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Line Scan Hyperspectral Camera (220nm-4.2um)

Hypespectral Imaging Camera 

Hyperspectral imaging systems are imaging spectrometer systems that record spctrum information and image information of the targeted material precisely in real time. The spectral data can be evaluated by means of a chemometric data analysis and thus enable reliable classifications or quantifications.The spectrometer systems that are based on diode arrays are characterized by a solid design, reliable and low-maintenance operation as well as very short measuring times and thus a high sample throughput. These properties allow for our cameras to be adopted for routine and process analysis applications in industrial environments. 


We offer 5 cameras available cover applications from the Ultraviolet (UV), Visible (VIS), Near Infrared (NIR), Short wave Infrared (SWIR), Mid-wave Infrared (MWIR) hyperspectral imaging.with software packages, accessories, optics and mounts are available to support remote sensing applications.

Hyperspectral Imaging Camera Model Guide 

(By Wavelength Range)

Hyperspectral Camera

Spectral Range

Resolution

Spectral Resolution

Blue Eye(UV)

220 to 380nm

2048 x 2048px

1056 x 1027px

< 2nm or < 1nm

Green Eye (VIS-NIR)

400 to 1000nm

1312 x 1082px

<10 nm (with 80 µm slit)

Orange Eye (VIS-NIR)

580 to 1000nm

1312 x 1082px

<10 nm (with 80um slit)

Red Eye (NIR)

950 to 1700nm

320 x 256px

640 x 512 px

<10 nm (with 80 µm slit)

Red Eye (NIR)

1200-2200nm

320 x 256px

640 x 512px

<10 nm (with 80 µm slit)

Black Eye (MWIR)

2900 to   4200nm

320 x 256px

< 18 nm (with 80 µm slit)







Blue Eye

UV (220 - 380 nm)

Green Eye

VIS-NIR (400 - 1000 nm)

Orange Eye

VIS-NIR (580 - 1000 nm)

Red Eye

NIR (950 - 1700 nm)

Black Eye

MIR (2900 - 4200 nm)


Hyperspectral imaging Camera Industry Application

●   Waste Recycling applicatoin : (Sorting of Plastics, Paper recycling, Building Material) 

●   Food Safety application: (Qualify control of Fruits, vegatable, legumes, nuts or processed food, |  Detection of foreign substances)

●  Process Control Application:(Pharmaceutical detection | Determination of moisture content | Control of gluing process)

●  Agricultral Applications Read More


Accessories

UV 35 mm F/2.8 1/2" C-Mount

Camera holder

 and one axis roller stage


VIS-NIR 16 mm F/1.4 C-Mount
VIS-NIR 25 mm CFF
VIS-NIR 35 mm CFF
VIS-NIR 50 mm F/2 C-Mount
RGB 5 mm

White reference 

(Spectralon 50x20cm)

RGB 25 mm

MIR light bar 1 m 

(different dimensions available)

NIR 8 mm F/1.4 1" C-MountHalogen light bar 0.5 m
NIR 12 mm F/1.4 1" C-MountHalogen light bar 1 m
NIR 16 mm F/1.4 1" C-MountHalogen light bar 1.5 m
NIR 25 mm F/1.4 1" C-MountHalogen light bar 2 m
NIR 35 mm F/1.4 1" C-Mount

RGB/LED lighting 

(flash sequence 1)

NIR 50 mm F/1.4 1" C-Mount

RGB/LED lighting 

(flash sequence 2)



UV Hyperspectral Imaging Camera (220 – 380 nm)

English Brochure: BlueEye_Summary | BlueEye  | BlueEye_Scientific | Blueye_TEC

中文产品册: BlueEye Summary | BlueEye | BlueEye_Scientific | BlueEye_TEC


The BlueEye (220 – 380 nm) is a linescan (pushbroom) ultraviolet hyperspectral imaging camera which allows the acquisition of real-time data with high spatial and spectral resolution. This high-sensitivity camera is an excellent solution for a vast multitude of biological (e.g. chlorophyll and carotenoid), biochemical (e.g. fl uorescence diagnosis of malignancies) and environmental applications. Combining advanced reflection grating technology, a sensitive CMOS detector and high-end electronics with superior optical design, the BlueEye camera enables exceptional performance for the most demanding applications. Dedicated software packages for various user requirements are available


The BLUE EYE comes in 3 different models.


