CHNSpec Technology （Zhejiang）Co.,Ltd chnspec@colorspec.cn 86-571-85888707-813
Product Details
Place of Origin: China
Brand Name: CHN spec
Certification: CE
Model Number: FS-12
Payment & Shipping Terms
Minimum Order Quantity: 1
Price: negotiable
Packaging Details: carton box
Delivery Time: 5-7 days
Payment Terms: L/C, T/T, Western Union, MoneyGram
Supply Ability: 1000 per month
Spectroscopic Method: |
Grating Spectroscopy |
Wavelength Range: |
400-1000nm |
Spectral Bands: |
1200 |
Spectral Sampling/pixel: |
2.5nm (max. 1.5nm) |
Slit Width: |
25um |
Pixel Size: |
5.86um |
Imaging Speed: |
Full Spectral Range 41Hz, 390Hz After ROI |
Detector: |
CMOS |
Spectroscopic Method: |
Grating Spectroscopy |
Wavelength Range: |
400-1000nm |
Spectral Bands: |
1200 |
Spectral Sampling/pixel: |
2.5nm (max. 1.5nm) |
Slit Width: |
25um |
Pixel Size: |
5.86um |
Imaging Speed: |
Full Spectral Range 41Hz, 390Hz After ROI |
Detector: |
CMOS |
Hyperspectral Imaging Camera equal to Specim Hyperspectral Camera with Competitive Price
Hyperspectral Imaging Camera Advantages
1. Spectral range: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)
2. Imaging speed: Full Spectral range 41Hz,390Hz after ROI
3. Machine vision, color measurement, near-infrared detection hyperspectral solution
4. 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.
5. Support multi-region ROI
Hyperspectral Imaging Camera Working Principle
Line Scan Measurement
Hyperspectral Imaging Camera Working Principle
Hyperspectral Imaging Camera Technical Parameter
| Model | FS-10 | FS-12 | FS-13 | FS-15 | |||
| Spectroscopic method | Grating | Grating | Grating | Grating | |||
| Spectral region | 400-700nm | 400-1000nm | 400-1000nm | 900-1700nm | |||
| Spectral band | 600 | 1200 | 1200 | 254 | |||
| Spectral resolution | 2.5nm | 2.5nm | 2.5nm | 8nm | |||
| Slit width | 25um | 25um | 25um | 25um | |||
| Transmission efficiency >50% | >50% | >60% | >60% | >60% | |||
| Stray light | <0.5% | <0.5% | <0.5% | <0.5% | |||
| Spatial pixel number | 1920 | 1920 | 1920 | 320 | |||
| Pixel size | 5.86um | 5.86um | 5.86um | 30um | |||
| Imaging speed | Full band 41Hz 390Hz can be achieved after ROI |
Full band 41Hz 390Hz can be achieved after ROI |
Full band 128Hz 3300Hz can be achieved after ROI |
200Hz | |||
| Detector | CMOS | CMOS | CMOS | InGaAs | |||
| SNR(Peak) | 500/1 | 600/1 | 600/1 | 600/1 | |||
| Camera output | USB3.0 | USB3.0 | USB3.0 | Gigabit network | |||
| Camera interface | C-Mount | C-Mount | C-Mount | C-Mount | |||
| Accessories | USB3.0 transmission line | USB3.0 transmission line | USB3.0 transmission line | USB3.0 transmission line | |||
| ROI | Single area | Single area | Multiple area | Single area | |||
Hyperspectral Imaging Camera Application
Hyperspectral imaging camera is widely used to scan the sample and get its reflectance under each pixel. It is no limit on the measurement distance. The result can be used for color quality control or material seperation by different content. It can be used in lab or installed in the production line. It is widely used in agriculture industry, food insutry, screen industry, textile industry and many other industries.
