Cameras

Efficient image processing for applications with limited batch sizes

• Detailed inspections with resolutions up to 65 MP
• High throughput with up to 1578 fps
• Complete flexibility with 10GBase-T for M12 copper cables or SFP+ slot for optical cables
• Dynamic adjustment to varying working distances and changing lighting conditions
• Flexible cross-sector solutions for applications
• Reliably capture the minutest details
• Easy, flexible, and cost-effective integration
• Precise image analysis with lasting stability
• Increased reliability coupled with reduced system and integration costs
• Short transmission and response times

• 4 x 8192 pixel prism-based 10GBASE-T line scan camera
• line rate of 36 kHz for RGB8 + NIR dual-stream output
• Prism technology for superior color quality and alignment of visible + NIR channels
• Backwards compatible to NBASE-T (5GBASE-T/2.5GBASE-T) and standard GigE (1000BASE-T)
• New “State of the art” CMOS sensors with 3.75 x 5.78 µm pixels
• Supports vertical dual-line binning, 2x horizontal binning, or both
• ROI capability can increase line rate by reducing number of pixels per line
• Flat field correction and color shading correction
• HSI and XYZ color space conversion
• Supports direct connection to rotary encoders plus large variety of trigger options
• GigE Vision 2.0 interface with choice of single-stream (RGBa8) or dual-stream output
• Color output can be 24/30/32-bit RGB or 8-bit YUV format
• Excellent shock and vibration resistance

THE FUTURE IS NOW

• The Perception System transforms sensor raw signals into corrected, standardised hyperspectral cube data allowing the intermediate operation of your hyperspectral system.
• Due our solutions can be intuitively configured for endless applications, the Perception System saves you time and money for the development expertise.
• No need for consulting experts allows to develop your own know-how and to protect it.
• One data processing for various hyperspectral cameras.

900 – 1700 nm high-precision infrared hyperspectral camera

Spectral channels: 196
Spectral resolution: 2.3 nm
Spatial channels: 1600
Bit depth: 12
Calibrated using white calibration tile.

900 – 1700 nm high-precision infrared hyperspectral camera

Spectral channels: 328
Spectral resolution: 2.5 nm
Spatial channels: 640
Bit depth: 14
Calibrated using white calibration tile.

900 – 1700 nm affordable infrared hyperspectral camera

Spectral channels: 164
Spectral resolution: 4.9 nm
Spatial channels: 320
Bit depth: 14
Calibrated using white calibration tile.

400 – 1000 nm High-precision VNIR Hyperspectral Camera

Spectral channels: 447
Spectral resolution: 1.3 nm
Spatial channels: 1600
Bit depth: 12
Calibrated using white calibration tile.

400 – 1000 nm lightweight, affordable VNIR hyperspectral camera

Spectral channels: 143
Bit depth: 12
Calibrated using radiometric calibration.
Geocorrected using SBG Ellipse-N GPS/IMU

Camera Link® Base (PoCL), GigE Vision, PoE, CoaXPress

• Auto exposure (with programmable limits)
• Auto gain (with programmable limits)
• Programmable area to normalize on
• Digital gain / offset
• Auto iris (video type)
• Motorized lens control (zoom, focus, iris)
• Auto white balance (Bayer Color or TRUESENSE Sparse CFA)
  • Programmable, continuous or once
• Binning (1x, 2x, 3x, 4x, 8x) Independent H & V
• Up to 7 programmable ROIs
• Double triggering (PIV)
• Image overlay (programmable/optical center)
• Image enhancements

• 5120 × 5120 px
• ON Semiconductor PYTHON 25K
• APS-H CMOS
• 10 fps
• Gigabit Ethernet

• Supports auto exposure control, user defined LUT and gamma correction.
• Cameras can be synchronized with hard trigger and soft trigger. Different exposure modes supported.
• Compact structure with the size of 29mm×29mm×30mm, suitable for tight mounting requirement.
• The USB3.0 interface is tightly locked to prevent accidental unplugging and dropping.
• Compatible with USB 3.0 Vision V1.0.

• Supports auto exposure control, user defined LUT and gamma correction.
• Cameras can be synchronized with hard trigger and soft trigger. Different exposure modes supported.
• Compact structure with the size of 29mm×29mm×30mm, suitable for tight mounting requirement.
• The USB3.0 interface is tightly locked to prevent accidental unplugging and dropping.
• Compatible with USB 3.0 Vision V1.0.

• Supports auto exposure control, user defined LUT and gamma correction.
• Cameras can be synchronized with hard trigger and soft trigger. Different exposure modes supported.
• Compact structure with the size of 29mm×29mm×30mm, suitable for tight mounting requirement.
• The USB3.0 interface is tightly locked to prevent accidental unplugging and dropping.
• Compatible with USB 3.0 Vision V1.0.

RISE 4260HD Series with Command Core^TM  H.264 High-Definition, IP68 Camera Positioning System     

• Advanced Optics
• Installation and Interoperability
• Rugged Construction
• Command CoreTM Action Engine
• Provides a full function web server

• 8-megapixel ON Semiconductor
• KAI-08051 CCD image sensor
• Camera Link Medium, CoaXPress
• Ruggedized and industrial versions
• Lens control for Canon EF mount
• Monochrome, Bayer, Sparse Color Filter Array image sensor types
• Frame rates up to 21 fps
• Forced air cooling available (I)
• Programming software GUI
• Broad dynamic range and high sensitivity
• Analog and digital gain/offset controls
• Area of interest (master/slave)
• Programmable long exposure mode
• Automatic gain, automatic exposure control (R)
• Automatic and manual white balance
• Internal/external exposure control
• Large number of trigger modes
• Aerial mapping tools (cross-hair superposition, mid-exposure signal) (R)
• Programmable lookup tables (LUT)
• Flat field and bad pixel correction
• Field upgradeable firmware

• Camera Link Medium, CoaXPress
• Ruggedized and industrial versions
• Lens control for Canon EF mount
• Monochrome, Bayer, Sparse Color Filter Array image sensor types
• Frame rates up to 34 fps
• Forced air cooling available (I)
• Programming software GUI
• Broad dynamic range and high sensitivity
• Analog and digital gain/offset controls
• Area of interest (master/slave)
• Programmable long exposure mode
• Automatic gain, automatic exposure control (R)
• Automatic and manual white balance
• Internal/external exposure control
• Large number of trigger modes
• Aerial mapping tools (cross-hair superposition, mid-exposure signal) (R)
• Programmable lookup tables (LUT)
• Flat field and bad pixel correction
• Field upgradeable firmware