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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.

The combination of a separate filter and aperture wheel, allowing a total of 35 freely selectable combinations, is prerequisite for a universal application in measurement tasks with high object temperatures and in the field of spectral thermography. The neutral density filters used for signal attenuation or the combination of spectral filters and apertures reliably prevent interference effects.

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.

Behind the function is a fast-rotating MicroScan wheel, which is integrated into the camera. It ensures that four different individual exposures are taken per wheel revolution, which are offset laterally by half a pixel each. In this way, thermography achieves a new quality due to thermal images providing a quadrupled spatial resolution.

Due to the binning technology, infrared cameras have two speed modes – the standard mode and the high-speed mode, in which the frame rate increases more than three times. The field of view remains constant in both modes, so the scene captured by the camera does not change. In high-speed mode, the thermal resolution also increases by a factor of two.

The High Dynamic Range (HDR) function of the Infrared ImageIR® camera series enables measurement scenarios with extremely different temperatures to be recorded continuously. When recording in HDR mode, multiple thermograms with different integration times and different filters are recorded quickly in succession and compiled into an overall image with a high dynamic range. The measuring range can span up to 1,500 K. Users obtain high-contrast images in a wide temperature range characterized by high measurement accuracy.

Measure temperature distributions of smallest electronic components with infrared cameras.

Get even faster and analyze temperatures at highest process speeds.

Micro-thermography allows for the thermal analysis of smallest structures in the micrometer range, providing a detailed representation of the temperature distribution on complex electronic assemblies.

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

High-end thermography in heat-generating laser applications in materials processing.

Save time and costs by non-destructively testing components with infrared camera systems by InfraTec.

Using precision filters for specific applications you will measure exactly those spectral ranges being of interest to you.

Lithium-ion batteries are a key component in the field of electromobility. In order to minimize risks, thermography is used in various areas.

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

Users can utilise infrared cameras during bonding and sealing to monitor and control various technological parameters.

Detect persons and objects in the field or monitor wide-area geologic properties or environmental damages.

Infrared camera systems help you to secure a high product quality in production and at your suppliers.

Comply with highest security demands by applying state-of-the-art infrared camera systems.

Achieving continuous improvement in process reliability and productivity is a top priority in the metal industry and can be supported by thermography.

Systematically control reactive process heat and display with infrared camera systems of InfraTec.

Cost-efficiently control die-casting and extrusion processes by means of infrared camera systems.

Measure correctly temperature distributions behind and on glass by using selected spectral filters.

Look for smallest temperature differences in landscapes, biotopes and labs using infrared camera models of highest measurement precision.