The SOC-710 portable hyperspectral imaging spectrometer is a hyperspectral imaging spectrometer with a built-in translation and scanning device and dual CCD detectors. It has high integration and easy operation; Can be used for field, laboratory, or microscopic measurements, with one machine for multiple purposes, quickly obtaining 400~1000nm hyperspectral image data.

The SOC-710 spectrometer adopts holographic diffraction technology, which has high light transmittance and low polarization effect; Built in sliding and scanning design, compact and portable, suitable for outdoor mobile use, and can also be used for unmanned long-term automatic monitoring.

SOC-710 Portable Hyperspectral Imaging Spectrometer DualCCD visual focusing, capable of directly previewing the measurement area image; The acquisition software has real-time display functions for spectral single band grayscale images, color synthesized images, and spectral curves; It can display any single wavelength image and can be used to create 3D hyperspectral stereoscopic images using software; It can store and continuously play images of different wavelengths in video mode.

strictNIST traceable calibration enables excellent radiation measurements with accurate and reliable data. Can be equipped with various specifications of infrared lenses.

Scanning method——Built in translation scanning, image distortion free

Unique built-in scanning and dualCCD design allows direct preview of the image of the test area, and the built-in translation and push scanning design successfully solves the image distortion problem that cannot be avoided by external scanning methods. What you see is what you get!

flexibility——Can be quickly converted into microscopic measurements

The unique built-in scanning and dual CCD design of SOC-710 allows it to be directly connected to a microscope for observing spectral images of microscopic samples without the need for a separate scanning stage or additional accessories.

Fully automatic measurement-- Highly intelligent operation

Automatic dark current, automatic matching of scanning speed, preview image automatically prompts exposure saturation, and automatic storage; Long term unmanned automatic monitoring can be carried out at preset measurement intervals.

Portability——Outdoor/indoor multiple modes, multiple uses

The total weight of SOC-710 is only 2.95kg, and it can be directly installed on various brackets for measurement. The USB interface is easy to use.

Powerful software functionality——Having multiple analytical functions

The setting of software support interfaces and other parameters; Can display spectral curves and spectral images; Hard drive records data for easy coordinationENVI software; Black and white correction function; Mechanical platform control function; Spectral image calculation; Spectral reflectance calculation; Spectral matching supporting role mapping function; Single wavelength imaging and 3D stereoscopic image display; Can be exported to Excel reports for easy data processing.

SOC-710 measured data hyperspectral cube legend

SOC has over 40 years of spectral imaging experience and multiple advantages in hyperspectral imaging technology, and has long-term cooperation with NASA and the military in the United States.

The unique design of SOC-710 portable hyperspectral imaging spectrometer with built-in scanning and dual CCD enables easy implementation of multiple measurement methods, flexible and efficient acquisition of hyperspectral image data at multiple measurement scales, and meets various usage needs such as field support, mobile measurement, laboratory, and microscopic imaging. The multifunctional support can measure large plants such as cotton, corn, and fruit trees.

SOC measurement and analysis software is used for data conversion and analysis. The data storage format is BIL, which can be read by third-party hyperspectral analysis software such as ENVI software; More than ten vegetation indices such as NDVI, GRVI, SR, SAVI, EVI, etc. can be selected from any spectral image region for output, and can be directly compared with SPOT Compare various satellite data such as MODIS and AVHRR to validate ground remote sensing data.

application area

--Environmental remote sensing --Water color, water environment

Remote sensing calibration Spectral measurement of water quality

Ground verification Measurement of Chlorophyll in Algae

Classification mapping Remote sensing of water color

--Agricultural and forestry plants Biopharmaceuticals/Food

accuracyAgriculture Microscopic analysis

Species identification/Land classificationbiochemical analysis

Plant stress physiology ---Mechanical observation

Crop health (pests and diseases) Surface inspection

Fruit quality testing machine vision