MUSES9-MS spectral camera addresses the need for combining spectral information from UV-VIS-NIR-SWIR, as a means for advancing the imaging and analytical capabilities of spectral imaging. Spectral imaging in this ultrawide spectral range has been proved to be very informative in a broad range of applications. Satellite cameras (AVIRIS, SENTINEL I & II) is a typical example of spectral imagers covering such a broad spectral range, with certain imaging bands being dedicated to specific identification/quantification targets.
Unlike satellite imaging, commercial spectral cameras are dedicated to operate within certain fractions of the 365-1700nm range, due to the restricted spectral sensitivity range of the available imaging sensor chips. This implies that more than one spectral imager is required if one wants to cover this wavelength range. However, this option is very costly, is of high volume and weight and the direct comparison of the spectral imaging data is far from being a straightforward process.
MUSES9-MS is an all in one spectral camera operating in the 365-1700nm spectral range. It effectively addresses the demand for an integrated, low cost, volume and weight, enabling the direct comparative analysis of the acquired, information-rich dataset.
| Parameter | Value |
|---|---|
| Spectral range | 370 – 1700 nm |
| Filter light throughput | 90% (polarization independent) |
| Sensor quantum efficiency | >75% |
| Pixel size | 3.45 × 3.45 μm |
| Spectral bands | Up to 12 (configurable) |
| Full spectral cube scanning time | ~10 s (exposure limited) |
| Spectral image inspection | Video rate spectral imaging at any selected wavelength |
| Spatial resolution / band | 5.32 MP or 3.45 MP |
| Camera interface | USB 3.0 |
| Mechanical scanning | Not required |
| Camera mount | C-mount or F-mount |
| Dynamic range | 12 bit |
| Calibration | Automatic in all imaging modes |
| Software | Camera control, pixel-level spectroscopy, spectral classification mapping |
| Supported imaging modes | Transmission, reflection, fluorescence |
| Weight | 1.85 kg |
PhenoCheck is a portable, battery-operated crop imager, acquiring and displaying, at video rate, Vegetation Index and Spectral Map images, side-by-side with spectral and color images. It integrates a LED array light source, enabling both diffuse reflectance and fluorescence spectral imaging, in situ. It can also be interfaced with tablet PCs, hosting and executing the system’s advanced software suite, all together comprising an all-in-one solution, offering turnkey operation.
The PhenoCheck crop imager informs instantly about the presence of pathogens, viruses, pests, water and nutrient stress. It also offers an objective means for the assessment of fruit ripening, for predicting of the optimal harvest date. By integrating all these unique features, the PhenoCheck camera comprises a valuable tool for controlling and optimizing farming, towards reducing the use of fertilizers, pesticides and water
The PhenoCheck handheld camera brings the diagnostic power of spectral imaging in your hands and the modern agri-tech revolution to your business.
How would you define the ideal hyperspectral imager? you would agree that it shall acquire all spectral images instantly and at video rates and display all of them, together with the result of their analysis, i.e., spectral classification maps, in real-time!
Pushing the limits of what is possible in imaging science, Spectricon made this happen! MUSES9-SnS is the world’s first hyperspectral imager acquiring hypercube image packs at video rate and displaying both spectral images and classification maps side-by side and in real-time.
There is no tradeoff between spectral and spatial resolution, with the later reaching 4K levels!
SMMART HTS — Automated Trace Evidence Microscopy System
The SMMART HTS is the world’s first high-content screening microscope system purpose-built for forensic trace analysis. Developed by Spectricon and ranked first in a pan-European pre-commercial procurement (PCP) across leading forensic institutes, it has successfully passed site acceptance tests in major European national forensic labs.
What it does
Traditional trace evidence analysis is slow, subjective, and labor-intensive. The SMMART HTS automates this entire process — identifying, enumerating, and documenting millions of microscopic traces collected from crime scenes, in a fully unsupervised manner and at a speed 178× faster than manual examination. It handles the routine workload of a forensics lab so that experts can focus on high-value decisions.
before scan: after scan:
How it works
The system combines an advanced robotic microscope with a powerful machine learning platform. In a single automated scanning session, it captures a rich, multidimensional imaging dataset across a large sample stage (640 × 420 cm), using four complementary imaging modes:
Each scan produces a set of 40 multimodal images per field of view in just 5 seconds, generating up to 8 million spectra per spectral cube. The system can cover 3,600 fields of view in approximately 5 hours, entirely without operator intervention.
Intelligent analysis
The integrated software platform processes all acquired data — spectral, fluorescence, polarimetric, and morphological — to generate trace identification maps and enumeration tables automatically. Key capabilities include:
Why it matters
The SMMART HTS turns a process that was previously subjective and fatigue-prone into one that is objective, standardized, and scalable. It is suitable for both routine casework and research applications, is open to customization, and integrates seamlessly into existing forensic lab workflows as a turnkey solution.
+65 6748 5517
info@jm-vistec.com
10 Kaki Bukit Ave 1, #07-06, Singapore 417942
