JAI - Fusion

Multi-sensor area scan camera for multi-spectral imaging. The multi-spectral technology enables the simultaneous imaging of visible colour and NIR light via two or three different channels and one lens.

Key Features

  • Sensor: various models CMOS (2 or 3 sensor in one camera)
  • Resolution (FS models) : up to 2018 x 1536 pixel and 123 fps with full resolution
  • Bit depth: 10 bit or 8 bit output for NIR
  • Features: separate AGC (automatic gain control) for each channel, simultaneously captures visible and NIR through the same optical path
  • I/O: programmable GPIO with opto-isolated inputs and outputs
  • Interface: GigE Vision with 10GBASE-T (10GigE)  

Find the right model for your needs

Use the filters below to narrow down your selection based on your application requirements

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Product Name Wavelength range Resolution (MP) Frame rate (Hz) Lens mount Interface Sensor model Manufacturer Dimension (depth, mm) Dimension (height, mm) Dimension (width, mm) Resolution Horizontal (Px) Housing Pixel size (µm) Scan type Sensor format Sensor size diagonal (mm) Sensor type Shutter type Weight (kg)
Colour; VIS-NIR 1.6 226 C-Mount Gigabit Ethernet IMX273 JAI 86.4 62 62 1440 standard 3.45 area 1/2.9" 6.27 CMOS Global shutter 0.270
Colour; VIS-NIR 3.2 123 C-Mount Gigabit Ethernet IMX265 JAI 86.4 62 62 2048 standard 3.45 area 1/1.8" 8.89 CMOS Global shutter 0.270
Colour; VIS-NIR 3.2 123 C-Mount Gigabit Ethernet IMX265 JAI 84 44 44 2065 standard 3.45 area 1/1.8" 8.89 CMOS Global shutter/Prog scan 0.200

Why choose JAI - Fusion?

Replaces multiple inspection stations with a single setup

JAI’s prism technology ensures perfect two-channel alignment, allowing users to replace multiple inspection stations with a single setup, providing both ease of use and lower equipment and maintenance costs.

Multi-spectral image acquisition for unique solutions

JAI's multi-sensor, multi-spectral prism cameras provide simultaneous images of different light spectrums through a single optical path. The cameras split incoming light into two separate channels - a visible color channel from 400-700nm and a near infrared (NIR) channel from 750-900+nm.

This makes it possible to simultaneously inspect surface properties or printing, as well as sub-surface defects or other information which is optimally detected at NIR wavelengths.

Individual exposure time adjustment for each channel

Separate exposure control for each channel allows the channels to be adjusted to one another without changes in the gain - maintaining a consistent signal-to-noise ratio at all times.

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