Product Specification 

ParametersBlueEyeBlueEye TECBlueEye Scientific
Spectral rangetyp. 220 – 380 nm
Spectral resolution <  2 nm< 1 nm
Nominal dispersion ~0.1     nm / px~0.2 nm / px
Spatial resolutionTBA (Customized)
Smile /µm< 160 µm
Keystone /µm< 20 µm
F/#2.4
Standard slit-width80 µm30 µm
SensorBack-illuminated CMOSBack-illuminated CCD (full frame architecture)
Sensor coolingpassive

TEC: -25°C to 20°C (forced air,

 liquid cooling optional)

TEC: -100°C  to 20°C
(multistage, forced air, liquid  cooling optional)
Sensor pixels2048 x 20481056 x 1027
Active area (spatial x   spectral)typ.1845 x 2048typ. 920 x 1027
Pixel Size6.5 µm x 6,5 µm13 µm x 13 µm
Framerate40 fps full frame5 fps full frame
Shutter typeRolling shutter-
Exposure / shutter time10 µs … 500 µs10 µs ... 20 s1 ms ... 2000 s
Optical interfacec-mount
Binning (spatial | spectral)x1, x2, x3 | x1,   x2, x3- | x1, x2, x3
Bitdepth16 bit (2 x 12   bit ADC @ low & high gain)18 bits
ROI (hor. | ver.)(n+x)*32 pixel |   (m+y)*8 pixel-
Data interfaceUSB 3.0USB 3.0, GigE
Power consumption< 4.5 W< 4.5 W + <   10 W
    external power supply
< 1.1 A, 230   VAC
Operating conditions +10°C to + 40°C  < 80% rel. humidity, non-condensing0°C to 35°C
Storage conditions-10°C to + 60 °C                               0°C to + 35 °C



Visible and NIR Hyperspectral Imaging Camera 

English Brochure :GreenEye OrangeEye 

中文产品册:   GreenEye | OrangeEye


The GreenEye (400-1000nm) is a linescan (pushbroom) visible and near-infrared hyperspectral imaging camera that allows the acquisition of real-time spectral data with very high spatial resolution. In addition to chemical information, i.e. material characteristics, precise color information is obtained as well. 


Combining superior optical design with advanced holographic transmission grating technology, highend electronics and a sensitive CMOS detector, the GreenEye camera’s outstanding performance makes it an ideal tool even for the most demanding laboratory or process analytical applications





The OrangeEye (580 to 1000nm) is a linescan (pushbroom) visible and near-infrared hyperspectral imaging camera that allows the acquisition of real-time spectral data with very high spatial resolution. In addition to chemical information, i.e. material characteristics, precise color information is obtained as well. Combining superior optical design with advanced holographic transmission grating technology, high-end electronics and a sensitive CMOS detector


the OrangeEye camera’s outstanding performance makes it an ideal tool even for the most demanding laboratory or process analytical applications. A variety of dedicated accessories for the OrangeEye ensures seamless integration in any individual application scenario. Depending on the measured object dimensions, various camera lenses (fore optics) can be chosen for optimal image quality. 


Product Specification 

ParametersOrangeEyeGreenEYE
Spectral Range580 to 1000nm400 to 1000 nm
Spectral Resolution10nm (with 80um slit)10 nm (with 80 µm slit)
Spatial ResolutionRms spot radius <35umrms spot radius  < 35 µm
Dispersion62nm /mm85 nm/mm
Smile<90um< 90 µm
Keystone<30um< 30 µm
F/#2.82.8
Standard   Slit-Width80 µm (others on request)80 µm (others on request)
SensorCMOS enhanced in VNIR rangeCMOS enhanced in VNIR range
Pixels in full   frame1312   x 10821312 x 1082
Pixel size8 µm x 8 µm8 µm x 8 µm
Bit Depth12bit12 bit
Frame Rateup to 54 fps full resolution (8 bit)up to 54 fps full   resolution (8   bit)
Size and Weight 236   x 50 x 46 mm / 2 kg236 x 50 x 46 mm   / 2KG
Lens mountStandard C-mountStandard C-mount
Data interfaceGigabit EthernetGigabit Ethernet
Camera controlRS 485RS   485
Power consumption< 4.8 W< 4.8 W
Power Supply12 V DC to   24 V DC12 V DC
Temperature (Operating)0 °C to +   50 °C0 to +50
Temperature (Storage)-10 °C to   + 50 °C-10 to +50



NIR Hyperspectral Imaging Camera (950 to 1700 nm)

English Brochure: RedEye_1.7_NEWRedEye_1.7 _ High_ResRedEye_NEW_2.2

中文产品册: RedEye_1.7_NEW | RedEye_1.7 _ 2.2 | RedEye_NEW_2.2

The RedEye (950 to 1700 nm) is a linescan (pushbroom) hyperspectral imaging camera in the 

near-infrared spectral range that allows the acquisition of real-time data with high spectral and spatial 

resolution. This new capability was developed from our vast experience with industrial applications we 

have delivered in the past decade.


