Skip to Content
  1. All Products
  2. All Products
  3. Spectrovis CoreLine 200
-

Spectrovis CoreLine 200

https://www.spectrovis.com/web/image/product.template/431/image_1920?unique=1f33428
The Spectrovis CoreLine 200 captures detailed hyperspectral data across the 400–1000 nm range. This compact line-scan system is designed for precision quality control and material identification across industries such as textiles, agriculture, and recycling. Its broad spectral range and ease of integration make it a popular industrial solution.

10,000.00 € 10000.0 EUR 10,000.00 € Tax Excluded

$ 10,000.00 Tax Excluded

Not Available For Sale

    This combination does not exist.

    Spectrovis offers high-precision hyperspectral imaging systems designed for professionals across science, industry, and innovation. Our cameras operate across visible (VIS), near-infrared (NIR), and short-wave infrared (SWIR) ranges, capturing detailed spectral data that goes far beyond conventional imaging.

    Every Spectrovis system is engineered for performance, ease of use, and seamless integration into research labs, production lines, and field environments. Whether you're analyzing plant health, inspecting materials, or automating quality control, our platforms provide accurate, repeatable insights — in real time.

    Trusted in agriculture, recycling, pharmaceuticals, forensics, and academic research, Spectrovis technology helps you visualize the invisible and make better decisions through spectral intelligence.

    Contact Us

    Specifications

    Spectral Range 400–1000 nm
    Spectral Resolution <2.5 nm
    Spectral Channels 600
    Spatial Resolution 1920 spatial pixels
    Detector Type CMOS
    Sensor Type Line-Scan
    Wavelength Band VIS-NIR
    Frame Rate ~41 Hz (full), faster with ROI
    Interface USB 3.0
    Lens Mount C-Mount
    Power Supply External
    External Trigger Yes
    Software Included Yes
    Operating Temperature 0–40°C
    Use Case Material sorting, surface inspection, general industrial hyperspectral analysis