Bringing Light Field Technology to HSI
The Cubert ULTRIS breaks new ground as the first HSI snapshot camera that is based on the light field technology. The camera features an Ultra-HD CMOS sensor with 20 MP, making it to the imaging spectrometer with the world-wide highest available resolution. The camera provides a native image resolution of 400×400 px with 100 spectral channels, continuously covering the wavelength range from 450 nm to 850 nm.

Availability
* Standard light-weight housing IP40 (S20)
* Industrial housing IP65 (Q20)
* Waterproof housing IP68 (U20)

Pioneering Concept
The ULTRIS records an object with a multitude of images, each with its own optical bandpass filter with different center wavelength. This is made possible by combining a continuously variable bandpass filter with a lenslet array.

Applying this concept to the UHD sensor, the previously unheard number of 160,000 spectra is acquired simultaneously.

What you should know
With its 350g the camera is even more light-weighted than the established FireflEYE 185, making it ready for an easy handling onboard a UAV.

In order to fulfill the requirements of an industrial environment, a ruggedized housing with IP65 ensures a high robustness. Upgrade the ULTRIS to waterproof IP68 and use it underwater to a depth of 5m.

Real-time Spectral Imaging
The FireflEYE 185 is the workhorse of Cubert’s hyperspectral snapshot cameras. With a weight of less than 500g it’s designed for easy implementation onboard a UAV or for an easy-to-handle and flexible measurement experience in the field or laboratory.

Availability:
*  Standard light-weight housing (S185)
*  Industrial housing IP65 (Q185)
*  Waterproof housing IP68 (U185)

Cubert Utils Software Features
To enable time-saving analyses, a complete Hyperspectral Index Library for agricultural applications is fully integrated.

Furthermore, an Image Cassification engine based on machine learning is also available. This easy-to-use software add-on allows online classification directly in the live data stream.

What you should know
In lab use the FireflEYE can be equipped with Close-Up Lenses, allowing a macroscopic scale view with a spot size of only a few mm to cm.

Attaching a Relay Lens to the FireflEYE eventually provides full interchangeability for C-mount lenses. Mount the camera on your microscope or endoscope without the need of an additional calibration.

If needed, a special industrial housing with IP65 ensures a high robustness. Upgrade to IP68 and use the 185 underwater to a depth of 5m.

Advanced FireflEYE Design
The 496 blue is the consequent further development of our hyperspectral FireflEYE snapshot technology.

It doubles the spatial resolution: the size of both the panchromatic and the spectral sensor grew to 4 Megapixel, enabling the camera to record an image taking 4,900 spectra simultaneously.

Special Features
To enable time-saving analyses, a complete Hyperspectral Index Library for agricultural applications is fully integrated.

Furthermore, an Image Classification engine based on machine learning is also available. This easy-to-use software add-on allows online classification directly in the live data stream.

What you should know
The spectral range of the S496 blue is shifted towards smaller wavelengths covering 370-870 nm, enabling analyses in the UVA and very short blue light.

In lab use the FireflEYE can be equipped with Close-Up Lenses, allowing a view in the macroscopic scale with a spot size of only a few mm to cm.

Attaching a Relay Lens to the FireflEYE eventually provides full interchangeability for C-mount lenses. Mount the camera on your microscope or endoscope without the need of an additional calibration.