Hyperspectral Benchtop Workstation HSW
HSW is a benchtop hyperspectral workstation compatible with cameras covering 400-1000 nm, 400-1700 nm, or 900-1700 nm. Applications include color identification, research and teaching, agriculture, industrial color sorting, and fruit and vegetable grading. A hyperspectral core, source, and conveyor platform enable acquisition on delivery. OptStudio Tupu Guanjia software quickly configures acquisition, stitches two-dimensional images, trains models, and predicts classes. Source workflow: four steps from acquisition through modeling to live classification. 1. The built-in HSW camera scans conveyor-belt samples, generates hyperspectral data, and automatically stitches images. 2. Select spectra from different object classes as samples in OptStudio. 3. Train a model in OptStudio and optimize it using prediction results. 4. After confirming performance, import the model to display classification results during subsequent acquisition.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Dimensions | 640 mm × 680 mm × 920 mm |
| Illumination Uniformity Calibration | Supported |
| Web Access | Supported |
| Model Training and Prediction | Supported |
| Lens Replacement | Supported |
| Input Voltage | AC 220 V |
| Total Power | 400 W |
| Scan Motor Type | Stepper Motor |
| Sample Stage Scan Travel [Customizable] | 300 mm (Customizable) |
| Communication Port | Ethernet port |
| Spectral Range [Spectral Range 400-1000 nm] | 400-1000 nm |
| Spectral Range [Spectral Range 400-1700 nm] | 400-1700 nm |
| Spectral Range [Spectral Range 900-1700 nm] | 900-1700 nm |
| Spectral Resolution (FWHM) [Spectral Range 400-1000 nm] | 3.5 nm (Optional 2.8 nm) |
| Spectral Resolution (FWHM) [Spectral Range 400-1700 nm; @25um Slit] | 6 nm @25um Slit |
| Spectral Resolution (FWHM) [Spectral Range 900-1700 nm; @25um Slit] | 6 nm @25um Slit |
| Number of Spectral Channels [Spectral Range 400-1000 nm] | 880 |
| Number of Spectral Channels [Spectral Range 400-1700 nm] | 1280 |
| Number of Spectral Channels [Spectral Range 900-1700 nm] | 800 |
| Number of Spatial Channels [Spectral Range 400-1000 nm] | 3400 |
| Number of Spatial Channels [Spectral Range 400-1700 nm] | 1024 |
| Number of Spatial Channels [Spectral Range 900-1700 nm] | 1280 |
| Real-Time Compression [Spectral Range 400-1000 nm] | 2*2, 4*4 (Spectral Dimension * Spatial Dimension) |
| Real-Time Compression [Spectral Range 400-1700 nm] | 2*2, 4*4 (Spectral Dimension * Spatial Dimension) |
| Real-Time Compression [Spectral Range 900-1700 nm] | 2*2, 4*4 (Spectral Dimension * Spatial Dimension) |
| Sensor Type [Spectral Range 400-1000 nm] | Si CMOS |
| Sensor Type [Spectral Range 400-1700 nm] | InGaAs |
| Sensor Type [Spectral Range 900-1700 nm] | InGaAs |
| Data Bit Depth [Spectral Range 400-1000 nm] | 12 bit |
| Data Bit Depth [Spectral Range 400-1700 nm] | 12 bit |
| Data Bit Depth [Spectral Range 900-1700 nm] | 12 bit |
| F-Number [Spectral Range 400-1000 nm] | F 2.4 |
| F-Number [Spectral Range 400-1700 nm] | F 2.4 |
| F-Number [Spectral Range 900-1700 nm] | F 2.4 |
| Lens Mount [Spectral Range 400-1000 nm] | C-Mount |
| Lens Mount [Spectral Range 400-1700 nm] | C-Mount |
| Lens Mount [Spectral Range 900-1700 nm] | C-Mount |
| Lens focal length [Spectral Range 400-1000 nm] | 25 mm |
| Lens focal length [Spectral Range 400-1700 nm] | 25 mm |
| Lens focal length [Spectral Range 900-1700 nm] | 12.5 mm |
Applications
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Datasheet
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