Video-rate hyperspectral imaging offers unprecedented capabilities to capture and analyse vast amounts of spectral data in real-time. With the ability to record and process images across multiple narrow spectral bands simultaneously, video-rate hyperspectral imaging has the potential to transform industries such as agriculture, machine vision, medical imaging, and surveillance. By providing high-resolution spectral information, it allows for improved accuracy and reliability in object recognition and classification, enabling automated decision-making systems that can enhance productivity, efficiency, and safety. As such, the growing adoption of video-rate hyperspectral imaging is paving the way for a new era of intelligent machines that can see and interpret the world with greater precision and speed than ever before.
Cubert has dramatically reduced the size of their ULTRIS light field technology to create a video-rate hyperspectral camera based on a 5 Megapixel sensor that measures just 30 x 30 x 50mm and weighs only 120g. The ULTRIS 5 is a compact hyperspectral “snapshot” camera covering the spectral range from 450-850nm with a total of 51 spectral bands, and with frame rates of >15Hz. With a relay lens, the camera can even be mounted on more complex optical systems, such as microscopes, endoscopes or industrial inspection systems.
Key Features of Cubert ULTRIS S5
The ULTRIS S5 features the same footprint and price as a standard industrial imaging camera, but it delivers an incredible spectral discrimination in comparison. This enables new applications in food quality and safety, medical imaging and remote sensing alike.
The ULTRIS S5 is the most versatile addition to Cubert’s family of light field hyperspectral cameras. It is small enough to fit into any industrial process system, powerful enough to fill medical imaging requirements and fast enough to record complete non-scanning snapshot data cubes at 15Hz.
Alternative configurations of the ULTRIS S5 are available for endoscope and microscope use, and custom wavelength ranges can be provided upon request.
Key Features of Cubert ULTRIS SR5
Plug and play: the ULTRIS SR5 brings an optical adapter enabling hyperspectral medical imaging. Cubert’s ULTRIS snapshot cameras are designed to allow real-time analysis of time-critical processes, making them perfectly suited for any biomedical application. The relay lens adapter connects the imaging spectrometer to your medical device expertly and quickly. The new adapter is compatible with any C-Mount objective, enabling video spectroscopy in real-time. Any lens, including macro optics or fish eye lenses, can instantly be mounted onto the camera. The camera can even be mounted on more complex optical systems, such as microscopes, endoscopes or even industrial inspection systems.
The ULTRIS SR5 is supplied with powerful software and an SDK for applications in microscopy and endoscopy.
The ULTRIS SR5 is a huge step forward in bringing hyperspectral light field technology to biomedical applications. It is designed to quickly provide critical information. Cubert’s powerful HSI software CUVIS takes Raw Data, Reflectance and even Radiance in real-time. Customized plug-ins and classification solutions can be directly applied to the live view. The powerful SDK allows for smooth system integration. Originally developed in C, the SDK is now available with wrappers for C++ and Python.
Key Features of Cubert ULTRIS H5
The ULTRIS H5 is the 10 GigE version of our standard ULTRIS 5. The camera properties are the same, featuring a resolution of 290 x 275 pixels and 51 spectral bands covering 450-850nm. Equipped with a 10 Gigabit Ethernet port, the integrated Sony IMX250 sensor can unleash its full potential and can record at up to 75 Hz while retaining the typical 12 bit depth, which is often needed for hyperspectral imaging applications.
Specification of Ultris S – Line
ULTRIS | ULTRIS S5, SR5 and H5 |
Technology | Light Field |
Readout | Global shutter |
Spatial Resolution | 290 x 275 pixel |
Wavelength Range | 450 – 850 nm |
Spectral Bands | 51 |
Spectral Sampling | 8 nm |
FWHM | 26 nm @ 532 nm |
Bandpass Filter | LVF |
Integration Time | 0.1 – 1000 ms |
FOV (Field of View) | 15° (w/o Relay Lens) |
Attachable Optics | Any C-mount |
Data Depth | 12 bit |
Max Frame Rate | 15 Hz |
Data Link | 1 GigE – ULTRIS S5 and SR5 10 GigE – ULTRIS H5 |
Sensor | Sony IMX264 |
File size unprocessed | < 8.5 MB |
File size processed | < 8 MB |
Weight | 126 g – ULTRIS S5 495g – ULTRIS H5 176g – ULTRIS SR5 |
Dimensions | 29 x 29 x 49 mm – ULTRIS S5 60 x 60 x 99.7 mm – ULTRIS H5 29 x 29 x 107 mm – ULTRIS SR5 |
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
Advanced Processing Tools
CUVIS AI provides robust tools for advanced processing directly within the interface:
Seamless Integration
CUVIS AI integrates smoothly with all Cubert cameras, ensuring compatibility across a wide range of systems:
Real-World Applications
Explore the transformative power of CUVIS AI through practical use cases:
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 S-Line cameras and research papers
Datasheets
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