spec tral camera swir
High-speed hyperspectral camera in the range 1 000 - 2 500 nm.
With its temperature stabilized optics, it provides the stability
and sensitivity required in today’s most challenging near-
infrared chemical imaging applications, from pharmaceutical
quality assurance to food and agriculture analysis. The camera
meets the highest requirements in lab industry, field and air.
A
Chemical and Material Sorting
Pharmaceutical manufacture
Recycling
Mineral mapping
Food and agriculture
Moisture content distribution
Art research and archiving
Forensics
Airborne
S
Spectral Camera SWIR images this set of
drill cores samples in less than 11 seconds
with 1.3 x 1.3 mm pixel resolution.
Drill core image processed by Finnish Geological Survey
spectral camera
SWIR
OUR PEOPLE - OUR NETWORK - OUR KNOWLEDGE
N
EW
2014
Courtesy of Agata Warszewska-Kolodziej, The National Museum of Wroclaw, Poland
S
Spectral Camera SWIR image (in the
middle) revealed far more information from
the underlying work than RGB or X-rays.
SPECIM launches a new fully redesigned and re-engineered
hyperspectral SWIR camera with break-through features. It
has more spatial pixels (384) and still achieves much faster
image rates up to 400 frames per second using CameraLink
connection. To assure indoor/outdoor usage in varying
conditions it now has rugged weather-proof IP54 casing and
temperature stabilized optics but still uses less power than
before, only 50W nominal.
RGB SWIR X-ray
Performance Specifications
Optical characteristics
Spectral range 1 000 - 2 500 nm
Spectral resolution FWHM 12 nm (30 μm slit)
Spectral sampling 5.6 nm
Spatial resolution rms spot radius < 15 μm
F/# F/2.0
Slit width 30 μm (50 or 80 μm optional)
Eective slit length 9.2 mm
Electrical characteristics
Detector Cryogenically cooled MCT detector
Spatial pixels 384
Spectral bands 288
Pixel size 24 x 24 µm
Detector cooling Stirling, 4 000 h MTTF
Optics temperature stabilization Yes
Camera output 16-bit CL
Signal-to-noise ratio 900:1 (at max. signal level)
Data cable Length 5 meters
Frame grabber National Instruments NI 1427
Camera control USB / RS232
Frame rate 400 fps (maximum full frame)
Exposure time range 0.1 - 20 ms
Power consumption Nominal < 50 W
Input voltage Wide 24 V
Mechanical characteristics
Size (L x W x H)
Sensor
Power supply &
Control unit
470 x 176 x 178 mm 300 x 190 x 130 mm
Weight approx. 11 kg approx. 5 kg
Body Anodized aluminium with mounting screw holes
Lens mount Standard C-mount
User adjustments None
Shutter Electro-mechanical shutter for dark image acquisition
Environmental characteristics
Storage - 20 ... +50 ºC
Operating + 5 ... +40 ºC, non-condensing
SpectralDAQ support Yes
SDK Support Yes
Mounting
Standard camera 1/4” thread, for other mounting
options, ask for drawing
Accessories
Lenses, radiometric calibration, white calibration tile,
scanner stages
ACCESSORIES
SPECIM provides various accessories for the
Spectral Cameras to broaden their applicability.
Fore objective lenses, specifically designed for
optimized performance in 900-2500 nm.
Lens Focal length FOV
OLES 15 15 mm 34 degrees
OLES 22,5 22,5 mm 23 degrees
OLES 30 30 mm 17 degrees
OLES 56 56 mm 9 degrees
OLES Macro 1:1 imaging
Fiber optics with collection lenses or SMA
connectors: from 4 to 110 input channels in one
spectrometer without a moving multiplexer.
Various scanning systems: mirror scanner
on rotary stage for scanning static target and
outdoor scenes, and X-stage sample mover for
desktop and microscope applications.
ACQUISITION SOFTWARE
SPECIM Spectral Camera SWIR is supported by
SpectralDAQ software, which allows:
data acquisition and saving data in the
hard disk
to set camera parameters
image visualization in real time
to control scanner systems
Datacubes are saved in non-proprietary
ENVI, Matlab and R compatible format that
allows further image processing with several
commercial software packages. SPECIM
can also provide SDK for quick and ecient
application development.
Side view
Bottom view
OUR PEOPLE - OUR NETWORK - OUR KNOWLEDGE WWW.SPECIM.FI
Illustrations, descriptions and technical data are not binding. All rights reserved. V1-14