Description
Line scan hyperspectral imaging camera FS-14 (400-1700nm)
The FS-14 Line Scan Hyperspectral Imaging Camera is an advanced spectral imaging system designed to capture detailed spectral information across a broad wavelength range of 400–1700 nm, covering both VNIR (Visible-Near Infrared) and SWIR (Short-Wave Infrared) bands. Utilizing push-broom (line-scan) technology, it is ideal for high-precision inspection and analysis of moving or conveyor-based samples in real-time.Built with dual-sensor integration (CMOS for VNIR and InGaAs for SWIR), the FS-14 provides seamless spectral fusion and superior spectral resolution (~5–10 nm), enabling detection of fine material differences not visible with traditional cameras. Its compact form factor makes it suitable for both lab setups and industrial integration, while the rugged build ensures durability in various environments.
The camera features thermoelectric cooling for stable SWIR performance, automated dark/white referencing, and supports high-speed data acquisition via USB 3.0 or Gigabit Ethernet. Accompanied by a powerful software suite and open SDK/API support, it allows users to calibrate, visualize, and analyze hyperspectral data efficiently.Whether in agriculture, food inspection, mining, medical diagnostics, or art conservation, the FS-14 offers unmatched versatility and spectral insight. It delivers spectral cubes (x, y, λ) in standard formats (ENVI, BIL, BSQ), making it ready for immediate integration into existing workflows.
Feature |
Description |
|---|---|
| Spectral Range | 400–1700 nm (covers VNIR + SWIR in one system) |
| Imaging Technology | Line-scan (push-broom) hyperspectral imaging |
| Sensor Type | Dual sensor: CMOS (VNIR) + InGaAs (SWIR) |
| Spectral Resolution | Approx. 5–10 nm for accurate spectral distinction |
| Number of Spectral Bands | Up to 512 bands, configurable |
| Spatial Resolution | 640–1024 pixels per line (depends on sensor model) |
| Data Acquisition Speed | High-speed scanning with up to 300 Hz (ROI-dependent) |
| Cooling System | TEC-cooled SWIR sensor for thermal stability |
| Integration Support | Conveyor, tripod, or gantry mount compatible |
| Software Compatibility | Provided with acquisition + spectral processing software |
| Output Format | ENVI-standard formats: BIL, BSQ, TIFF, CSV |
| Calibration Tools | Built-in motorized shutter, white/dark reference plates |
| Connectivity | USB 3.0 or Gigabit Ethernet (GigE) for fast data transfer |
| SDK/API | Available for Python, C++, LabVIEW, etc. |
| Lighting Compatibility | Supports broadband halogen or LED illumination |
| Spectral Fusion | Seamless stitching of VNIR + SWIR spectra |
Model |
FS-10 |
FS-12 |
FS-13 |
FS-14 |
FS-15 |
FS-17 |
FS-18 |
FS-1A |
|---|---|---|---|---|---|---|---|---|
Spectroscopic Mode |
Transmission grating | Transmission grating | Transmission grating | Transmission grating | Transmission grating | Transmission grating | Transmission grating | Transmission grating |
Spectral Range |
400-700nm | 400-1000nm | 400-1000nm | 400-1700nm | 900-1700nm | 900-1700nm | 900-1700nm | 1400-2500nm |
Spectral Band |
600 | 1200 | 1200 | 680 | 254 | 1024 | 512 | 210 |
Spectral FWHM |
2.5nm | 2.5nm | 2.5nm | 13nm | 8nm | 6nm | 6nm | 12nm |
Slit Width |
25um | 25um | 25um | 25um | 25um | 25um | 25um | 25um |
Transmission Efficiency |
>50% | >60% | >60% | >60% | >60% | >60% | >60% | >60% |
Stray Light |
<0.5% | <0.5% | <0.5% | <1% | <0.5% | <0.5% | <0.5% | <0.5% |
Number of Spatial Pixels |
1920 | 1920 | 1920 | 1280 | 320 | 1280 | 640 | 320 |
Pixel Size |
