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KUSTA

Hyperspectral cameras for industrial sorting processes

hyperspectral cameras

KUSTA

Real-time imaging analysis

The push-broom KUSTA hyperspectral imaging cameras analyse materials based on composition in the spectral range (NIR/SWIR) and/or in colour (VIS). The results are available in near real-time, making these cameras ideal for use in sorting or for monitoring material flows.

The combination of high-resolution, distortion-free imaging and a high measurement repetition rate is ideal for sophisticated materials analysis – even at high speeds and high material throughput.

Our hyperspectral cameras are designed specifically for use in harsh industrial environments. They can be used with our own software package systems via a Gigabit Ethernet connection and can also be integrated into Machine Vision / AI via an optional GenICam interface. Our hyperspectral camera systems are typically used as a complete system solution.

Key characteristics

Software

Camera Models

Select from 4 KUSTA camera models according to the required spectral wavelength range for your application:

KUSTA 0.9

VIS/NIR range 0.35 – 0.95 μm

KUSTA 1.7

Standard SWIR range 0.95 – 1.7 μm

KUSTA 1.9

Extended SWIR range 1.32 – 1.9 μm

KUSTA 2.2

Ultra-extended SWIR range 1.62 – 2.19 μm

Applications

SWIR/NIR

VIS

Specification

Spectral ranges

0.35 – 0.95 µm (KUSTA 0.9)
0.95 – 1.7 µm (KUSTA 1.7)

1.32 – 1.9 µm (KUSTA 1.9)

1.62 – 2.19 µm (KUSTA 2.2)

Spectral resolution

2.3 nm (VIS/NIR)
< 8 nm (SWIR)

Number of measuring tracks

192 – 320

Framerate

up to 579 fps (VIS/NIR)
up to 800 fps (SWIR)

Protection class

IP67

Data connection

Gigabit Ethernet

Width measuring range / conyeyor belt

0.5 – 2.8 m

Downloads

For more information on the KUSTA hyperspectral cameras, please download the brochure resource.

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    LLA Instruments GmbH

    Justus-von-Liebig Straße 9/11
    12489 Berlin
    Germany

    For Service Enquiries

    Contact Us

    Justus-von-Liebig
    Straße 9/11
    12489 Berlin
    Germany

    Phone:
    +49 30 629 0790-0
    Email:
    mail@lla.de