Infrared Camera Series

ImageIR® 8300

The most solid all-rounder of the cooled infrared camera systems

  • Detection of small details with detector of (640 × 512) IR pixels

  • High thermal resolution better than 20 mK for precision measurements

  • Snapshot detector for precise image acquisition at frame rates up to 125 kHz in full frame

  • Motorised focus unit enabling precise, remotely controlled and fast focusing

Infrared camera ImageIR® 8300 Series from InfraTec
Infrared camera ImageIR® 8300 Series from InfraTec
Thermal Stress Analysis of Metals
Infrared camera ImageIR® 8300 Series from InfraTec
thermal imaging of a processor
Infrared camera ImageIR® 8300 Series - Application
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InfraTec Infrared camera
InfraTec-icon-detector-640x512
Detector Format

Large detector enables highest sensivity

InfraTec Icon - Vollbildfrequenz 205 Hz
IR-Frame Rate

Analysis of extreme temperature changes and gradients in full frame

measurement accurancy 1%
Measurement Accuracy

Highly accurate and repeatable measurements

InfraTec Icon 20 mK
Thermal Resolution

Precise detection of smallest temperature differences

filter and aparture wheel
Rotating Filter Wheel and Aperture Wheel

Enables measurement tasks with high object temperatures and spectral thermography

InfraTec-icon-motorfocus
Motor Focus

Precise, fast and remotely controllable; including multiple autofocus functions

InfraTec Icon Trigger
Process and Trigger Interface

Highly precise repeatable data recording; time- and event-controlled

Avoid Meas­ure­ment Errors Using Highest Geomet­rical Resol­u­tion of (640 × 512) Infrared Pixels

Compared with digital camera systems operating in the visible spectrum thermographic detector technologies still suffer from lower pixel numbers. Therefore every pixel counts as in former times of digital photography. This ImageIR® infrared camera series offers you (640 × 512) IR pixels of the high-resolution detector.

Increase Your Flex­ib­ility by Using the Modular Design Concept

The ImageIR® series is based on a modular concept and allows for successive upgrading and changes of powerful components like motorized lenses or a high-speed shutter. Already in its basic configuration it can be delivered with different detectors which support your application the best way. Like this you will always remain flexible and optimally adapt your camera systems to your respective needs.

Further inform­a­tion about the modular design concept

Modular design of infrared camera ImageIR® from InfraTec

Measure Precisely Over a Long Time

A high long-term stability of the thermographic measurement with infrared camera systems of the ImageIR® 8300 hs series is achieved by an excellent thermal decoupling of the electronics module which will emit heat during its operation from the optical and detector module being most important for the signal receipt.

Detect Smal­lest Temper­ature Differ­ences Using High Thermal Resol­u­tion of 20 mK

The thermal resolution of the ImageIR® infrared camera series allows you to measure smallest temperature differences of (at 30 °C). Thermal images with a narrow temperature span display details absolutely sharp. You will find interesting signatures even there where other infrared camera systems cannot detect any temperature differences any longer.

Acquire Thermal Images in a Milli­second of Time

The exact and fast control of the detectors of the ImageIR® 8300 hs series provides the possibility to acquire and analyse thermal images at a time scale of milliseconds. Thereby it allows an easy analysis of fast processes regarding their thermal changes. Thermal images can be stored at a frame rate of up to 30,000 Hz and provide insights into thermal changes of fast running processes.

Rotating aperture wheel and filter wheel for infrared camera

Make Use of Spec­tral Filters for Material Specific Meas­ure­ments

Material specific emissivity and transmissivity properties have to be taken into account while measuring with infrared camera systems. The integration of spectral filters makes use of those specifics for special measurements. For example, spectral ranges of thin PE foils can be excluded in case they are highly transmissive – to say transparent. Like this only the radiation will be measured which is purely emitted by the foil itself. Based on its long experience in thermography InfraTec can support you in selecting the right spectral filter. The infrared camera systems of the ImageIR® series can integrate a remotely controllable filter wheel which can hold up to four spectral filters. The filter position close to the detector can avoid warm aperture effects and allows for the usage of smaller and thereby cheaper filters in the infrared camera.

