CHN SPEC FS-IQ-SWIR Portable Hyperspectral Camera (1280 * 1280, 900~1700nm)

CHN SPEC FS-IQ-SWIR Portable Hyperspectral Camera (1280 * 1280, 900~1700nm)

The CHN SPEC FS-IQ-SWIR Portable Hyperspectral Camera (Portable Smart SWIR Hyperspectral Camera) is a revolutionary optical analysis device. By combining the short-wave infrared band (900 nm – 1700 nm) with a sensor featuring a massive spatial resolution of 1280 × 1280 pixels in a mobile design, this system allows users to “see through” the chemical structure of materials anywhere, from agricultural farms and recycling warehouses to crime scenes, without having to take samples back to the laboratory.

Outstanding Features

• “All-in-One Portable” design: Completely different from bulky industrial SWIR cameras that must be fixed on conveyor belts, the FS-IQ series is designed to be extremely streamlined. The system is usually integrated with a smart microprocessor, storage battery, and display screen, allowing for completely independent operation in the field like a handheld spectrometer.
• Ultimate spatial resolution (1280 × 1280): In the SWIR sensor world, a resolution of 1280 × 1280 pixels is extremely impressive (far exceeding the standard 640×512). This massive pixel density delivers incredibly sharp images, helping the device clearly illuminate micro-details, ultra-small hidden cracks, or chemical distribution at the most detailed level.
• Short-wave infrared band (900 – 1700 nm): The camera eliminates external color factors to read the “spectral fingerprint” of molecular bonds. SWIR rays are particularly sensitive to water content, lipids, proteins, and polymer structures, allowing the device to directly quantify chemical compositions.
• Non-destructive “Optical X-ray”: The SWIR band has the characteristic of penetrating thin packaging shells, opaque plastics, or silicon wafers. Users can hand-hold the device and scan across the product to view the internal structure (detecting impurities, air bubbles) without having to unpack it.
• AI Integration & Real-time analysis: Thanks to the smart internal computer system (IQ series), the camera scans and instantly processes the 3D data block (Hypercube). The device can display sorting results, moisture heatmaps, or defective goods alerts directly on the screen in real-time without needing a complex PC connection.

Technical Specifications:

Spectroscopy method: Grating

Image resolution: 1280 * 1280

Dynamic range: 12-bit

Capture time: 10 seconds

Number of spectral channels: 1024

Spectral range: 900–1700nm

Optical resolution: 6nm

Slit width: 25um

Transmission efficiency: ≥60%

Stray light level: ≤0.5%

Pixel size: 5um * 5um

Sensor type: InGaAs

Standard lens focal length: 25mm

Minimum working distance: 100mm

Field of view (FOV): 17°

Minimum exposure time: 1us

Maximum exposure time: 10s

Signal-to-noise ratio (SNR): 600/1

Data interface: USB3.0

Camera lens mount: C-Mount

Auxiliary imaging function: Auxiliary camera for monitoring the capture area

Practical Applications

With its mobility and high definition, the CHN SPEC FS-IQ-SWIR is an invaluable field analysis tool in the following areas:

• Agriculture & Harvesting: Agricultural engineers can bring the machine directly to the orchard to scan fruits right on the tree to measure Brix (sweetness), moisture, or detect hidden mold, thereby deciding the most optimal harvest time.
• Warehousing & Material Recycling: QC personnel can carry the machine along scrap yards to quickly inspect and distinguish types of black plastics (PET, PP, PE) – something that conventional cameras are completely “colorblind” to.
• Maintenance & Non-Destructive Testing (NDT): Engineers can bring the machine directly to solar power plants or semiconductor factories to illuminate Silicon Wafers and solar panels to detect ultra-small hidden cracks (micro-cracks) with sharp 1280×1280 resolution.
• Forensics & Art Authentication: Experts can bring the device to crime scenes to search for faded bloodstains, authenticate forged documents; or directly scan paintings at museums to separate restored paint layers without needing to move the artwork.