Short wave near-infrared hyperspectral imaging system FX19

Short wave near-infrared hyperspectral imaging system FX19

Specim FX19It is a high-speed push scan hyperspectral camera suitable for online industrial inspection andahead of its timeIn the field of research and development, the working band covers the extended near-infrared/shortwave infrared range (1130-1920 nm). Based on mature Specim FX series technology, this camera integrates industry expertiseCase companies, theyWith a spatial resolution of 640 px and a frame rate of up to 527 frames per second, accurate and efficient material recognition can be achieved on high-speed conveying systems.

The main features and advantages of the short wave near-infrared hyperspectral imaging system FX19 are:

High collection speed

The high-speed transmission system can reach a speed of527 fps

640 spatial pixels

Detailed material analysis

Gigabit Ethernet visual interface

Easy integration with standard Gigabit Ethernet

Flexible and high-quality optical components

Lens options and adjustable working distance, from wide-angle imaging to macro imaging

Built in advanced image enhancement function

Ready to use data with minimal post-processing required

Unified Spectral Calibration

The data of each unit is consistent and comparable

Spectral response:

Application fields:

• Plastic, paper, and electronic waste classification

• Textile recycling

• Tin foil and thin film testing

• Pharmacology

Technical parameters:

Spectral range: 1130-1920 nm

Spectral resolution (FWHM): 8 nm (mean)

Spectral sampling/pixel: 3.5 nm

Number of spectral bands: 224

Spatial pixels: 640

Numerical aperture: 1.7

Optical amplification: 0.8

Effective pixel size: 18.7 μ m (front mirror plane)

Effective slit width: Physical width 42 μ m; Sensor projection 32 μ m (front mirror plane)

Effective slit length: 12.0 mm (front mirror plane)

Maximum signal-to-noise ratio: 1170:1

Dynamic range: 72db=4200:1

Depth: 12

Maximum frame rate: 527 FPS full range

Binning：1, 2,4 Spectral and Spatial (default 1X1)

ROI: Free selection of multiple bands of interest

Pixel effectiveness: ≥ 99%

Image correction: Non uniformity correction (NUC), bad pixel replacement (BPR), automatic image enhancement (AIE)

Sensor: InGaAs

Sensor cooling: TEC

Full trap capacity: 1.4 Me-

Reading mode: IWR/ITR

Lens interface: customized interface

Front lens field of view options: 12 °, 22 °, 38 °, 53 °, 66 °, 75 °, 90 °, macro lens

Data output/control interface: GigE Vision

Control Protocol: GenICam

Power input: 12-24V DC

Power consumption: maximum 24 W

Interface: 17 pin M12 interface for power and I/O, M12 X-encoded Ethernet interface

IP rating: IP52

Dimensions (L × W × H): 150 mm × 71 mm × 85 mm, can be installed on all four sides

Weight: 1.5 kg

Storage temperature: -20+50 ℃ (no condensation)

Working temperature:+5+40 ℃ (no condensation)

Relative humidity: 5% 95% (no condensation)

Optional attachments:

l Lab Scanner 40×20

A small scanning platform for laboratory use, with 40 x20cm sample tray, camera bracket, halogen lighting fixture, camera height adjustment accessory. The scanning platform is controlled by SPECIM's LUMO software.

l Lab Scanner 100×50

A large scanning platform used in the laboratory. with100 x 50A centimeter sample tray, camera bracket, and camera height adjustment accessory. Can beVNIRandSWIRThe camera provides halogen illumination or line light source. The scanning platform is composed ofSPECIMofDEVICESoftware control.

l RS10 Rotating Platform

Installing a hyperspectral camera on a rotating platform makes it easy to scan images of stationary target objects in the laboratory and field. The spectral camera is connected to the rotating platform through an adapter with a special mount, and the rotating platform uses3/8The inch screw is directly connected to a standard tripod. The maximum payload of the platform is10 kg, throughSPECIM LumoThe data acquisition software controls the scanning speed and angle.

l RS50 Rotating Platform

Installing a hyperspectral camera on a rotating platform makes it easy to scan images of stationary target objects in the laboratory and field. The spectral camera is connected to the rotating platform through an adapter with a special mount, and the rotating platform uses3/8The inch screw is directly connected to a standard tripod. The maximum payload of the platform is50 kg, throughSPECIM LumoThe data acquisition software controls the scanning speed and angle.

Origin: SPECIM, Finland