Extend Your Temper­ature Meas­ure­ment Range with an Auto­matic Aper­ture Setting

The temperature measurement range of the ImageIR® infrared camera series can be widened by an integrated aperture wheel. The motorized aperture wheel can be controlled by the camera control itself. Working with calibrated measurement ranges the appropriate aperture will even be automatically set in the infrared camera. When filter and aperture wheels are separately integrated ImageIR® camera series will be especially flexible in handling specific measurement situations.

InfraTec accessories - SIL lens

Solid Immer­sion Lens (SIL) for ImageIR®

In order to make particularly small structures clearly visible, an infrared camera with a large detector format is suitable. In some cases, special measurement and testing tasks require a further increase in spatial resolution. In the field of micro-thermography, high-performance infrared microscopic lenses are used for this purpose. Their benefits can be further increased in conjunction with Solid Immersion Lenses (SIL). Mounted on the optics, these immersion media significantly improve the resolution of even the smallest structures in the µm range.

Further Functions

ImageIR filter wheel replacement

Multispectral Feature

The multispectral feature makes it possible to record sequences with constantly changing spectral filters. Images are recorded synchronously with a rapidly rotating filter wheel equipped with the filters. It may be possible to switch between up to seven filters, depending on the version. Due to this the multispectral measurement can be optimised to suit the measuring task if the preset ranges are unsuitable. The integration times can be adapted within the limits calibrated for this filter.

HighSense for thermographic camera series ImageIR®

High­Sense – Always the Optimal Camera Setting

Thanks to HighSense, ImageIR® users have the option of setting up individual measuring ranges based on the factory calibration that best suit the respective task. Depending on the measuring task, the required temperature range can be selected and the optimum integration time for this purpose is calculated – or one decides to proceed in reverse order. Thus, the calibration can be retained even in the case of changed integration times.

InfraTec Service Calibration Rig

Auto Calibration

The Auto Calibration option expands the HighSense function to include automatic, dynamic adaptation of the integration time. This ensures the utmost temperature measuring accuracy and an optimised signal-to-noise ratio throughout the process. The wellfill of a detector is usually optimal in certain areas of the dynamic range. If the measured object signal is outside theses or user-specified limits, the integration time is readjusted.

InfraTec glossary - ImageIR® mobile wireless camera remote control

Mobile Wire­less Camera Remote Control

Stationary camera systems are usually used PC-controlled. Alternatively, InfraTec offers a solution that makes the operation of the camera system even more versatile. An additional tablet PC is attached to the camera housing, which enables wireless control of all camera functions. The display solution allows access to all functions of the IRBIS® online control and acquisition software, delivered together with the camera.

InfraTec Glossary Motorfocus

Motor Focus for ImageIR® Full Lenses – More Comfort

All interchangeable standard lens systems of the ImageIR® series can be combined with a motor focus unit, which is controlled by the camera operating software. It enables precise, remote and fast focusing. In addition, an autofocus function is available which operates reliably even with low image contrasts.

Thermal image during ignition of an airbag  Image Small

Window Mode (Subwin­dowing) – Capture of Rapid Sequences

The thermal imaging camera can be operated in full, half, quarter and sub mode. With the camera control software, it is possible to use the extended subwindowing function. Using click-and-drag, freely definable sections can be set up quickly and conveniently. A defined sub-frame of the detector is picked out to achieve these extremely high refresh rates.

InfraTec Service - thermography lenses

High‐performance Full Optics

High quality precision lenses allow the adaptation of the image geometry to almost every measuring situation. Its performance parameters are calibrated with respect to functionality, quality and flexible application. Due to proper IR-transparent lens materials and high-precision antireflexion coating, the lenses are optimised for different spectral ranges.

Integ­rated Trigger / Process Inter­face and Inter­faces – Digit­ally Controlling of a Infrared Camera and External Devices

The internal trigger interface guarantees highly precise, repeatable triggering. Each of the two configurable digital inputs and outputs are used to control the camera or to generate digital control signals for external devices. In this way, for example, the operation of a printed circuit board and the interval of a measurement can be synchronised.

The selection of different camera interfaces allows the processing of analog data, such as the voltage directly through the camera and thus the insertion of this information into the thermal image data. Relevant variables can be included in the evaluations with the software, which makes it easier to draw conclusions about the causes of temperature changes.