5.86um | 5.86um | 5.86um | 5um x 5um | 30um | 5um | 15um | 20um x 20um |
Imaging Speed |
Full band 41Hz, 390Hz after ROI | Full band 41Hz, 390Hz after ROI | Full band 128Hz, 3300Hz after ROI | 100fps | 200Hz | 132fps (8bit/1024), 70fps (12bit/1024), 253fps (8bit/512), up to 1800fps after ROI | 724fps | 509fps |
Detector |
CMOS | CMOS | CMOS | InGaAs | InGaAs | InGaAs | InGaAs | InGaAs |
SNR (Peak) |
500:1 | 600:1 | 600:1 | 600:1 | 600:1 | 600:1 | 600:1 | 300:1 |
Camera Output |
USB3.0 | USB3.0 | USB3.0 | USB3.0 | Gigabit Ethernet | USB3.0 | Cameralink | USB3.1 |
Camera Interface |
C-Mount | C-Mount | C-Mount | C-Mount | C-Mount | C-Mount | C-Mount | C-Mount |
Parts |
USB3.0 transmission cable | USB3.0 transmission cable | USB3.0 transmission cable | Lens, USB cable, power supply | Gigabit Ethernet transmission line | Lens, USB cable, power supply | Lens, data cable, power supply, data acquisition card | Lens, USB cable, power supply |
ROI |
Single area | Single area | Multiple regions | Multiple regions | Single area | Multiple regions | Single area | Canvas |
Specification table
Parameter |
Specification |
|---|---|
| Spectral Range | 400–1700 nm |
| Spectral Bands | Up to 512 |
| Spectral Resolution | ~5–10 nm |
| Spatial Resolution | 640–1024 pixels (per line) |
| Sensor Type | VNIR: CMOS / SWIR: InGaAs |
| Cooling | TEC for SWIR |
| Interface | USB 3.0 / Gigabit Ethernet |
| Power | 12V DC, <20W |
| Mounting | Tripod, Conveyor, Custom brackets |
| Dimensions | ~260 × 100 × 100 mm |
| Weight | ~1.5 kg |
| Shutter | Internal motorized |
| Software | Acquisition & spectral processing suite |
| File Formats | BIL, BSQ, ENVI, TIFF, CSV |
| Operating Temp | 0°C to 40°C |
| Frame Rate | Up to 300 Hz (ROI-dependent) |
| Calibration Tools | White/dark reference plates included |
| Field of View | 15°–25°, swappable lenses |
Includes
-
FS-14 Line Scan Hyperspectral Camera (400–1700 nm, VNIR + SWIR)
-
Pre-calibrated lens (standard FOV)
-
White and dark reference plates for radiometric calibration
-
Power adapter (12V DC, regulated)
-
USB 3.0 or Gigabit Ethernet data interface cable
-
Tripod/conveyor-compatible mounting brackets
-
Hyperspectral imaging software suite (capture + analysis)
-
SDK/API for Python, C++, LabVIEW, etc.
-
Full user manual (PDF + printed version)
-
Warranty card (1–2 years depending on purchase)
-
Optional rugged transport/carrying case
FAQS
- What spectral range does the FS-14 camera cover?➤ It captures hyperspectral data across 400–1700 nm, covering both VNIR and SWIR bands.
- Is the FS-14 suitable for real-time or inline imaging?➤ Yes, the line-scan (push-broom) design makes it ideal for real-time analysis on conveyor belts or moving samples.
- What lighting should I use with this camera?➤ Use broad-spectrum halogen or LED lights to cover the full wavelength range (400–1700 nm).
- Does it come with software for data acquisition and analysis?➤ Yes, it includes a complete software suite for imaging, calibration, and spectral data analysis.
- Can I develop custom applications with the FS-14?➤ Absolutely. It comes with SDKs and APIs for Python, C++, LabVIEW, and more.
- What output formats are supported?➤ It supports BIL, BSQ, TIFF, and CSV formats compatible with ENVI and other analysis platforms.
- Is calibration automatic or manual?➤ The system includes motorized shutters and reference plates for semi-automatic dark/white calibration.
- What is the spatial and spectral resolution?➤ Spatial resolution: up to 1024 pixels per line. Spectral resolution: approximately 5–10 nm
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