ATH6500
30Pages

VNIR Hyperspectral Camera Feature： Spectral Range: 400-5300nm (Customized) ATH6500 is designed spectral imaging system suitable to Max. Spatial Pixels: 2048x2048 (Different by field operation with a function of auto-scan. It composes of hyperspectral camera ATH1500 and Max. Spectral Channels: 1088 (Different by model) tripod. The core hyperspectral camera is a complete Superior imaging performance; self-developed, and it employs low cost split light system with The data format is compatible with ENVI a compact size, CMOS image sensor, high frame rate, Built-in auto-scan device, compact size high-performance-to-price ratio, USB power supply no need Weight: 6.5kg (Different by model) extra power, customized high precision scan mirror can sweep A variety of stray light elimination design, high target forming image; It employs built-in power supply imaging quality module, external wire connect is simple can improve High-definition visible light camera, capable of image fusion ATH6500 combines hyperspectral imaging technology High responsibility with high-definition photography technology, and the collected data has both high spectral resolution and high spatial Monitor Agriculture: plant diseases and insect pest, disaster, categories ID etc. Forestry: Tree categories identification, Phytomass, nutrient elements, forest health etc. Water Environment: Water quality parameters, water waste spatial distribution and migration analysis City geological substances classification and identification Soil Pollution: heavy metal waste Minerals:Mineral mapping, ingredients explore, metallogenic prognosis etc. Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

Datasheet 1. Performance Parameter Specification Spectral Range 1000-1700nm InGaAs SWIR Detector Data Quantification Class Scan range Reflectance calibration board Power Supply Type 1.2-2.5um 2.5-5.0um Deep Cooling IR Deep Cooling IR Detector Detector Working Temp. Storage Temp. Order Guides ATH1500 Series Precision agriculture, agricultural and forestry diseases 400-1000nm and pests, vegetation analysis, planting area evaluation, VIS-NIR crop yield evaluation, water quality analysis, artwork hyperspectral scanning, cultural relic identification, pattern scanning, imaging camera industrial...

1.2-2,5 um SWIR hyperspectral imaging camera Precision agriculture and food analysis, dark plastic sorting, geological prospecting, mineral exploration, national defense and military industry, cultural relic identification, judicial identification, document inspection, moisture content analysis, medicine and material sorting, mineral mapping, medical identification, waste recycling. 2.5-5.0 um MWIR hyperspectral imaging camera Geological survey, national defense and military industry, gas analysis, VOCs inspection, water temperature detection, land cover type identification, camouflage...

Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

Outlook dimension, 3D drawing Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

Datasheet 3. ATH6500 Images Quality Fig 1 ATH6500 scan hyperspectral database Fig 2 ATH1500 scan the 493nm band image Fig 3 ATH1500 scan the 653nm band image 4. ATH6500 Hyperspectral Camera Series ATH1500 Models Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

a, Agriculture & Forestry: precision farming, pests and diseases, Hyperspectral Camera vegetation analysis, planting area evaluation, crop yield evaluation, b, Environmental Industry: water quality analysis, oil pollution monitoring c, Industrial sorting: fruit sorting, d, Archaeology: artwork scanning, cultural relic identification, pattern scanning Hyperspectral Camera a, Semiconductor,Industrial sorting, food sorting, construction waste sorting, meat sorting, plastic sorting c, Geological survey, mineral survey d, Cultural relic identification, judicial identification, document...

Figure 2 Data cube captured Figure 3 Drone experiment Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-6102588

Figure 4 Outdoor experiment sceneⅠ Figure 5 Outdoor experiment sceneⅡ Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

Figure 6 Outdoor experiment scene Ⅲ Figure 7 Outdoor experiment scene Ⅳ Product data information is current as of publication data. Products conform to specifications per the terms of Optosky Standard warranty. Copyright © Optosky Technologies, 2015 Floor 22th, Creative Bld., 1300 Jimei Ave, Jimei, Xiamen, 361005, China Tel: +86-592-61025

Figure 8 Outdoor experiment sceneⅤ Case Study by Portable Ground Hyperspectral Imaging System Plant Measurement ATH6500 portable hyperspectral imaging system is used to acquire spectral data of field plants,tower crane,and soil etc. Based on single wave band image and color images to display, compare and analyze spectrum. Seen through single wave band image, different ground materials have obvious differences reflected in the different wave bands to differentiate different materials. Product data information is current as of publication data. Products conform to specifications per the terms...