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Rotational Scanning Hyperspectral Imager
Product Code: ATH3100
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Description

Introducing the ATH3100, a compact and lightweight rotational scanning hyperspectral imaging system. This miniature imager boasts high spatial and spectral resolution, complemented by a wide imaging range. It features a high-stability synthetic lighting source with adjustable power and spectral types, ensuring versatile applications in various industries.
The ATH3100 comprises a hyperspectral imager utilizing advanced transmission grating technology for superior aberration correction. Paired with a fully automatic electric rotating stage and four fixed lighting sources, it offers precise imaging capabilities.
Ideal for long-term, large-area scanning, the ATH3100 supports tripod or pole mounting and includes features like automatic calibration and weather monitoring sensors. It meets the demands of environmental monitoring, agriculture, and remote sensing applications, reflecting current trends in hyperspectral imaging technology.
Explore the ATH3100 and revolutionize your imaging capabilities with our cutting-edge rotational scanning hyperspectral imaging systems.

Features

    • Rotating scanning imaging with adjustable scanning angle range;
    • High-sensitivity hyperspectral imager;
    • High-stability, high-blue synthetic lighting source with adjustable power and spectrum;
    • High-performance image sensor with excellent cost-effectiveness;
    • Full-target high imaging quality optical design with a spot diameter less than 0.5 pixels;
    • The objective lens interface is a standard C-Mount, allowing for lens replacement according to user requirements.
    • Wavelength range: 400-1000nm, 900-1700nm, or 400-1700nm;
    • High spectral resolution: 1.3 nm @ visible light, 3.5 nm @ shortwave infrared;
    • Outstanding imaging performance

    Serial Number

    Indicator

    ATH3100

    ATH3100W

    ATH3100-17

    ATH3100-25

    1

    Spectral Range

    370~1000nm

    370~1000nm

    900~1700nm

    1200~2500nm

    2

    Best Spectral Resolution

    1.3 nm

    1.3 nm

    3.5nm

    7.2nm

    3

    Sampling Interval

    0.37nm

    0.37nm

    1.56nm

    2.54nm

    4

    F-Number

    F/2.6

    F/2.6

    F/2.6

    F/2.6

    5

    Detector

    CMOS

    CMOS

    InGaAs CCD

    Cooling Type InGaAs CCD

    6

    Detector Interface

    USB3.0

    USB3.0

    USB3.0

    USB3.0

    7

    Detector Power Supply

    USB Power Supply,3.4W

    USB Power Supply,3.6W

    12V,14.5W

    12V,30W

    8

    Detector Target Area Size

    11.26mm x
    5.98mm

    11.26mm x
    11.26mm

    NA

    6.4X5.12

    9

    Detector Raw Resolution

    2048 ×1088

    2048×2048

    640X512

    320X256

    10

    Detector Raw Pixel Size

    5.5 μm x5.5 μm

    5.5 μm x5.5 μm

    15μmx15 μm

    20 μm x20 μm

    11

    Pixel Bit Depth

    12 bits

    12 bits

    14 bits

    14 bits

    12

     
    Slit Width

    25 μm,
    Other widths available upon customization

    25 μm,
    Other widths available upon customization

       30 μm,
    Other widths available upon customization

    13

    Recommended Pixel Merging Method

    4x4 or 2x4

    4x4 or 2x4

    1X2 or None

    1X2 or None

    14

    Spatial Dimension Band Count

    512 o1024

    512 o1024

    640

    640

    15

    Spectral Band Count

    300 o600

    512 o1024

    512

    512

    16

    Field of View (FOV)

    15.2°@f=35mm

    15.2°@f=35mm

    NA

    NA

    17

    Instantaneous Field of View (IFOV)

    0.7mrad @f=35mm

    0.7mrad@f=35mm

    NA

    NA

    18

    Maximum Frame Rate

    340 fps

    140 fps

    270 fps

    270 fps

    19

    Dimensions

    306 mm x300 mm
    x 162mm

    306 mm x300 mm x
    162mm

    306 mm x300 mm x 162mm

    306 mm x 300 mm  x 162mm

    20

    Weight

    Less than 8.5 Kg

    • Universities and research institutes;
    • Biomedical applications;
    • Agricultural applications: pest and disease monitoring, nutrient monitoring, disaster assessment, crop yield estimation, etc.;
    • Forestry applications: species identification, biomass estimation, nutrient element monitoring, forest health, etc.;
    • Water environment applications: inversion of water quality parameters, analysis of spatial distribution and migration characteristics of water pollution;
    • Soil monitoring: soil moisture monitoring, soil fertility monitoring;
    • Geological applications: mineral mapping, mineral composition detection, mineralization prediction.

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