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Portable hyperspectral imager | SIMTRUM Photonics Store

Products / Light Analysis /Spectrometers /Hyperspectral Camera (220nm-12.5μm) /Portable Hyperspectral Imager /
Portable Hyperspectral Imager
Overview Specifications Application Case Related Products Order Now!

SIMTRUM's HY-60 series portable hyperspectral imager is a spectral imaging system suitable for field work. The host has a built-in power module, no need for cumbersome external wiring and field professional tripod, with the advantages of rapid erection and rapid completion of acquisition work. Provide rapid and convenient solutions for agricultural and forestry research, ecological environment, urban applications, industrial applications, archaeological relics, geological exploration and military applications.

The built-in push-scan portable hyperspectral imager is equipped with a laser ranging module and an autofocus lens, which can quickly complete the autofocus of the hyperspectral camera and complete the data collection operation through the built-in push-scan structure, which is convenient and fast.

 

Features
  • Large target surface hyperspectral camera
  • The band covers 400-1700nm(VIS-NIR)
  • Built-in push scan: High-precision built-in scanning module,automatic speed matching,and push scan imaging

 

Application
  • Agriculture and forestry: Pest and disease monitoring, drought prediction, plant identification, grassland growth condition
  • Archaeological relics: Site determination, material identification, pigment discrimination
  • Ecological environment: water body monitoring, atmospheric environment monitoring, soil nutrition determination
  • Geological exploration: oil exploration, mineral exploration, mineral mapping
  • Urban applications: Urban planning, road damage monitoring, environmental protection inspection, landscape plant monitoring
  • Military applications: Target verification, anti-camouflage recognition

Parameter LA-HY01-6010-S LA-HY01-6030-S
Imaging mode Built-in push sweep
Spectral range 400-1000nm 900-1700nm
Spectral resolution better than 2.8nm better than 6nm
Sampling interval 0.5nm 1.7nm
F number F/2.6 F/2.0
Detector CMOS InGaAs(TE Cooled)
Detector interface GigE / USB3.0 GigE
Power supply External power supply(12-24VDC)，3W 12VDC ，8.4W（TEC OFF) /
16W（TEC ON)
Detector target surface size 1/1.2”, 11.3mm x 7.1mm 9.6mm x 7.68mm
Resolution of the detector 1920*1200 640*512
Pixel size of the detector 5.86 µm x 5.86µm 15µm x15µm
Pixel bit depth 12bit 10bit / 12bit
Slit width 25µm 30μm
Number of spatial channels 480 640
Number of spectral channels 300 512
Field of View (FOV) 14.6°@f=35mm 15.6°@f=35mm
Instantaneous Field of View (IFOV) 0.71mrad@f=35mm 0.43mrad@f=35mm
Frame rate 50fps/128fps 175fps
Focusing mode Auto focus Manual focus
Focal length 35mm 35mm
Longitudinal field of view Angle 15.6°f=35mm 15.6°f=35mm
Horizontal scanning range ≥45° ≥30°
Power supply mode 12VDC 12VDC
 
Accessories
Parameter LA-HY01-6010-S LA-HY01-6030-S
Data cable Standard configuration
Power cord Standard configuration
Field-specific tripod Standard configuration
Hyperspectral dedicated reflectance board 30cm*30cm，Reflectivity is optional（2%-95%）
Acquisition and control software Standard configuration
Data Processing and Analysis Software - Basic Version Standard configuration
Customized three-proof box Standard configuration
 
Component module
Module Function Description
Hyperspectral camera Hyperspectral data acquisition
Laser ranging module Used to measure object distance and assist focusing
High-precision scanning module Drive the hyperspectral camera to push and scan for imaging
Embedded power supply module Supply power to the entire machine. It can run for about 2 hours when fully charged
Autofocus lens Realize fully automatic focusing
Notebook computer Realize the data collection and storage of the equipment

Identification of genuine and fake green plants
 

 

The above figure shows the original spectra of true and false epipremnum aureum collected by visible and near-infrared. The leaf surface spectral lines of true and false Epipremnum aureum were picked respectively, and the differences can be clearly seen.

The following figure shows a comparison between the 500nm&750nm&800nm composite image and the RGB composite image. It can be seen that the RGB composite image, like the human eye, cannot distinguish materials by color. The 500nm&750nm&800nm composite image can clearly identify the two different materials of the test object. The plastic material of the fake green vine appears purple, while the real green vine appears blue.


