Focus on serving Metal, Mining and Crane Segment.

Focus on serving Metal, Mining and Crane Segment.

High resolution thermal camera

Key Features

  • Special Spectral range: 8 – 14 µm
  • Intuitive to operate
  • Reduces process setup time and automate quality monitoring
  • Broad temperature range and Continuous temperature monitoring
  • Exchangeable Lens options for outstanding clarity at any distance
  • High resolution thermal imager
  • Customize and display zones overlayed on thermal image
  • Real time large scale scanning with precision
  • Prevents downtime and enhances worker safety
  • Prevents costly failures
  • Easily track temperature changes

 

 

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Specifications

Temperature range

-20-1500°C

Spectral range

8 - 14 µm

Resolution

640 x 480 pixels

Frame rate

upto 125 Hz

Available interface

USB/ optional USB to PoE

Signal Output

4-20 mA/ 0-10 V

Measurement

Generic applications

  • Float glass lines
  • Glass toughening: replacement of IR lines canner, measurement outside hot air streaming.
  • PCB inspection, analysis of small chip level components
  • To detect contrast values for quality control in carbon fiber car parts glued together
  • Fire monitoring to set an alarm for critical temperature
  • Fire prevention in waste incinerator
  • Coal dump temperature monitoring
  • Temperature measurement of cement rotary kiln
  • Metal packaging for food, cosmetics, chemicals
  • Hot forming of organo sheets
  • Temperature monitoring of powder coating process
  • Thermal Analysis of small chip level components
  • Checking semiconductors on PCBs to improve their behavior

High Resolution Thermal Imaging Camera for ultra precise temperature measurement

Manglam Electricals offers high resolution thermal imaging cameras with the smallest measuring VGA infrared camera worldwide.

This high-resolution infrared camera has an optical resolution of 640×480 pixels, giving it unsurpassed power to provide precisepin-sharp radiometric pictures and videos.

Relatively small in size, 45x56x90 mm, and weighing between 269 – 340 g, this high-resolution thermal imaging camera is very compact.

Coupled with an advanced license-free thermography software package, it provides thermal maps in real-time.

This high-resolution infrared camera has various industrial applications where extreme accuracy and precise temperature monitoring are needed for quality assurance, process monitoring, and optimization.

Real-time thermographic images are ideal for surveillance and quality assurance in industrial settings – pharmaceutical, automotive, and aerospace, as well as in electronics and photovoltaic applications.

Important specifications

  • High-resolution infrared camera comes with exchangeable, focusable optics for the most flexible use of the camera
  • Temperature analysis of small chip-level components down to 28 μm
  • Hands-free operation for simultaneous testing and high-resolution IR imaging.
  • Frame rates up to 125 Hz allowing the inspection of fast processes
  • Radiometric video or tiff recording with +/-2 °C measurement accuracy
  • License-free analysis software and complete SDK included

The infrared optical performance of such a high-resolution IR camera is further accentuated by its high optical resolution, reaching up to 764 x 480 pixels. This level of detail ensures that professionals across industries rely on the high-resolution infrared camera for intricate thermal analysis and monitoring.

High-resolution thermal imaging camera with microscope optics for electronics testing & measurement

The high-resolution infrared camera offers versatile functionality with the option to equip standard optics for capturing entire circuit boards or microscope optics for detailed imaging of tiny devices

The sophisticated optical design of the lens provides thermography in VGA resolutions, giving high-quality infrared images. This ultra-high resolution thermal camera can accommodate a very small Measurement Field of View (MFOV), which is actually the size of the smallest object that can be accurately measured within the customizable field of view at a set distance

High-resolution IR cameras, when fitted with microscopic optics, are especially suited for circuit board-level thermal imaging of electronic components and PCB boards. The microscope optics give the user pin sharp infrared images that provide minute details of thermal variations on components and targets as small as 8 μm.  

The high-quality thermal and geometric detail resolution of the infrared cameras ensures precise functional testing of electronic products, as even the smallest temperature differences can be accurately detected.

The temperature ranges covered by the infrared camera are extensive: 20-100 °C/ 0-250 °C/ (20)150-900 °C. This wide range ensures that the  thermal cameras are suitable for various applications around non-contact temperature sensing. 

The optional inclusion of wavelength-blocking filters within the thermal imager enhances the camera’s ability to filter unwanted interference, maintaining the accuracy of temperature readings and providing exceptional clarity and detail in thermal images, ensuring that every temperature variation is captured with utmost precision.  

Important specifications

  • Analysis of small chip-level components down to 8 μm
  • Exchangeable, focusable optics for the most flexible use of the camera
  • Microscope stand included for hands-free simultaneous operation/testing
  • Exchangeable, focusable lenses for the most flexible use of the camera
  • With a Temperature resolution (NETD) of 80 mK
  • Frame rates up to 125 Hz, allowing the inspection of fast processes (like pulsed laser diodes)
  • Radiometric video or tiff recording with +/-2 °C measurement accuracy
  • License-free analysis software and complete SDK included

Lens:

MO44: f=44 mm/ 20.0 x 14.0 mm (F=1.1)/ Min. spot (IFOV): 28 μm

MO2X: f=60 mm/ 5.4 x 4.0 mm (F=1.3)/ Min. spot (IFOV): 8 μm

Temperature range: -20-100 °C/ 0-250 °C/ (20)150-900 °C

FAQ on High Resolution Thermal Imaging Camera

What are the fields of applications for the High-Resolution IR camera with microscope lenses?

Optris Microscope optics are ideally suited to thermally analyze entire circuit boards, and detailed macro shots of individual components can be measured reliably. The high-quality thermal and geometric detail resolution of the high-resolution infrared cameras allows for an effective and precise functional testing of electronic products.

What is the resolution level of this high resolution ir camera?

With the new MO2X microscope optics with 2x magnification, the PI 640i infrared camera from Optris is now able to capture infrared images of even complex structures. For an exact temperature measurement, 4×4 pixels are required (MFOV) so that objects with a size of only 34 µm (MO44) can now be measured. This means that even tiny structures can be analyzed at chip level.  

The high resolution of 80 mK is a very good value for this optic. The focus of the new optics makes it possible to work at a distance of 15 mm from the object being measured. As the optics on the thermal camera can be easily exchanged, the system can be used flexibly for various measurement tasks. Together with the supplied high-quality microscope stand with fine adjustment, microelectronic assemblies can be inspected very easily.

Which applications will this high-resolution infrared camera be most suited for?

The Pi640M high-resolution thermal imaging camera brings you the ultimate precision and the highest level of accuracy, as well as results in repeatability,  

Ideal for extremely sensitive R&D environments, these thermal imagers set the industry standard for high-performance thermal imaging solutions for applications in Nanoscience, Material Science, 3D Printing, Electronics, and Chip Design, to name a few.

What factors make this high-resolution thermal imaging camera the best option for R&D thermography?

The laser-blocking filters, wide temperature ranges, infrared microscope optics, and powerful software further solidify its position as a go-to choose for labs where precision, accuracy, and adaptability are paramount.

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