InfraTec thermography - Geometrical Resolution

Geomet­rical Resol­u­tion – Effi­cient Analysis of Complex Assem­blies

InfraTec's infrared cameras with cooled and uncooled detectors have native resolutions up to (1,920 × 1,536) IR pixels. Spatially high-resolution thermograms ensure that components and assemblies are imaged down to the smallest detail and thus defects can be reliably detected and precisely localised.

InfraTec thermography - Thermal resolution

Thermal Resol­u­tion – Determ­in­a­tion of Differ­ences of Only a Few Millikelvin

For detection of small temperature changes InfraTec's infrared cameras offer thermal resolutions up to < 15 mK in real-time operation. By using the Lock-in Thermography method it is possible to further increase this resolution significantly. For this purpose test objects are periodically excited and non-destructively examined for defects and irregularities.

Contact to thermography division of InfraTec

Would You Like to Know More?

It is not unusual for tasks to be associated with special requirements. Discuss your specific application needs with our specialists, receive further technical information or learn more about our additional services.

Europe & Rest of World
InfraTec GmbH Infrarotsensorik und MesstechnikGostritzer Straße 61 - 6301217 DresdenGERMANY

Tech­nical Specific­a­tions

Spectral rangeMCT: (1.5 ... 5.5) µm; InSb: (1.5 ... 5.7) µm
Pitch15 µm
DetectorMCT or InSb
Detector format (IR pixels)(640 × 512)
Image recording principleSnapshot
Readout modeITR / IWR
Aperturef/3.0 or f/2.0
Detector coolingStirling cooler
Temperature measuring range(-40 … 1,500) °C, up to 3,000 °C*
Measurement accuracy± 1 °C or ± 1 %
Temperature resolution at 30 °CMCT: Better than 0.02 K; InSb: Better than 0.025 K
Frame rateMCT: Up to 151/540/1,520/2,807 Hz; InSb: Up to 205/570/1,020/5,000 Hz
Window modeYes

* Depending on model

** In selected measurement ranges

Field of View Calculator for Your Measurement Task

Configure Your Camera System

Each measurement or testing task has its own characteristic basic conditions. For getting optimal results camera, detector and lens have to be perfectly matched to one another. The field of view calculator helps you to determine the appropriate combination.

Field of View Calculator of the ImageIR®

Case Studies of Infrared Camera Series ImageIR® 8300

Failure Analysis on Electronic Components | ©BTU Cottbus-Senftenberg

Ther­mo­graphy on the Trail of the Fault

Today, thermographic damage and function analysis of electronic components is an established test method in electrical engineering. This method is also used for research purposes at the Institute for Electrical Systems and Energy Logistics at BTU Cottbus-Senftenberg. In this context, Prof. Dr. Ralph Schacht is intensively involved with the material and system characterisation as well as the non-destructive failure analysis of printed circuit boards, electronic components, microelectronics as well as composite systems of packaging and interconnection technology.

InfraTec Thermography Success Story: CAU Kiel

Power Elec­tronics – Effi­cient Control of the Futures Energy

The energy efficiency of electronic components is becoming increasingly important in numerous fields of application. And that is not all: in our electronic and high-tech age, the demand is for even faster active components, higher power densities of miniaturised systems as well as absolute reliability. Along with this, there is the request for environmentally conscious resource procurement and the requirement that the increase in performance of modules should run parallel to lower energy consumption.

Determining heat transfer coefficients at Leibniz University Hannover

Infrared Thermography for Determining Heat Transfer Coefficients

Technical systems and devices are often subject to the influence of thermal energy or heat up due to internal processes. Their efficiency and service life can be increased, for example, by optimised thermal management. The installed active components are usually optimised extensively for this purpose. Passive components, on the other hand, are often neglected in this respect.

Inverter with loaded components to forecast their lifecycle - picture credits: istock.com / Mordolff

Ther­mo­graphic Micro­scopy in Electronics

At the same time that the performance of electronic components is being driven ever higher the demand for thermal management at ever smaller scales is also occurring.

Thermography for Quality Assurance: Testing of turbine blades for gas turbine power plants  / Picture credits: © Siemens Energy Global GmbH & Co. KG

Ther­mo­graphy for Quality Assur­ance

Today gas and steam turbine power plants by the SIEMENS AG are more than ever complex high-tech products. Heavily stressed parts like the turbine blades are tested with the latest measurement techniques for example with infrared thermography.

