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Lambda Hyperspectral Imaging System

The Lambda hyperspectral imaging system employs gradient-coating technology and eliminates the need for conventional grating-based spectroscopic modules, enabling continuous imaging of dozens or hundreds of spectral bands across the entire spectral coverage range. While capturing spatial features of the target object, the system also acquires its spectral information. The system architecture includes: a focal-plane array detector, a drive power supply, a motion control module, and a data acquisition module, among other components.

Consultation phone:

  • Product Description
  • Parameter Introduction
  • Precautions
  • Product Performance

    Instrument model

     

    Lambda-VN

    Lambda-VNS

    Lambda-Nir

    Spectral range

     

    420–1000 nm

    420–1000 nm

    1150~1650 ±5 nm

    Spectral resolution

     

    10nm

    10nm

    20nm

    Number of spectral channels

     

    >100

    >100

    32/64

    Standard lens

    Focal length (mm)

    25 (other focal lengths available*1)

    25 (other focal lengths available*1)

    35 (other focal lengths available *2)

     

    Working distance (mm)

    150 to infinity

    150 to infinity

    300 to ∞

     

    Field of view

    19°

    23°

    15.6°

    Probe

     

    2048×2048 CMOS

    2048×2048 CMOS

    640×512 InGaAs FPA

    Number of pixels (spatial dimension × scanning dimension)

     

    1600×1200 (1X)
    800×600 (2X)

    1600×1200 (1X)
    800×600 (2X)

    640×512

    Pixel size

     

    5.5 × 5.5 μm

    6.5×6.5 μm

    15×15 μm

    Digital output

     

    10bit

    12bit

    14bit

    Frame rate

     

    28 μs – 1 s

    10 μs – 10 s

    10 μs – 1 s

    Built-in computer interface

     

    USB3.0 + HDMI

    USB3.0 + HDMI

    USB3.0 + HDMI

    Lens mount

     

    C-Mount

    C-Mount

    C-Mount

    System power

     

    DC 16.8V

    DC 16.8V

    DC 16.8V

    Built-in microprocessor

     

    i7 processor, 16GB RAM, 256GB SSD

    i7 processor, 16GB RAM, 256GB SSD

    i7 processor, 16GB RAM, 256GB SSD

    Built-in battery

     

    65Wh

    65Wh

    65Wh

    System power consumption

     

    45W

    60W

    60W

    Note:

    *¹: 16mm, 35mm, 50mm; other options available upon inquiry.

    *²: 9mm, 15mm, 22mm, 56mm; other sizes available upon inquiry.

     

    Camera features

    Lens integration It can be directly integrated with imaging lenses or microscopes that have standard C-mount interfaces, enabling rapid acquisition of spectral images (mapping).

    Automatic collection Supports automatic exposure, automatic scan speed matching, and automatic data acquisition and storage.

    Real-time calibration and model computation Includes over 25 index models for water bodies, vegetation, and more, supporting real-time data calibration and model computation.

    Auxiliary monitoring Equipped with an auxiliary viewfinder camera for real-time monitoring of the shooting area;

    Built-in power supply Built-in battery, supports standalone operation;

    Data correction function Supports radiance correction, reflectance correction, regional correction, lens calibration, and uniformity calibration.

    Lens compatibility The lens can be flexibly replaced;

    Software compatibility : The data format is perfectly compatible with professional analysis software such as Envi and SpecSight.

    Spectral Matching Search Supports real-time spectral matching search functionality for targets;

    Wireless remote control Built-in WiFi supports wireless remote control operation via Android smartphones, iPads, and iPhones;

    Remote transmission Gigabit Ethernet interface, supporting long-distance image transmission and remote control operation.

     

    Application Cases

     

    Outdoor Crop Growth Monitoring

    It can be applied to monitor the growth status of crops, such as their nitrogen content, chlorophyll levels, and biomass. It can also be used to detect crop diseases and assess soil fertility, thereby providing technical support for precision agriculture management.

    Spectral reflectance curves of crops under different nitrogen treatments

    Real-time monitoring of river water quality conditions

    It is applied to the real-time detection of over ten water quality parameters, including total phosphorus, total nitrogen, chlorophyll a, suspended solids, pH, chemical oxygen demand, ammonia nitrogen, dissolved oxygen, and others.

    Real-time monitoring of water quality parameters

    Plastic sorting

    Suitable for sorting various types of plastics, such as PE, PP, PS, PC, PA, PU, PEL, PVC, POM, and ABS.

    Plastic Type Sorting

    Counterfeit and Genuine Banknote Identification

    It can be applied to acquire hyperspectral images of banknotes, using spectral analysis and texture analysis methods to identify the authenticity of banknotes.

    Counterfeit and Genuine Banknote Identification

    Tree species identification and growth status

    Leaves from different tree species were collected and placed in an indoor dark-box system. Hyperspectral imaging data were acquired using the Lambda hyperspectral imaging system. By employing spectral analysis and texture analysis methods, we distinguished leaves of different tree species and analyzed the spatial distribution of agronomic indicators on these leaves.

    Identification of Leaf Species and Monitoring of Biomass and Leaf Nitrogen Content

    Fruit and vegetable sorting

    Applied to the identification of black and white spots on fruits, bruise damage, fruit ripeness assessment, and sugar content detection.

    Quickly identify damaged areas of fruit

    Biomedical

    Applied to tongue coating detection, wisdom tooth examination, skin detection, and mole identification.

    The distribution maps of tongue coating moisture content for patients K0074, K0082, and K0090, respectively.

    K0074 has a high moisture content and excessive salivation. This suggests that the patient is not mentally stable, which is one of the manifestations of chronic kidney disease.

    Facial Mole Recognition

    Tobacco Leaf Variety and Impurity Identification

    Detection of biochemical components in tobacco, identification of tobacco varieties, and recognition of impurities in tobacco.

    Tobacco leaf biochemical composition, tobacco leaf variety identification, and impurity detection

     

    Application areas

    1. Outdoor crop growth monitoring
    2. Real-time monitoring of river water quality conditions
    3. Plastic Sorting
    4. Genuine and counterfeit banknote identification
    5. Tree species identification and growth condition
    6. Fruit and vegetable sorting
    7. Biomedicine
    8. Identification of tobacco leaf types and impurities

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