Temperature monitoring with infrared technology
In many industries, effective temperature monitoring is essential for ensuring product quality, reliable operations, and long equipment life. Our thermal imaging solutions help companies work proactively through predictive and preventive maintenance, detecting potential problems before they result in costly downtime, safety hazards, or quality issues.
We deliver tailored solutions that combine thermal imaging technology with intelligent alarm functions, analysis tools, and seamless integration into existing control systems.
Smart solutions for demanding industries
Termisk provides advanced temperature monitoring solutions based on infrared technology and thermal imaging cameras. Our solutions are used across a wide range of industries where operational reliability, quality, and efficiency are critical.
Through automated monitoring, potential issues can be identified before they escalate, helping to minimize downtime, improve resource efficiency, and enhance operational performance. Whether in manufacturing, energy production, or process industries, we help our customers achieve safer, smarter, and more cost-effective production.
Steel industry
Temperature monitoring for the steel industry – safer, smarter production with infrared technology from Termisk.
Automotive industry
Termisk has developed IPHA, a solution for temperature and position monitoring in automotive press hardening.
Wood and paper industry
Termisk helps wood and paper manufacturers maintain product quality and process stability through continuous temperature monitoring.
Contact an expert
Robert Lindersjö is one of our experts in temperature monitoring and industrial process monitoring. Book a meeting to discuss opportunities, applications, and requirements for improving efficiency and enhancing the reliability of your processes using thermal imaging technology.
Automated monitoring of press hardening processes at AP&T
IPHA combines infrared cameras with position tracking to measure the temperature and position of metal sheets in real time during press hardening. By detecting deviations early, the system helps reduce scrap, protect valuable tooling, and ensure a stable and efficient manufacturing process.
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