CHN SPEC FS-10 Multispectral Camera (400~700 nm)

CHN SPEC FS-10 Multispectral Camera (400~700 nm)

The CHN SPEC FS-10 Hyperspectral Camera (Visible Hyperspectral Camera) is a spectral image acquisition device specifically designed to operate entirely within the visible light band from 400 nm to 700 nm. Rather than focusing on “see-through” capabilities like infrared models, the CHN SPEC FS-10 acts as a “super eye” that simulates and surpasses human vision. By recording a detailed spectral graph of each pixel within the color band, this device is the perfect solution for evaluating color accuracy, detecting printing errors, and sorting products based on surface appearance.

Outstanding Features

• Visible spectral band (400 – 700 nm): The device covers the entire light spectrum that the human eye can perceive (from violet to red). Focusing entirely on this waveband helps the machine achieve extremely high sensitivity and spectral resolution for color bands, allowing for the most detailed analysis of surface pigmentation.
• The nemesis of the “Metamerism” phenomenon: Metamerism occurs when two materials look identical in color under one light source (e.g., fluorescent light) but differ under another (e.g., sunlight). The FS-10 extracts the “spectral fingerprint” of colors, helping to instantly detect this deviation that the naked eye cannot see.
• 3D Data Cube acquisition (Hypercube): Like high-end hyperspectral cameras, the FS-10 scans and generates a spatial-spectral data block (X, Y, λ). Any small pixel on the product’s surface will provide a complete spectral curve from 400nm to 700nm to evaluate local color.
• Optimized investment cost: By using a sensor optimized for the visible light band (without the need for expensive infrared sensor materials like InGaAs), the FS-10 has an extremely accessible price. This is the most economical choice for applications that only require color and surface morphology analysis.
• Compact design & Easy integration: The ultra-compact size makes it easy to mount the camera on automated sorting lines (Machine Vision), robotic arms, or set up on stands in QC (Quality Control) laboratories.

Technical Specifications:

Spectroscopy method: Grating

Spectral range: 400–700nm

Number of spectral bands: 600

Spectral resolution (FWHM): 2.5nm

Slit width: 25um

Transmission efficiency: 50%

Stray light: 0.5%

Number of spatial pixels: 1920

Pixel size: 5.86um

Frame rate: Full range 41fps, 390fps can be achieved after selecting ROI

Sensor: CMOS

Signal-to-noise ratio (peak): 500/1

Camera output: USB 3.0

Camera interface: C-Mount

Accessories: USB 3.0 data cable

Region of Interest (ROI): Single region

Dimensions: Length × Width × Height: 22.8cm × 7cm × 8.6cm

Weight: 1250g

Power consumption: 5W

Practical Applications

With a focus on the 400 – 700 nm waveband, the CHN SPEC FS-10 shines in fields with strict requirements for color and appearance:

Printing & Packaging Industry:

• Inspecting color uniformity across the entire printing paper format and packaging labels.
• Detecting micro-printing errors, ink smudges, or color shifts compared to the original design.

Textile & Coating: Evaluating the quality of dyed fabric batches, ensuring absolute color consistency; inspecting the coverage and color of industrial coatings and automotive paints.

Display & LED Manufacturing: Inspecting the quality of display panels (LCD, OLED, Micro-LED), measuring brightness/color uniformity (Mura defect), and detecting dead pixels.

Food Sorting (Appearance): Sorting fruits, vegetables, or baked goods (bread, cookies) based on surface color, ripeness level, or baking browning degree.

Museums & Art: Digitizing artworks and classic paintings with absolute color accuracy (True-color archiving), assisting in the painting restoration process.