LOW COST USED DEMO RECONDITIONED MWIR MIDWAVE LWIR QWIP
COOLED IR 3-5 MICRON FLIR THERMAL IMAGING FLIR CAMERAS
The MWIR PM Series IR camera is the ultimate portable high definition infrared imaging and temperature measurement system available on the market. With its compact design and the versatility of this device you will be getting your work done a lot faster than before. You can program it specifically for your application and the environment you will be using it in for the best results possible.The UltraCam thermal microscope infrared camera represents the state of the art in close up macro/microscope thermal imaging technology. The ability to perform thermal infrared microscopy is extremely rare and the MWIR PM Series IR camera thermal microscope is the pinnacle of this technology.
CALL TODAY for special pricing! (702) 369-3966.
We have cooled QWIP 8-9 µm Radiometric thermal imaging cameras with and assortment of wide, medium and long range lenses.
MWIR PM Series IR camera thermal is an industry leader for High Definition IR imaging and temperature measurement systems. The Scientific Thermal Imagers only weigh in at 3.7 pound (1.7 kilograms) you will be able to pick this baby up and take it just about any where in the world. With its Drag and Drop capabilities you will be able to make your Excel and Word Documents much quicker. Offering 256 x 256 pixel images and full screen radiometric temperature measurements makes it best in class. This is a unique opportunity to purchase a used P640 for a fraction of the price of a new model.
The MWIR PM Series IR camera 390 thermal Scientific Thermal Imagers provide amazing thermal imaging at its finest and a RARE opportunity! Call us today!
The MWIR PM Series IR camera thermal Ultracam scientific thermal imagers & infrared microscopesprovides the very finest detail in thermal microscopy imaging. With its exceedingly rare germanium microscope lens the system can pull in and resolve elements as small as 18 microns. This is the ideal system for PCB analysis and laboratory analysis of very small components and processes. There is no other system currently available with the exact performance capabilities of this system. This is a rare opportunity to score big on a low cost Thermal Microscope system.
Maximize your investment! The system can also be used as a handheld cooled ultra sensitive infrared camera.
Supply is limited so call today.
Easy to Operate
The infrared camera is so easy to operate with its user-friendly buttons.
The MWIR PM Series IR camera thermal scientific thermal imagers were designed to perfectly fit in the palm of your hand, and have the keypad at the tip of your fingers for easy operation.
Focus
manual focus modes let you chose the method of thermal imaging focus that makes you most productive in a given situation.
3.0″ Color LCD Screen
The scientific thermal imagers feature a 3″ display screen to display the full glory of high definition thermal imaging. Integrated eyepiece is also included.
Remote Control Software
The MWIR PM Series IR thermal scientific thermal imagers come with remote control software that you can use on and desktop or laptop computer to control the SC1000.
Ultra sensitive 3-5 µm cooled midwave MWIR imaging capabilities
Offering the best sensitivity for advanced exotic applications
In the above image you can get a sense of the spatial resolution of the Thermal Microscope. This is an image of a standard caliper using the thermal microscope. You can see that .01mm=10 microns. The image shows the jaws of the caliper when set to .01mm.
The amazing design and performance of the germanium microscope lens allows you to get in super tight on the smallest of elements. However, the ultra sensitive PtSi (platinum silicide) thermal FPA sensor inside the thermal microscope is what produces the extremely detailed fine resolution thermal images. This cooled mid wavelength thermal sensor is ultra exotic and found only in high end laboratory imagers and top of the line super long range military imaging systems. These sensors are only used when maximum imaging performance is demanded with minimum stray noise. The cooled sensors increase sensitivity from .10C common in today’s average imagers to an astounding <.07C sensitivity!
Another closeup of the extreme detail the scientific MWIR FLIR Infrared Camera provides. You cannot see the space with your bare eyes. Under the thermal microscope you can clearly see the space between the jaws.
The amazing design and performance of the germanium microscope lens allows you to get in super tight on the smallest of elements. However, the ultra sensitive PtSi (platinum silicide) thermal FPA sensor inside the thermal microscope is what produces the extremely detailed fine resolution thermal images. This cooled mid wavelength thermal sensor is ultra exotic and found only in high end laboratory imagers and top of the line super long range military imaging systems. These sensors are only used when maximum imaging performance is demanded with minimum stray noise. The cooled sensors increase sensitivity from .10C common in today’s average scientific thermal imagers.
