyperspectral camera, foreign plastic fragments were identified amidst Oreo cookies during food processing. These fragments, which are nearly indistinguishable in RGB True Color, were precisely detected using hyperspectral data.
Detecting Hidden Markers: This example illustrates the capability of hyperspectral imaging in live tracking scenarios. Utilizing an ULTRIS XMR camera equipped with a 100 mm f/2.8 lens, infrared ink was detected on a hat. Although imperceptible to conventional cameras and the naked eye, the ink, which exhibits absorption at 793 nm and emission at 840 nm, was clearly identified and highlighted in red through hyperspectral analysis.
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CUVIS Software
 is seamlessly integrated with Cubert’s CUVIS Software, the foundational platform for Cubert’s hyperspectral imaging solutions. CUVIS combines advanced capabilities with exceptional ease of use, simplifying the complexities of hyperspectral imaging while providing powerful tools for real-time data acquisition and analysis. It offers a robust set of features, including customizable settings, white and dark current referencing, and multiple operating modes to ensure accurate and efficient imaging across various applications. CUVIS provides tools for advanced processing directly within its intuitive interface, allowing users to utilize plugins for specific imaging needs, calculate and display custom spectral indices, and efficiently record, process, and save raw data in formats like ENVI and TIFF. Tailored for both standalone use and incorporation into larger workflows, CUVIS is built to support AI integration and emerging technologies. For seamless integration into your established processes, a Software Development Kit (SDK) with wrappers for C++ and Python is also available.




