Thermal Imaging for Science / R&D

 

In Research & Development and product/process testing, accuracy and reliability are vitally important. FLIR's SC-Series IR cameras are used for capturing and recording thermal distribution and variations in real time, allowing engineers to see and accurately measure heat patterns, dissipation, leakage, and other temperature factors in equipment, products and processes.

That's why FLIR infrared cameras are widely used around the world for applications as diverse as micro-electronics, paper processing, automotive, plastics, injection molding, consumer appliance design, telecommunications, target heat signatures, mechanical testing, R&D and much more.

FLIR thermal imaging cameras for research and development

 
A35   SC series   axx
FLIR A35 sc / A15 sc / A5 sc
  FLIR A305/325 sc
   FLIR A645/655 sc
         
P640
  SC35-65xx   SC7000
FLIR SC620/SC660 
  FLIR A35x0sc - A65x0sc
  FLIR SC7000 
         
SC Orion   SC8000.jpg    
FLIR Orion SC7000 
  FLIR X8000 sc
   
         

 

Education

Education & Research Inst.

FLIR infrared cameras are being used in university laboratories where high-end academic and applied research is on-going on a wide range of disciplines.
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Engineering

Engineering

IR cameras made by FLIR have become indispensible tools for many engineering disciplines, particularly in advanced product development.
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Range


Target Signature

FLIR infrared cameras are combined with sophisticated software to measure, characterize, or otherwise describe phenomena such as distance to a target object, its size, shape, inherent heat energy, and of course, temperature.

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Manufacturing

Manufacturing Industries

Thermal imaging is widely used in manufacturing industries . It helps adjusting the process parameters, find non-destructively defects on material without any contact or improve the quality control plan.

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