Combining the superior optical design with itsadvanced 3-D transmission grating technology, highend 

electronics, and a fast FPA detector, the RedEye camera provide outstanding performance even under 

harsh environmental conditions. To meet different user demands, multiple software packages are 

available: From hardware drivers through laboratory ssoftware up to fully automated real-time routines 

for rapid data acquisition, evaluation, and process control.



Specification Sheet

Parameters
RedEye 1.7 - NEWRedEye 1.7 - HighResRedEye 2.2
Spectrograph
Spectral Rangetyp. 950 to 1700 nmtyp. 950 to 1700 nmtyp. 1200 to 2200 nm
Dispersion 106 nm/mm106 nm/mm140 nm/mm
Spectral resolution 
10 nm (with 80 µm slit)10 nm (with 80 µm slit)13 nm (with 80 µm slit)
Spatial resolution rms spot radius 
<60 µm<60 µm<85 µm
Smile 
<50 µm<50 µm< 75 µm
F-number 
2.62.62.6
Slit width (default) 
80 µm (others on request)80 µm (others on request)80 µm
Electronics
Sensor extended
InGaAsInGaAsInGaAs
Pixels in full frame 
320 x 256640 x 512320 x 256

Pixel size 

30 x 30 µm15 x 15 µm30 x 30 µm
Bit depth 
13 bit12 bit14 bit
Frame rate

330 fps (full frame)

4200 fps (4 bands)

330 fps (full frame)

4200 fps (4 bands)

330 fps (full frame)
Data interface 

Gigabit Ethernet

(GigE Vision standard)

Gigabit Ethernet

(GigE Vision standard)

Gigabit Ethernet
Cooling 
1-Stage TEC1-Stage TEC2-Stage TEC

Operating Condition

Temperature 
-5°C to + 40°C-5°C to + 40°C-5°C to + 40°C



MIR Hyperspectral Imaging Camera (2900 – 4200 nm)

Product brochure : BlackEye    中文产品册: BlackEye


MIR hyperspectral imaging camera

The BlackEye (2900 – 4200 nm) is a linescan (pushbroom) hyperspectral imaging camera in the mid-infrared spectral range that allows the acquisition of real-time data with high spectral and spatial resolution. This high-sensitivity and ultra-fast camera is an excellent solution even for the most challenging chemical imaging applications in laboratories and industrial manufacturing, for example, black plastic or mineral identification and sorting.


Combining superior optical design with advanced reflection grating technology, a fast cryo-cooled InSb detector and high-end electronics, the BlackEye camera provides an exceptional performance even under harsh environmental conditions. By choosing various camera lenses (fore optics), the BlackEye can be easily adapted to a wide range of applications, ensuring optimal image quality and size.


Specification Sheet

ParametersBlackEye
Spectral range2900 to 4200   nm
Spectral resolution< 18 nm   (with 80 µm slit)
Nominal dispersion171 nm/mm
Spatial resolutionrms spot   radius < 40 µm
Smile /µm< 180 µm
Keystone /µm< 35 µm
F/#4
Standard slit-width80 µm (others on request)
SensorInSb
Sensor pixels320 x 256
Pixel Size30 x 30 µm
Framerate383 Hz
Optical interfaceBayonet
Bit depth14 bit
Data interfaceGigabit   Ethernet /CamLink
Power consumption12 V / 5 A DC
CoolingStirling   cooling, MTBF 8000 h
Operating conditions-5  to   +40
Storage conditions-10  to   +60
Size and   Weight436 x 184 x 258mm / 7kg



Hyperspectral Camera Application Samples

Food Quality Control 

Our range of groceries has never been as wide as it is today: Mechanical cultivation and harvesting methods, global transportation and supply chains, and the increase in highly processed foods have lastingly changed our eating habits. At the same time, they present new challenges for producers, packers and logistics with respect to quality assurance. Where visual inspection reaches its limits, quality control has been carried out for years using camera-based measurement systems. In the meantime, HSI systems are increasingly used: They provide valuable additional information that normal cameras cannot see. For example, they can track down foreign bodies, measure the composition of ingredients, or find spoiled items.