Laser welding at Laser Zentrum Hannover e.V. - Picture credits: © iStock.com / emituu

Ther­mo­graphy in CFRP Processing

Many new systems operate at very high laser intensity levels and consequently require close control of thermal processes. This is achieved by the use of infrared thermography which is both contact-less and provides imagery.

Using Thermal Imaging for Optimisation of Installed Wind Turbines - Picture Credits: © visdia / Fotolia.com

Ther­mo­graphy for Optim­isa­tion of Installed Wind Turbines

Due to the decreasing number of suitable locations for wind turbines and the increasing push towards renewable energy sources, new activities have been introduced to improve the efficiency of rotor blades for wind turbines.

Tire Inspection with thermal imaging - Picture Credits: © Vladimir Melnik / Fotolia.com

Tire Inspec­tion with Ther­mo­graphy

Mechanically stressed car components like tires are a continuous issue for quality inspection and related R&D improvements. At Bridgestone Corporation in Hofu (Yamaguchi prefecture in South-Western Japan) new test procedures for off-the-road tires for construction and mining vehicles (OR tires) had to be developed to meet the literally growing scale of performance concerning the carrying capacity.

Failure Analysis on Electronic Components | ©BTU Cottbus-Senftenberg

Ther­mo­graphy on the Trail of the Fault

Today, thermographic damage and function analysis of electronic components is an established test method in electrical engineering. This method is also used for research purposes at the Institute for Electrical Systems and Energy Logistics at BTU Cottbus-Senftenberg. In this context, Prof. Dr. Ralph Schacht is intensively involved with the material and system characterisation as well as the non-destructive failure analysis of printed circuit boards, electronic components, microelectronics as well as composite systems of packaging and interconnection technology.

InfraTec Thermography Success Story: CAU Kiel

Power Elec­tronics – Effi­cient Control of the Futures Energy

The energy efficiency of electronic components is becoming increasingly important in numerous fields of application. And that is not all: in our electronic and high-tech age, the demand is for even faster active components, higher power densities of miniaturised systems as well as absolute reliability. Along with this, there is the request for environmentally conscious resource procurement and the requirement that the increase in performance of modules should run parallel to lower energy consumption.

Determining heat transfer coefficients at Leibniz University Hannover

Infrared Thermography for Determining Heat Transfer Coefficients

Technical systems and devices are often subject to the influence of thermal energy or heat up due to internal processes. Their efficiency and service life can be increased, for example, by optimised thermal management. The installed active components are usually optimised extensively for this purpose. Passive components, on the other hand, are often neglected in this respect.

Inverter with loaded components to forecast their lifecycle - picture credits: istock.com / Mordolff

Ther­mo­graphic Micro­scopy in Electronics

At the same time that the performance of electronic components is being driven ever higher the demand for thermal management at ever smaller scales is also occurring.

Thermography for Quality Assurance: Testing of turbine blades for gas turbine power plants  / Picture credits: © Siemens Energy Global GmbH & Co. KG

Ther­mo­graphy for Quality Assur­ance

Today gas and steam turbine power plants by the SIEMENS AG are more than ever complex high-tech products. Heavily stressed parts like the turbine blades are tested with the latest measurement techniques for example with infrared thermography.

Laser welding at Laser Zentrum Hannover e.V. - Picture credits: © iStock.com / emituu

Ther­mo­graphy in CFRP Processing

Many new systems operate at very high laser intensity levels and consequently require close control of thermal processes. This is achieved by the use of infrared thermography which is both contact-less and provides imagery.

Using Thermal Imaging for Optimisation of Installed Wind Turbines - Picture Credits: © visdia / Fotolia.com

Ther­mo­graphy for Optim­isa­tion of Installed Wind Turbines

Due to the decreasing number of suitable locations for wind turbines and the increasing push towards renewable energy sources, new activities have been introduced to improve the efficiency of rotor blades for wind turbines.

Tire Inspection with thermal imaging - Picture Credits: © Vladimir Melnik / Fotolia.com

Tire Inspec­tion with Ther­mo­graphy

Mechanically stressed car components like tires are a continuous issue for quality inspection and related R&D improvements. At Bridgestone Corporation in Hofu (Yamaguchi prefecture in South-Western Japan) new test procedures for off-the-road tires for construction and mining vehicles (OR tires) had to be developed to meet the literally growing scale of performance concerning the carrying capacity.

