Product Announcements:
Thermal Imagers

Detection of damage to the tank allows early maintenance and extends the tank’s lifespan. Around 70% of container glass production costs come from energy, so preventing cracks and lost heat produces significant savings. Early detection of glass break-outs enhances plant safety. Read more...

Implementing high-end thermal imaging technology has never been this simple! Read more...

The new LWIR-640 long-wavelength thermal imager builds on more than 20 years of thermal imaging experience, expanding the market-leading range of AMETEK Land temperature measurement solutions. Read more...

How LSP-HD Linescanners Maintain High-definition Measurements at All Scan Speeds Read more...

Knowing the temperature of the steam tubes in the heat exchanger is important for both efficiency and reliability. A low temperature reduces the thermodynamic efficiency of the boiler, but excessive temperature can lead to premature failure because of factors such as embrittlement and creep. 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 (special model up to 1500 °C). Read more...

The thermoIMAGER TIM 160S thermal imaging camera provides precise real-time values in dynamic processes. With a frame rate of 120 Hz, it offers fast measurements surrounded by temperatures up to max. +1500 °C. The camera’s robust design makes it suitable for harsh industrial environments. Read more...

This FREE, new interactive E-Book outlines the facts and technologies behind effective temperature screening, including best practices and information directly sourced from scientists and physicists. Read more...

AMETEK Land Launches VIRALERT 3 Human Body Temperature Screening System for Buildings and Facilities Read more...

COVID 19 - DOWNLOAD OUR FREE INFOGRAPHIC FOR SAFELY REOPENING YOUR FACILITY Read more...