Model Link
Line Scan Hyperspectral Camera https://www.simtrum.com/WebShop/ProductList5.aspx?pid=692
Snapshot Multispectral Camera https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1964
Multispectral Imaging Systems https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1966
Multispectral Camera for Microscope https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1967
Multispectral Drone Cameras https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1965

 

Model Spectral Range Spectral resolution Resolution Frame rate
Line-scan hyperspectral camera 220-380nm better than 2nm 2048*2048 40fps
1056*1027
400-1000nm better than 7nm 1312*1082 130fps
950-1700nm better than 9nm 320*256 330fps
640*512
2900-4300nm better than 20nm 320*256 642 fps @ 200 bands
Multi-detector line-scan hyperspectral camera 400-1700nm 400-1000nm:better than 2.8nm 400-1000nm:5.86 µm x 5.86 µm 400-1000nm:128fps
900-1700nm: better than6nm 900-1700nm:15µm x15 µm 900-1700nm: 175fps
400-2500nm 400-1000nm:better than2.8nm 400-1000nm:5.86 µm x 5.86 µm 400-1000nm:128fps
100-2500nm: better than10nm 100-2500nm:15µm x15 µm 1000-2500nm:100fps
Thermal infrared hyperspectral camera 7700-12500nm better than 40nm 15µm x15 µm /
Microscopic Hyperspectral Imager 400-1000nm better than 2.8nm 1920*1200 128fps
900-1700nm better than 6nm 640*512 140fps
UAV-Borne Hyperspectral Imaging System 400-1000nm better than 2.8nm 1920*1200 128fps
900-1700nm better than 6nm 1280*1024 125fps
900-2500nm better than 10nm 640*512 ≥100fps
400-2500nm 400-1000nm:better than 2.8nm 400-1000nm:5.86 µm x 5.86 µm 400-1000nm:128fps
1000-2500nm:better than 10nm 100-2500nm:15µm x15 µm 1000-2500nm:100fps
Portable hyperspectral camera 400-1000nm better than 2.8nm 1920*1200 50/128fps
900-1700nm better than 6nm 640*512 175fps

 


Technical Guide

If you need our technical team for guidance on product selection or customization, please help to provide below technical information, it helps to speed up the process.

Items Detail Remark
Application? Agriculture/Mining/Food safety/
Industrial sorting/Environmental monitoring		  
What is the required spectral range? UV/VIS/NIR/MIR/LWIR  
What spectral resolution is required? eg:2nm  
What spatial resolution is required?    
What is the size of the field of view? eg:18°  
What is the motion state of the object being measured? Motion/static?  
What is the required frame rate? Moving objects require a high frame rate;
otherwise, there will be ghosting when shooting		  
What is the required data interface? USB /GigE port  
Is a lighting source needed? The core of hyperspectral imaging is to obtain the reflection information of the target object at different wavelengths. Under low-light conditions, an external light source is required for illumination. Meanwhile, external light source illumination can provide more uniform and stable light, avoiding the dark differences and spectral distortion of the image caused by uneven illumination. The lighting source can be selected as: halogen lamp /LED light source
Is a reflectance board needed? The function of a reflectance board is to provide a calibration reference for hyperspectral data, ensuring the accuracy and traceability of spectral reflectance data.Since there are usually certain differences in reflectance measured by different devices and at different times, after calibration with a reflectance board, the spectral data of the same target collected by different cameras/times can be directly compared. That is: The function of the reflectance board is to enable the quantification of hyperspectral data.

 

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Compare Model Drawings & Specs Availability Reference Price
(USD)
LA-HY01-6010-S
Spectral range: 400-1000nm； Spectral resolution: Better than 2.8nm； Number of spatial channels: 480； Number of spectral channels: 300； Frame rate: 50/128 FPS； Slit width: 25µm； Focusing mode: Auto focus 		4-6周 $20521.00
LA-HY01-6030-S
Spectral range: 900-1700nm； Spectral resolution: Better than 6nm； Number of spatial channels: 640； Number of spectral channels: 512； Frame rate: 175fps； Slit width: 30µm； Focusing method: Manual focus 		4-6周 $30140.00

LA-HY01-6030-S - Parameter

LA-HY01-6010-S - Parameter

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LA-HY01-6010-S - Download

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