State­ments of our Customers

dots

The Bremen Institute for Metrology, Automation and Quality Science (BIMAQ) looks back on many years of intensive cooperation with InfraTec GmbH. In a multitude of scientific and industrial projects, BIMAQ has found a trustworthy and reliable partner in InfraTec GmbH. Especially the powerful thermographic systems of the ImageIR® series enable worldwide novel insights into the real flow behavior of wind turbines at the physical limits of what can be measured. With these insights, a social contribution to climate protection and the provision of clean energy is made. The BIMAQ congratulates InfraTec Gmbh on its long-term success and 30 years of company history and looks forward to further successful cooperation in the future.

As a former student InfraTec employee, who was able to learn a lot and at the same time experience the 10th company anniversary from the first row, I also personally congratulate very cordially!

Prof. Dr.-Ing. habil. Andreas Fischer, Bremen Institute for Metrology, Automation and Quality Science (BIMAQ)

Soft­ware

Compre­hensive Ther­mo­graphy Eval­u­ation Soft­ware for Effi­cient Oper­a­tion

The software family IRBIS® 3, which was developed by InfraTec, is part of a complete system of the camera series ImageIR®. The comfortable and professional thermography software IRBIS® 3 professional offers a wide range of analysis- and editing tools to analyse sophisticated thermal investigations. The combination of ImageIR® together with the professional thermographic software meets all requirements that are set as standard for efficient high-performance tools for thermographic investigations.

Read more about ther­mo­graphy soft­ware IRBIS® 3

Analysis Software of Software Family IRBIS® 3

Public­a­tions of our Customers

Transiente Methoden der Infrarot-Thermografie zur zerstörungsfreien Fehleranalytik in der mikroelektronischen Aufbau- und Verbindungstechnik; M. Eng. Daniel May, Technische Universität Chemnitz

Self-healing epoxy with ultrafast and heat-resistant healing system processable at elevated temperature, Xiao Ji Ye et al., Sun Yat-Sen University

Infrared Camera: ImageIR® 8300

In situ reactor to image catalysts at work in three-dimensions by Bragg coherent X-ray diffraction, Amélie Rochet et al., Center for Research in Energy and Materials (CNPEM)

Infrared camera: ImageIR® 8300

Thermometry of intermediate level waste containers using phosphor thermometry and thermal imaging, J.L. McMillan et al., National Physical Laboratory Teddington

Review of thermal imaging systems in composite defect detection, I. Jorge Aldave et al., Centro de Tecnologías Aeronáuticas (CTA)

Infrared Cameras: ImageIR® 8300 and ImageIR® 8800

Induced Infrared Thermography: Flow visualizations under the extreme conditions of an open volumetric receiver of a solar tower, Arne Tiddens et al., German Aerospace Center (DLR)

Infrared Camera: ImageIR® 8300

Konzep­tion und Aufbau einer robotergestützten Platt­form für optisch angeregte Wärme­fluss-Ther­mo­grafie,Guido Mahler et al., InfraTec GmbH

Lock-in Thermography for the Development of New Materials, Peter W. Nolte et al., Branch Lab of Fraunhofer Institute for Microstructure of Materials and Systems IMWS

From short-term hotspot measurements to long-term module reliability, Thomas Roth et al., SolarWorld Industries Thüringen GmbH

A reference-free micro defect visualization using pulse laser scanning thermography and image processing, Jinyeol Yang et al., Samsung Electronics, Asan

Infrared Camera: ImageIR® 8320

Modeling and Fabrication of Pt Micro–Heaters Built on Alumina Substrate, Sasa Toskov et al., Vienna University of Technology

Infrared Camera: ImageIR® 8300

Lanthanide-doped glasses as frequency-converter for high-power LED applications, Stefan Schweizer et al., South Westphalia University of Applied Sciences

Infrared Camera: ImageIR® 8300

Infrared cameras in airborne remote sensing: IR-Imagery for photogrammetric processing at German Aerospace Center DLR, Berlin, Sebastian Pless et al., German Aerospace Center (DLR)

Infrared Cameras: ImageIR® 8300 and ImageIR® 8800

Cylindrical plunge grinding of twist free surfaces by structured wheels, Amir Daneshi et al., Furtwangen University of Applied Sciences

Infrared Camera: ImageIR® 8300

IR thermographic visualization of flow separation in applications with low thermal contrast, C. Dollinger et al., University of Bremen

