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InfraTec Image IR Series Thermography Cameras

High-speed thermography systems Precise radiometric calibration

The 2D infrared (IR) cameras from InfraTec are suitable for all applications of thermography. By using an IR camera one can perform non-contact absolute (or relative) temperature measurements, which allows – for example – non-destructive object inspection.

The ImageIR product line is particularly suitable for high-end research and development, non-destructive material testing and process monitoring. Plus, the modern thermography software family IRBIS ® 3 developed in-house by InfraTec is the ideal tool for fast analysis of thermography measurement data.

Learn more about our demo loans of the InfraTec Image IR Thermography Camera. Rent the camera for your next research project.

DISCOVER HOW

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FEATURES:

Excellent thermal resolution
Easy to Use IRBIS3® Analysis-Software
Very high frame rate
Modular design for individual system expansion
Long-life Stirling cooler for continuous operation
Robust light-weight metal housing
Accurate and repeatable triggering
Complete optical assortment

MODELS

ImageIR® 8300 hs – The Fast

High-speed thermography with full resolution

Detection of small details by detector with (640 × 512) IR pixels
High thermal resolution of better than 20 mK for precision measurements
High frame rate of 1,004 Hz enables thermographic images of extremely fast moving objects or highly dynamic thermal processes
Pixel pitch of 25 µm allows shortest integration times and extremely high frame rates

DOWNLOAD ImageIR® 8300 hs BROCHURE

ImageIR® 8100

High-resolution, radiometrically calibrated infrared cameras with a very good price/performance ratio – these are the new SWIR cameras from the ImageIR® series. They are suitable for temperature measurements from 300 °C and operate in the short-wave infrared range.

Cooled focal plane array photon detector operating in snapshot mode with (640 × 512) IR pixels
Cost-effective, compact optics design with high imaging quality
The compact design and low weight predestine the SWIR thermal imaging camera for integration into existing system environments
The accompanying Software Development Kit (SDK) provides easy access to all camera functions

ImageIR® 9100

Cooled focal plane array photon detector operating in snapshot mode with (1,280 x 1,024) IR pixels
Cost-effective, compact optics design with high imaging quality
The compact design and low weight predestine the SWIR thermal imaging camera for integration into existing system environments
The accompanying Software Development Kit (SDK) provides easy access to all camera functions

ImageIR® 8300 hp – The Flexible

High-speed Thermography Camera – Allrounder in VGA Format

Large detector enables highest sensitivity
(1,280 × 1,024) IR pixels by genuine camera hardware
Analysis of extreme temperature changes and gradients in full frame
Highly accurate and repeatable measurements
High-speed, long-distance interference proof data transmission
Flexible setting of temperature measurement ranges/integration times beyond calibration ranges
Facilitates the analysis of objects with extreme temperature gradients

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ImageIR® 8800 hp – The Long Wave

High resolution and speed – the cooled long-wave infrared camera

Calibration of a multitude of calibration curves for precise temperature measurement
Detection of smallest details with detector of (640 × 512) infrared pixels
Snapshot detector with short integration times
Modular concept for high flexibility
Precise long-time measurements without shutter

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ImageIR® 9400 hp – The 2 in 1 Camera

The high-performance infrared camera ImageIR® 9400 hp from InfraTec is suitable for solving extremely demanding tasks. It impresses with absolute top figures for geometrical, thermal and temporal resolution. This model can be used in high-speed mode, where 2×2 pixels are binned together to create a 640 x 512 fpa, and high resolution mode with a native fpa of 1280 x 1024 pixels. With microscan, this can be increased further to 2560 x 2048 pixels

Cooled FPA photon detector with (1,280 × 1,024) IR pixels
Opto-mechanical MicroScan with (2,560 × 2,048) IR pixels
High-speed mode enabling frame rates up to 622 Hz in full frame
Thermal resolution up to 0.02 K
Extremely short integration times in the microsecond range

DOWNLOAD ImageIR®9400 hp BROCHURE

ImageIR® 9300 Z – The Zoom

The high-end infrared camera ImageIR® 9300 Z with 30× zoom lens allows effortless handling of complex reconnaissance and surveillance tasks.

Cooled detectors with up to (1,280 × 1,024) IR pixels
Detection range of 15 km for persons
Detection range of 18 km for vehicles
Customisable software interface offers time coded real-time playback

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ImageIR® 10300 – The HD

With the ImageIR® 10300, users from industry and science for the first time can use a radiometric infrared camera whose cooled photon detector permits images in the format (1,920 × 1,536) IR pixels.

Full HD resolution of about 3 Megapixels
Pixel pitch of 10 µm
Thermal resolution better than 0.03 K
Measurement accuracy ± 1 °C or ± 1 %
High-speed recording with previously unknown image quality

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ImageIR® 6300 Z – The Efficient

Smaller, lightweight, without tedious lens changes – efficiency has a new name: The ImageIR®6300Z with a powerful zoom lens and a SWaP detector (Size, Weight and Power).

Cooled focal plane array photon detector operating in snapshot mode with (640 × 512) IR pixels
Standard built-in 7.5x zoom lens with motor focus
Focal length of (15 … 115) mm or (25 … 170) mm
Operation via smartphone or tablet with integrated web interface
Compact size and low weight for space-saving system integration
Storage of large amounts of data on the integrated SSD

DOWNLOAD ImageIR® 6300Z BROCHURE

TESTIMONIAL

“I am using the Infratec camera with an infrared laser, where the frequencies of that laser are spatially dispersed and imaged on the camera. The light intensity of the infrared frequencies are monitored as a function of time, with microsecond time resolution, which gives information about the formation or destruction of chemicals during a reaction. The high sensitivity and image quality are outstanding, and there is very little noise from the camera contributing to the overall signal I observe. It is easy to interface with the camera using the supplied software, and the ability to externally trigger and gate the camera is an excellent advantage. I found that the sales and technical teams have been very supportive and responsive to questions or queries before, during, and after the camera installation.”

Dr Julia H. Lehman, School of Chemistry, University of Leeds