Product Announcements:
Thermal Imagers

The application of industrial endoscopy in the field of municipal drainage. Read more...

The application of industrial endoscopy in the field of safety search and rescue. Read more...

AMETEK Land, has launched a retraction system for thermal imagers, safeguarding the instrument and preventing overheating or damage in the event of loss of power, purge flow loss or cooling. Read more...

AMETEK Land proudly announces the release of an insightful new application note addressing the increasing risks of fires and explosions in battery storage facilities. Read more...

Biomass boiler combustion problems can arise due to various factors, leading to inefficiency, increased emissions, and potential damage to the boiler system. Read more...

A black liquor recovery boiler is a vital component of the pulp and paper industry, designed to efficiently recover chemicals from black liquor, a byproduct of the pulping process, through combustion and subsequent chemical recovery processes. Read more...

Tiny increases in the percentage of recovered metals can have a huge impact both on the profitability and resource efficiency of facilities that process slag to recover a range of metals. Read more...

The thermoIMAGER TIM M is particularly suitable for hot metal applications. Compact, short-wave and highly dynamic are the three key attributes that describe this infrared camera. Read more...

The thermoIMAGER TIM QVGA thermal imaging camera combines a compact size and high resolution with high speed. The camera is ideally suited to monitoring tasks in industrial processes. It operates quickly and reliably in a temperature range from -20 °C to 900 °C. Read more...

The Portable Furnace Thermal Imaging System is an accessory kit designed for use with the AMETEK Land range of NIR-B/MWIR-B borescope thermal imaging cameras. It can be used for TMT measurements, regular furnace inspections & surveys. This supports on-site monitoring & analysis to prolong furnace/tube lifetimes, optimize burner efficiency, reduce energy consumption & improve... Read more...