Infrared Camera: ImageIR® 8300, VarioCAM® hr head

Measurement uncertainty of IR thermographic flow visualization measurements for transition detection on wind turbines in operation, C. Dollinger et al., University of Bremen

Infrared Camera: ImageIR® 8300

Influence of a heat-absorbing surface on the propagation of a hemispherical flame, V. Golub et al., Joint Institute for High Temperatures Moscow

Infrared Camera: ImageIR® 8300

Propagation of a hemispherical flame over a heat-absorbing surface, V. Golub et al., Joint Institute for High Temperatures Moscow

Infrared Camera: ImageIR® 8300

Influence of different zinc coatings on laser brazing of galvanized steel, Wilfried Reimann et al., Volkswagen AG

Infrared Camera: ImageIR® 8300

Characterization of SRM plumes with alumina particulate in subscale testing, Dominik Saile et al., German Aerospace Center (DLR)

Verfahrensentwicklung für die Prozessüberwachung in der additiven Fertigung von Metallen - Thermografie, Nils Scheuschner et al., Federal Institute for Materials Research and Testing (BAM)

Infrared Camera: ImageIR® 8300

In-Situ Defect Detection in Laser Powder Bed Fusion by Using Thermography and Optical Tomography—Comparison to Computed Tomography, Gunther Mohr et al., Technische Universität Berlin

In-situ monitoring of a laser metal deposition (LMD) process: comparison of MWIR, SWIR and high-speed NIR thermography, Simon J. Altenburg et al., Bundesanstalt Für Materialforschung Und -prüfung (BAM)

Experimental Determination of the Emissivity of Powder Layers and Bulk Material in Laser Powder Bed Fusion Using Infrared Thermography and Thermocouples, Gunther Mohr et al., Bundesanstalt für Materialforschung und Prüfung (BAM)

Case study: Near real-time thermal mapping to support firefighting and crisis management, Tilman Bucher et al., German Aerospace Center (DLR)

Laminar-Turbulent Transition Localization in Thermographic Flow Visualization by Means of Principal Component Analysis, Daniel Gleichauf et al., University of Bremen

Spatiotemporal Investigation of the Temperature and Structure of a Pt/CeO2 Oxidation Catalyst for CO and Hydrocarbon Oxidation during Pulse Activation, Florian Maurer et al., Karlsruhe Institute of Technology

Product Flyer

Get all the information you need at a glance in our product flyers

InfraTec ImageIR 8300 Flyer
InfraTec research projects - Picture credits: © iStock.com / ALLVISIONN

Partner of Research and Science

InfraTec expands its expertise in the field of thermography by participating in various research projects. This selection of projects illustrates which topics we are promoting and which partners we are working with, therefore.

Camera protective housing for infrared cameras by InfraTec

Wide Range of Protective Hous­ings

The InfraTec product range includes numerous protective housings. The all-weather and robust metal housings allow the use of the thermal cameras in harsh environments and protect against mechanical stress, dust and splash water. Depending on requirements, users can also choose ATEX-certified protective housings that can be used in potentially explosive atmospheres.

InfraTec Trade Shows & Conferences - Trainings

Prac­tical Seminars

A detailed briefing by our specialists is always part of the delivery of your thermographic camera. Upon request, we can also extend this offer to a comprehensive seminar with the contents of thermal imaging, which are important for you when using the camera. In this way, you can ensure that your employees are optimally prepared for the daily handling of the entire system. We will be happy to organise a suitable seminar at your premises.

InfraTec research projects - Picture credits: © iStock.com / ALLVISIONN

Partner of Research and Science

InfraTec expands its expertise in the field of thermography by participating in various research projects. This selection of projects illustrates which topics we are promoting and which partners we are working with, therefore.

Camera protective housing for infrared cameras by InfraTec

Wide Range of Protective Hous­ings

The InfraTec product range includes numerous protective housings. The all-weather and robust metal housings allow the use of the thermal cameras in harsh environments and protect against mechanical stress, dust and splash water. Depending on requirements, users can also choose ATEX-certified protective housings that can be used in potentially explosive atmospheres.

InfraTec Trade Shows & Conferences - Trainings

Prac­tical Seminars

A detailed briefing by our specialists is always part of the delivery of your thermographic camera. Upon request, we can also extend this offer to a comprehensive seminar with the contents of thermal imaging, which are important for you when using the camera. In this way, you can ensure that your employees are optimally prepared for the daily handling of the entire system. We will be happy to organise a suitable seminar at your premises.

