Specim V10E Series Visible-Near Infrared Hyperspectral Imaging Camera
| Origin | Finland |
|---|---|
| Manufacturer Type | Authorized Distributor |
| Origin Category | Imported |
| Model | V10E Series |
| Pricing | Available Upon Request |
| Spectral Range | 400–1000 nm |
| Spectral Resolution | 2.8–3.2 nm |
| Spectral Sampling Interval | 0.63–5.8 nm |
| Effective Slit Length | 8.7–11.84 mm |
| Optical Throughput | >50% |
| Relative Aperture | F/2.4 |
| Slit Width | 30 µm |
| Stray Light | ≤0.5% |
| Spectral Bands | 100–300 |
| Sensor Type | CMOS |
| Pixel Array | 1024×1024 to 1600×1200 |
| Pixel Size | 6.45–10.6 µm |
| A/D Conversion | 12-bit |
| Dynamic Range | 60 dB to >1,500:1 |
| Frame Rate (Full Resolution) | 8.9–33 fps |
| Frame Rate (Binned) | up to 120 fps |
| Exposure Time | 0.001–120,000 ms |
| Interface | USB / IEEE 1394 / Ethernet / Camera Link |
| Lens Mount | C-Mount |
Overview
The Specim V10E Series Visible-Near Infrared (VNIR) Hyperspectral Imaging Camera is an industrial-grade, push-broom scanning instrument engineered for high-fidelity spectral data acquisition across the 400–1000 nm range. Based on prism-based dispersive optics and synchronized line-scan imaging, the V10E platform captures spatially registered reflectance or radiance spectra at every pixel—enabling quantitative material identification, compositional mapping, and process monitoring in real-world environments. Designed and manufactured in Finland, each V10E variant (PFH, QE, PS, HS) shares a common optical architecture but is optimized for distinct operational priorities: photon efficiency, quantum efficiency, spectral flexibility, or temporal resolution. Its robust mechanical design, thermally stable optical path, and calibrated radiometric response make it suitable for integration into laboratory spectrometers, conveyor-based sorting systems, drone-mounted remote sensing payloads, and inline quality control stations.
Key Features
- Four configurable variants—V10E-PFH (Photon-Optimized), V10E-QE (Quantum-Efficient), V10E-PS (Programmable Spectral), and V10E-HS (High-Speed)—each tailored to specific application constraints without compromising core spectral fidelity.
- Consistent F/2.4 relative aperture and <30 µm slit width ensure high light throughput and diffraction-limited spatial sampling across all models.
- Stray light suppression ≤0.5% enables accurate quantification of low-contrast spectral features, critical for detecting subtle chemical signatures in heterogeneous samples.
- Modular interface support—including USB 3.0, IEEE 1394a (FireWire), Gigabit Ethernet, and Camera Link—facilitates seamless integration with real-time processing hardware, FPGA-accelerated platforms, or legacy machine vision ecosystems.
- C-mount lens compatibility allows deployment with standard telecentric, macro, or wide-field optics; optional relay lenses support fiber-coupled or microscope-integrated configurations.
- Factory-calibrated radiometric response (NIST-traceable reference sources) and spectral calibration (Hg/Ar lamp lines) ensure measurement repeatability across instruments and over time.
Sample Compatibility & Compliance
The V10E series supports non-contact, non-destructive analysis of solid, liquid, and semi-solid samples—including agricultural produce, pharmaceutical tablets, polymer films, mineral specimens, and biological tissues—without sample preparation under ambient or controlled illumination. Its spectral range overlaps key absorption bands for chlorophyll-a (670 nm), carotenoids (450–500 nm), water (970 nm), cellulose (670–700 nm), and numerous organic functional groups (C–H, O–H, N–H). The system complies with ISO 17025 requirements for calibration traceability and supports audit-ready documentation per GLP and GMP frameworks. When deployed in regulated environments, raw data streams and processed hypercubes can be archived with embedded timestamps, sensor metadata, and operator logs—enabling alignment with FDA 21 CFR Part 11 electronic record integrity standards when paired with compliant software environments.
Software & Data Management
Specim delivers the proprietary Specim INSIGHT software suite, offering real-time preview, spectral library matching (using Euclidean distance, SAM, or MAF algorithms), PCA-based anomaly detection, and ROI-based spectral averaging. All V10E models generate ENVI-compatible .hdr/.bil files and support HDF5 export for interoperability with Python (scikit-learn, PySpTools), MATLAB, and commercial chemometric platforms (Unscrambler X, Pirouette). Raw frame buffers are timestamped with microsecond precision; exposure parameters, temperature readings, and trigger events are embedded in image headers. Optional SDKs (C/C++, Python, LabVIEW, .NET) enable custom pipeline development—including GPU-accelerated endmember extraction, spectral unmixing, and closed-loop feedback control in automated inspection systems.
Applications
- Agricultural & Food Quality Control: Detection of bruising, mold, sugar content (Brix), dry matter, and pesticide residues on fruits, grains, and leafy vegetables.
- Pharmaceutical Manufacturing: Blend uniformity verification, coating thickness mapping, counterfeit tablet identification, and API distribution analysis.
- Recycling & Waste Sorting: Real-time polymer classification (PET, HDPE, PVC) and metal/alloy discrimination on fast-moving conveyors.
- Geoscience & Mining: Mineralogical mapping of drill cores and outcrops using diagnostic absorption features in VNIR.
- Biomedical Research: Ex vivo tissue characterization, wound healing progression tracking, and label-free histopathology support.
- Defence & Surveillance: Camouflage detection, material anomaly identification, and concealed object screening under daylight conditions.
FAQ
What spectral calibration standards are used during factory calibration?
Each V10E unit undergoes spectral calibration using mercury-argon emission line sources and radiometric calibration against NIST-traceable integrating sphere sources. Calibration certificates include wavelength accuracy (±0.2 nm), radiometric uncertainty (±3%), and linearity deviation (<2%).
Can the V10E operate in outdoor sunlight without saturation?
Yes—the V10E-HS and V10E-QE models support exposure times from 1 µs to 120 s and feature programmable gain control. With appropriate neutral density filters and spectral binning, solar-illuminated field measurements achieve SNR >200:1 at 10–50 fps.
Is real-time hyperspectral processing supported onboard?
The camera itself performs no onboard processing; however, its low-latency interfaces (especially Camera Link and GigE Vision) are fully compatible with real-time FPGA or GPU-accelerated processing units such as NVIDIA Jetson AGX Orin or NI PXIe platforms.
How is geometric distortion corrected across the field of view?
Specim provides per-unit spatial calibration files (including keystone and smile correction matrices) derived from precision grid target imaging. These are applied automatically in INSIGHT and accessible via SDK for custom correction pipelines.
Does the system support synchronization with external triggers or motion encoders?
Yes—all V10E models feature TTL-compatible input/output trigger ports supporting start/stop, line-scan synchronization, and encoder pulse locking (quadrature or pulse-direction modes) for precise motion-compensated imaging on moving stages or conveyors.