Hyperspectral imaging camera can be adopted in food industry for quality control, below pictures gives a great example, we use our hyperspectral camera to inspect the humiduty (moisture) level of the food, and to idenfity different material of the food (such as sesame). 


Humidity Quantification 
Humidity QuantificationIdentify Material 


Below application shows we use hyperspectral camera to identify stone and soil from photatos in a high speed process

Identify Potato, Stone and Soil


Plastic sorting for recycling with high speed 

Recycling is practised environmental protection: It conserves raw materials and the climate and helps to reduce the increasing worldwide waste occurence. High recycling rates are already being achieved in many areas. However, it is not only the amount of recycled material that counts, but also its quality. Whether it is household waste, construction waste or industrial waste: For an efficient circular economy, recyclable raw materials must be removed automatically and fast from the waste stream and be sorted by type. HSI cameras can help with this: In addition to different material classifications, they make coatings, contaminations, and basic components visible. 


They are suitable for millimeter-sized waste particles as well as for objects up to half a meter in diameter or more. High recording speed, precise results and efficient data analysis tools speed up the sorting process and ensure a consistently high quality of the recycled material. with high resolution and high speed feature it is a perfect tool to improve the quality and efficiency of plastic sorting machine, below example shows our NIR hyperspectral camera system used in plastic sorting machine, 


High Speed Plastic Sorting MachineNIR Hyperspectral Camera in the systemHyperspectral Measurement data


Hyperspectral Measurment 1

Plastic pellets and additives 1

Hyperspectral Measurment 2Plastic pellets and additives 2


Process Control

In many industries, constant control of all production steps is essential to ensure the quality of intermediate and final products. Control is carried out, for example, by means of random sampling, visual inspections or lengthy laboratory tests. Compared to these methods, HSI offers decisive advantages: It allows objective 100% control of all goods in real time. Parts or whole batches that deviate from the target can thus be ejected at an early stage or the process parameters can be adjusted accordingly. This saves unnecessary work steps, energy and resources. The fields of application of HSI are extremely diverse: The technology is suitable, for example, for checking ingredients, material identities, and surface properties or color fidelity.


Below application shows we use hyperspectral camera to identify almond from foreign objects in a high speed process

Almond Processing
Detection of almond shells and other foreign objectsAlmond Hyperspectral Data Analysis


Below application shows we use hyperspectral camera to identify different pill contents from a package, it was able to detector wrong pharmaceutical pills from a package. 

Pharmaceutical PillHyperspectral imaging ResultPill Hyperspectral Graph 


Below application shows we use hyperspectral camera to seperate bacteria from other contaminations. 

Bacteria ContaminationBacteria Contamination hyperspectral image ResultBacteria Hyperspectral Graph



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Compare Model Drawings & Specs Availability Reference Price
(USD)
BlueEye UV STD (220 – 380 nm)
Wavelength Range 220 – 380 nm , Passive cooling, 2048 x 2048 Pixel, 40FPS, Spectral Resolution <2nm
6 - 10 Weeks Request for quote
BlueEye UV TEC (220 – 380 nm)
Wavelength Range 220 – 380 nm , TEC cooling -25 degrees, 2048 x 2048 Pixel, 40FPS, Spectral Resolution <2nm
6 - 10 Weeks Request for quote
BlueEye UV Scientific (220 – 380 nm)
Wavelength Range 220 – 380 nm , 4XTEC cooling -100 degrees, 1056 x 1027 Pixel, 5FPS, Spectral Resolution <1nm
6 - 10 Weeks Request for quote
GreenEye Hyperspectral Camera (400-1000nm)
Wavelength Range 400-1000nm 1312 x 1082 Pixel, up to 54 FPS, Spectral Resolution 10 nm
4-6 Weeks Request for quote
OrangeEye Hyperspectral Camera (580-1000nm)
Wavelength Range 580-1000nm 1312 x 1082 Pixel, up to 54 FPS, Spectral Resolution 10 nm
4-6 Weeks Request for quote
NIR Hyperspectral Camera STD (950 to 1700nm)
Wavelength Range 950 to 1700 nm, 320 x 256 Pixel, up to 4200 FPS, Spectral Resolution 10 nm
4-6 Weeks Request for quote
NIR Hyperspectral Camera HiRes (950 to 1700nm)
Wavelength Range 950 to 1700 nm, 640 x 512 Pixel, up to 4200 FPS, Spectral Resolution 10 nm
4-6 Weeks Request for quote
NIR Hyperspectral Camera RGB (950 to 1700nm)
Wavelength Range 950 to 1700 nm, 320 x 256 Pixel, up to 4200 FPS, Spectral Resolution 10 nm, Additional RGB information in the same beam path
4-6 Weeks Request for quote
NIR Hyperspectral Camera EXT (1200 to 2200nm)
Wavelength Range 1200 to 2200nm, 320 x 256 Pixel, up to 3300 FPS, Spectral Resolution 13 nm
4-6 Weeks Request for quote
MIR Hyperspectral Camera (2900 – 4200 nm)
Wavelength Range 2900 – 4200 nm 320 x 256 Pixel, up to 383 FPS, Spectral Resolution 18 nm
4-6 Weeks Request for quote