Contact to Support

Do You Want to Know More About the InfraTec Service?

Our experienced service team will be happy to assist you.

Asso­ci­ated Ther­mo­graphic Auto­ma­tion Solu­tions

E-Lit Cabinet from InfraTec for Infrared Thermography
Non-destructive Testing

Electronic / Semiconductor Testing – E-LIT

Detect inhomogeneous temperature distribution and local power loss during the production using the Lock-in Thermography.

PV-LIT test solution for solar cells
Non-destructive Testing

Photovoltaic Test System – PV-LIT

Get advantages in costing and quality by non-contact thermographic testing of your solar cells and PV-modules.

Automation InfraTec INDU-SCAN - In-process industrial temperature measurement
Indus­trial Auto­ma­tion

Process Control – INDU-SCAN

Contactless measurement of temperature distributions and profiles with industrial thermographic cameras permits efficient monitoring and control of temperature-dependent processes and procedures within a system-integrated quality assurance programme in industry.

E-Lit Cabinet from InfraTec for Infrared Thermography
Non-destructive Testing

Electronic / Semiconductor Testing – E-LIT

Detect inhomogeneous temperature distribution and local power loss during the production using the Lock-in Thermography.

PV-LIT test solution for solar cells
Non-destructive Testing

Photovoltaic Test System – PV-LIT

Get advantages in costing and quality by non-contact thermographic testing of your solar cells and PV-modules.

Automation InfraTec INDU-SCAN - In-process industrial temperature measurement
Indus­trial Auto­ma­tion

Process Control – INDU-SCAN

Contactless measurement of temperature distributions and profiles with industrial thermographic cameras permits efficient monitoring and control of temperature-dependent processes and procedures within a system-integrated quality assurance programme in industry.

WELD-CHECK by InfraTec
Non-destructive Testing

Welding Inspec­tion – WELD-CHECK

Using pulse thermography, WELD-CHECK enables you a quantitative assessment of the inspected welds.

Industries & Applications for this Infrared Camera

Active Thermography - Picture Credits: © Rainer / Fotolia.com

Active Ther­mo­graphy

Make use of active thermography for non-destructive and contact-free material testing, for both automated inline and offline solutions.

additive manufacturing

Additive Manu­fac­turing

By in-line monitoring of thermal process parameters, infrared cameras from InfraTec support the optimisation of additive manufacturing processes.

All branches and application areas

The Following Infrared Camera Models Might also be of Interest to You:

InfraTec Infrared camera
High-end Cameras

ImageIR® 4300

Image Format(320 x 256) IR-Pixel
Detector typeMCT

InfraTec Infrared camera
High-end Cameras

ImageIR® 5300

Image Format(320 x 256) IR-Pixel
Detector typeMCT

InfraTec Infrared camera
High-end Cameras

ImageIR® 7300

Image Format(640 x 512) IR-Pixel
Detector typeMCT or InSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 8300 hp

Image Format(1,280 x 1,024) IR-Pixel
Detector typeMCT or InSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 8300 hs

Image Format(640 x 512) IR-Pixel
Detector typeT2SLS or InSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 8800

Image Format(1,280 x 1,024) IR-Pixel
Detector typeMCT

InfraTec Infrared camera
High-end Cameras

ImageIR® 9300

Image Format(1,280 x 1,024) IR-Pixel
Detector typeInSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 9400

Image Format(2,560 x 2,048) IR-Pixel
Detector typeInSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 9400 hp

Image Format(2,560 x 2,048) IR-Pixel
Detector typeInSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 9400 hs

Image Format(640 x 512) IR-Pixel
Detector typeInSb

InfraTec Infrared camera
High-end Cameras

ImageIR® 9500

Image Format(2,560 x 1,440) IR-Pixel
Detector typeMCT

InfraTec Infrared camera
High-end Cameras

ImageIR® 10300

Image Format(1,920 x 1,536) IR-Pixel
Detector typeInSb

Choose Your Infrared Camera

Choose from more than 30 infrared camera models. Our product range includes includes compact and system cameras, high-end systems as well as zoom cameras and OEM solutions.

Camera filter for infrared cameras