[line] [custom_headline class=”responsive-heading” type=”center” level=”h3″]Thermal FLIR Microscopy System Demo Video[/custom_headline] [responsive_text selector=”.responsive-heading” compression=”1.5″ min_size=”18px” max_size=”25px”]Some Images from the MWIR Scientific Thermal Imagers
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Standard close up thermal imaging of the PCB chip taken with these scientific thermal imagers
Thermal microscopy of the same alps printed circuit board chip.
Lincoln on a penny through
The back of a penny
Image Update Rate: 60hz
Video Output Format: RS-170, NTSC, S-VIDEO,CCIR
Image zoom: 2:1, 4:1
Sensitivity: Digitizing Resolution: 12 bits, 4096 levels, 72db
IR Dynamic Range: 16 bits
Detector: PtSi/CMOS FPA with variable integration
Spectral Band (Wavelength): 3 – 5 micron
Imaging Modes: B/W and Color
Measurement Temperatures: Spot, Auto Spot, Isotherm,Auto Area (min, max, average)
Display: Eyepiece, LCD, Video Output
Digital Image Storage: 8 or 12 bit TIFF
IMAGING PERFORMANCE
FOV (DEG) 16 degree lens, f/1.5 17 horizontal x 16 vertical
IFOV (MRAD) 16 degree lens 1.2
FOCUS RANGE 9′ to infinity
IMAGE UPDATE RATE 60/50 Hz
VIDEO OUTPUT FORMAT 60 Hz RS-170, NTSC, S-VIDEO
50 Hz CClR, PAL, S-VIDEO
IMAGE ZOOM 2:1 ,4:1
SENSITIVITY (NETD @ 30°C) 0.07oC
DIGITIZING RESOLUTION 12- bits, 4096 levels, 72 dB
IR DYNAMIC RANGE 16- bits
OPTIONAL WIDE, MID AND NARROW FOV LENSES AVAILABLE
DETECTOR
DETECTOR PtSi/CMOS FPA with variable integration
SPECTRAL BAND 3 to 5 µm
MEASUREMENT
TEMPERATURE MEASUREMENT RANGE -10 to 450°C (14 to 842°F)
EXTENDED TEMP MEASUREMENT RANGE To 1500°C (2,732°F) OPTIONAL
ATMOSPHERIC TRANSMISSION CORR. Inputs for distance, atmospheric. temperature, and relative humidity
ACCURACY ±2% Oi 2°C
OPERATING MODES
B&W and COLOR IMAGE Yes, 256 levels, 8 palettes
SPOT Movable
AUTO SPCT Yes
SPOT PEAK HOLD Yes
ISOTHERM Variable width, Multi-Co!or
PROFILE Live, On Screen
REVERSE POLARITY Yes
STANDBY MODE Yes
FEATURES
AUTO Temperature SPAN Yes
AUTO TEMPERATURE RANGE Yes
BACK-LIT KEYBOARD Yes
VIEWFINDER Color LCD eyepiece
EXTERNAL DISPLAY 3″ Color LCD (Optional)
PC DIGITAL STORAGE CARD Yes. 2MB to 80MB
IMAGE FILE FORMAT 8- or 12-bit TIFF
IMAGE ANALYSIS FROM PC CARD Yes
IMAGE FREEZE Yes
ENVIRONMENTAL MECHANICAL
OPERATING TEMP. RANGE -15 to +50°C IEC 359
STORAGE TEMP. RANGE – 40 to + 70°C IEC 359
LINE VOLTAGE/FREQUENCY 95 – 250V/47 – 63 Hz
SHOCK RESILIENCE 70G IEC 68-2-6
ENCLOSURE/PROTECTION Metal case, IP54 IEC 359
SYSTEM POWER REQUIREMENTS 6VDC- 11W
DIMENSIONS & WEIGHTS
CAMERA DIMENSIONS 21cm L x 11.4 cm W x 8.9 cm H
8.3″ L x 4.5″ W x 3.5″ H
CAMERA WEIGHT 1.7 kg/3.7lb
TOTAL WEIGHT – INCLUDING BATTERY, 2.7 kg/6.1b
LENS, AND COLOR VIEWFINDER