RGB/LED lighting - Parameter

Halogen light bar Option  - Parameter

MIR light bar 1 m - Parameter

White reference (Spectral on 50x20cm) - Parameter

Speccer Basic - Parameter

NIR Len C-Mount - Parameter

VIS Len C mount  - Parameter

UV 35 mm F/2.8 1/2" C-Mount - Parameter

VIS-NIR Len C-Mount - Parameter

MIR Hyperspectral Camera (2900 – 4200 nm) - Parameter

NIR Hyperspectral Camera EXT (1200 to 2200nm) - Parameter

NIR Hyperspectral Camera RGB (950 to 1700nm) - Parameter

NIR Hyperspectral Camera HiRes (950 to 1700nm) - Parameter

NIR Hyperspectral Camera STD (950 to 1700nm) - Parameter

OrangeEye Hyperspectral Camera (580-1000nm) - Parameter

GreenEye Hyperspectral Camera (400-1000nm) - Parameter

BlueEye UV Scientific (220 – 380 nm) - Parameter

BlueEye UV TEC (220 – 380 nm) - Parameter

BlueEye UV STD (220 – 380 nm) - Parameter

RGB/LED lighting - Download

Halogen light bar Option  - Download

MIR light bar 1 m - Download

White reference (Spectral on 50x20cm) - Download

Speccer Basic - Download

NIR Len C-Mount - Download

VIS Len C mount  - Download

UV 35 mm F/2.8 1/2" C-Mount - Download

VIS-NIR Len C-Mount - Download

MIR Hyperspectral Camera (2900 – 4200 nm) - Download

NIR Hyperspectral Camera EXT (1200 to 2200nm) - Download

NIR Hyperspectral Camera RGB (950 to 1700nm) - Download

NIR Hyperspectral Camera HiRes (950 to 1700nm) - Download

NIR Hyperspectral Camera STD (950 to 1700nm) - Download

OrangeEye Hyperspectral Camera (580-1000nm) - Download

GreenEye Hyperspectral Camera (400-1000nm) - Download

BlueEye UV Scientific (220 – 380 nm) - Download

BlueEye UV TEC (220 – 380 nm) - Download

BlueEye UV STD (220 – 380 nm) - Download

Accessories

Compare Model Drawings & Specs Availability Reference Price
(USD)
VIS-NIR Len C-Mount
VIS-NIR Len Focal Length 16mm, 25mm, 35 mm, 50mm
In Stock Request for quote
UV 35 mm F/2.8 1/2" C-Mount
UV 35 mm F/2.8 1/2" C-Mount
In Stock Request for quote
VIS Len C mount
VIS Len C mount Focal length option 5 mm & 25mm
In Stock Request for quote
NIR Len C-Mount
NIR Len C-Mount Focal Length Option 8mm ,12mm, 16mm, 25mm, 35mm, 50mm, 75mm
In Stock Request for quote
Speccer Basic
Speccer Basic
In Stock Request for quote
White reference (Spectral on 50x20cm)
White reference (Spectral on 50x20cm)
In Stock Request for quote
MIR light bar 1 m
Different dimensions available
In Stock Request for quote
Halogen light bar Option
Halogen light bar Length option 0.5m, 1m ,1.5m or 2m
In Stock Request for quote
RGB/LED lighting
Flash sequence 2
In Stock Request for quote