About Mounted Thermal Cameras
High resolution mounted thermal cameras provide enhanced thermal detail for research and development (R&D) applications.
Whether you’re designing or testing printed circuit board prototypes, developing new products or new product materials, or analysing laminar flow patterns on an aerodynamic design, thermal imaging and mounted thermal cameras play a key role.
Analysing characteristics such as temperature, heat dissipation, latent heat, and other heat-related material properties can reveal countless potential problems at an early stage in the development process to help ensure quality and avoid failures downstream. Mounted thermal cameras technology provides valuable insight for a wide range of applications from materials analysis to component design to controlled chemical reactions.
Mounted Thermal Cameras Applications:
- Electronics research and development
- Materials engineering
- Chemistry and biological sciences
- Product design and validation
- Geothermal, geological and earth sciences
- Aerodynamics and aeronautics
The extremely high thermal sensitivity of these mounted thermal cameras combined with the unprecedented spatial resolution allow for radiant analysis not previously possible with most commercially-available products. This allows for a more thorough and accurate analysis of various material properties.
FLUKE mounted thermal cameras let you view small components and their connection points to locate hot spots and analyse the effects of the heat on other components.
Benefits of Mounted Imaging Cameras:
- Analysing printed circuit boards
- Finding localised overtemperature issues
- Establishing cycle times
- Analysing assembly impact
- Validating thermal modeling
- Assessing collateral damage
- Materials engineering
- Phase change analysis
- Residual thermal stress
- Non-destructive composite component testing
- Radiant analysis
If you have any questions contact our friendly team today - experts are here to advise on the full range of mounted thermal cameras.