Steel & Metal Industry Solutions
Non-Contact Temperature Sensors for Improved Process Monitoring and Greater Efficiency in Steel Manufacturing Process
Today’s increasing quality standards and higher energy costs demand more accurate and consistent temperature control in the steel making process.
With more than 50 years experience in temperature measurement, LumaSense Technologies is an industry leader in process monitoring for all areas of steel manufacturing. Our MIKRON thermal imagers and IMPAC pyrometers provide the steel industry with cutting-edge technology, ease-of-use, and dependability for monitoring critical parameters for productivity and product quality. These solutions are used throughout the steel manufacturing process, where accurate temperature monitoring is required for improved control.
Steel manufacturing consists of high temperature manufacturing steps that use significant amounts of energy. Processes such as coke oven heating, continuous casting, furnace reheating, hot rolling, forging, sintering, and annealing are becoming more and more expensive.
With energy prices at all time highs, the cost of doing business has significantly increased. Steel facilities need the right tools to ensure they optimize energy usage across their facilities.
LumaSense addresses these needs by providing the most accurate measurements in the industry, enabling steel facilities to maximize their output. Without this level of accuracy, operators are forced to reheat more often than necessary, wasting valuable time, money and energy.
LumaSense offers a broad selection of solutions for metal processing with proven reliability in severe production environments. They are developed specifically for high temperature applications in the steel and primary metals industries.
Publications & Technical Resources
find more resources in our download center
Market, Application, Product Selector
find products based on market and application
Applications

Steel Making

Steel Forming

Steel Finishing

English
German
French
Portuguese
Chinese
Russian