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Shanghai Zequan Technology Co., Ltd
Medium wave infrared hyperspectral imaging system FX50
NegotiableUpdate on 05/06
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Overview
The mid wave infrared hyperspectral imaging system FX50 $r $nSpecific FX50 is a high-speed, accurate, and stable line scan hyperspectral camera designed specifically for industrial environments. It covers the entire mid wave infrared (MWIR) spectral range of 2.7-5.3 μ m, pioneering the market and meeting the requirements of black plastic material sorting. The applications of the Specim FX50 also include rapid and reliable analysis of hydrocarbons and minerals, as well as detection of contaminants on metal surfaces.
Product Details
Medium wave infrared hyperspectral imaging system FX50
High speed, precise, and efficient spectral cameras designed specifically for industrial environments
The Specim FX50 is a high-speed, precise, and stable line scan hyperspectral camera designed specifically for industrial environments. It covers the entire mid wave infrared (MWIR) spectral range of 2.7-5.3 μ m, pioneering the market and meeting the requirements for black plastic sorting. The applications of the Specim FX50 also include rapid and reliable analysis of hydrocarbons and minerals, as well as detection of contaminants on metal surfaces.
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Performance characteristics: l Medium wave infrared optical range: used for most plastic classification l 高帧率和信噪比 l Optimized thermal management l Compact design: Durable and easy to install l Easy to integrate: communicate with business analysis software through standard interfaces l Unified spectral calibration: comparability of data from different units |
Application fields: l Classification of black plastics, such as PS, PE, PP, ABS, PVC, etc l Non black plastic and rubber l Garbage sorting and recycling l Mining and mineral exploration l environmental monitoring |
Technical parameters of the medium wave infrared hyperspectral imaging system FX50:
Spectral range:2.7–5.3 μm
Spectral resolution: 35 nm (mean)
Spectral sampling/pixel: 8.44 nm
Number of spectral bands: 154
Numerical aperture: 2.0
Optical amplification:0.5
Effective pixel size: 30 μ m
Effective slit width: 104 μ m
Effective slit length: 19.2 mm
Dynamic range: 2000:1 (1.5 ms); 5000:1（0.2 ms）
Signal to noise ratio: 1300:1 (1.5 ms); 1800:1（0.2 ms）
Number of spatial pixels: 640
Depth: 16
Frame rate: 377 FPS
Binning：1, 2,4 Spectral and Spatial (default 2x1)
ROI: Free selection of multiple bands of interest
Available pixel ratio:>99.6%
Image correction: non-uniformity correction, bad pixel replacement, automatic image enhancement (AIE)
Sensor material: MCT
Integrated cooling: Stirling
Full trap capacity: 5.0 Me - (IWR), 6.36 Me - (ITR)
Reading mode: IWR/ITR
Optical temperature: TEC stable
Lens interface: customized interface
Front camera: OLEM43, OLEM23, OLEM17
FOV：24°/45°/60°
Data output/control interface: GigE Vision or Custom Ethernet
Camera Control Protocol: GenICam, JSON-RPC
Power input: 24V DC
Power consumption: 90 W, typical 40 W
Interface: Ethernet, auxiliary, power, trigger input, trigger output
IP rating: IP40
Size: 280 × 202 × 161 mm
Weight: 7.0 kg
Storage temperature: -20+50 ℃
Working temperature:+5-40 ℃
Relative humidity: 5% -95% (without condensation)
Optional attachments:
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 ofSPECIMofDEVICEScanning software 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, can be done 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, can be done throughSPECIM LumoThe data acquisition software controls the scanning speed and angle.
Place of Origin: Finland SPECIM
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