Thermal Imaging in Research & Development

Thermal imaging offers the most advanced temperature measurement system for applications that demand that demand superior thermal uniformity and controlled heat dissipation. Thermography has the ability to read temperatures, this helps make it sensitive to changes in temperature, giving you readings straight away.

If you’re thinking about using thermal imaging to help with research and development, here are some ways that it can help you:

  • Help detect heat spots in micro-electronics

  • Paper processing

  • Plastic injection, moulding temperature distribution

  • Consumer applications design telecommunications

  • Automotive defects.

Suitable Cameras:

FLIR T6xx Series – T620, T640, T660

flir t8xx series - t840

FLIR T10XX SERIES - T1020 (T1K)

FLIR thermal cameras are perfect for a wide range of applications and specialist areas, this helps with all kinds of industry or environment. The use of FLIR technology eliminates they need to use run wires around areas, take things apart and saves money.

By using thermal imaging cameras by FLIR in research and development hot spots and defects in software and equipment can be tracked down quickly and accurately without causing disruption to any process.

Micro-electronics | Paper processing | Plastics, injection moulding | Consumer appliance design
Telecommunications | Automotive

Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development
Thermal imaging - Research and development