710-VP Hyperspectral Imaging System
Description
Traditional line scanning hyperspectral imaging systems (or “push broom” systems) require a translation stage to move target samples in front of the camera, which necessitates multiple stages or additional hardware to perform varied lab and field experimental setups. With the SOC710-VP the sensor moves behind the lens and the scanning speed or translation rate is intimately tied into the exposure and gain parameters of the system. External scanning systems require the operator to calculate this manually in order to properly set the rate of the stage to obtain optimal results. The SOC710-VP’s small footprint and lack of external stage hardware makes it very portable and the best choice for applications benefited by in-situ field data collection.
710-VP Hyperspectral Imaging System
Specifications |
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|---|---|
| Imaging Mode: | Diffuse Reflectance (DR), Photoluminescence (PL), Electroluminescence (EL), Raman |
| Excitation Wavelength: | Custom |
| Spectral Range (Raman Imaging): | Custom |
| Spectral Range (PL, EL, DR Imaging): | 400 - 1000 nm |
| Spectral Resolution (Raman Imaging): | Custom |
| Spectral Resolution (PL, EL, DR Imaging): | <5 nm |
| Spatial Resolution: | Nanometer Range |
Features
Eliminates need for translation stage or sample stage
Preview camera provides live video for scene framing and focusing
Precision scanning mechanism of the 710-VP allows for high dynamic range experiments with two scans of the same scene at different gain settings
Excellent post-sale support
Can be operated in traditional line scanning or internal scanning modes. Switch between acquisition modes with a simple software toggle
Data recorded in open format binary compatible with third-party analysis software such as ENVI or MATLAB
Applications
Food Processing
Agriculture
Microscopy
Forensics
Ground Truth
Medicine
Biology
Defense & Security
Machine Vision
Color Analysis
Environmental Monitoring
Chemometrics
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
United States
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
Yes, the SOC710-VP Hyperspectral Imaging System can be operated in traditional line scanning or internal scanning modes. The acquisition modes can be switched with a simple software toggle.
The SOC710-VP Hyperspectral Imaging System is suitable for various applications such as food processing, agriculture, microscopy, forensics, ground truth, medicine, biology, defense & security, machine vision, color analysis, environmental monitoring, and chemometrics.
The SOC710-VP Hyperspectral Imaging System features a preview camera that provides live video for scene framing and focusing, a precision scanning mechanism that allows for high dynamic range experiments with two scans of the same scene at different gain settings, and excellent post-sale support. It can be operated in traditional line scanning or internal scanning modes and data recorded in open format binary compatible with third-party analysis software such as ENVI or MATLAB.
Traditional line scanning hyperspectral imaging systems require a translation stage to move target samples in front of the camera, which necessitates multiple stages or additional hardware to perform varied lab and field experimental setups. With the SOC710-VP, the sensor moves behind the lens and the scanning speed or translation rate is intimately tied into the exposure and gain parameters of the system, eliminating the need for external stage hardware.
The SOC710-VP Hyperspectral Imaging System is a compact and portable imaging system that eliminates the need for translation stage or sample stage during lab and field research.