Hyperspectral Camera Introdcution

The FX series hyperspectral cameras adopt a high transmittance optical design (F/1.7), which elevates the camera's light collection ability to a new level. Only one line light source is needed to meet the equipment needs. However, other spectral techniques (such as tunable filters and linear filters) require a larger light source area and several tens of times the light source intensity when obtaining the same signal-to-noise ratio of the data. Covering 400-100nm, using scanning imaging method, the full spectrum imaging speed can reach 670FPS, and has band selection (ROI) function to achieve higher speed.

The FS series of hyperspectral cameras is specifically designed for industrial and laboratory use. It operates in line scanning mode in both visible and near-infrared (VNIR) regions. It is widely used to scan samples and obtain their reflectance at each pixel. The results can be used for color quality control or material separation with different contents. It can be used in laboratories or installed on production lines. Widely used in various industries such as agricultural industry, food industry, silk screen industry, textile industry, etc.

Hyperspectral Camera Advantages

1. Machine vision, color measurement, visible light / near-infrared detection hyperspectral solution

2. Spectral range:400-700nm / 400-1000nm, spectral sampling/pixel 2.5nm, max. 1.5nm (Changing the slit width can achieve higher spectral resolution, but will affect the signal strength)

3. Imaging speed: Full Spectral range 41Hz,390Hz after ROI

4. Support multi-region ROI

5. Color difference test : print, textile and other industries surface color test, texture detection, with special light source and control system, the repeatability of single pixel of color measurement can reach dE*ab<0.1.

Hyperspectral Camera Working Principle

Parameters