Furnaces & boilers thermography cameras
- Technology
- Automated infrared imaging cameras
- Partner
- Advanced Energy
Advanced Energy’s turn-key thermal infrared imagers and systems accurately measure temperature accurately using ultra-reliable infrared technology. These high-tech instruments can precisely determine the temperature and temperature distribution of small and fast-moving objects.either inside an industrial process (inside a boiler or furnace) or remotely (monitoring a flame from distance).
The BoilerSpection™ and FurnaceSpection™ systems from Advanced Energy are advanced infrared thermal imaging solutions designed for real-time monitoring of combustion processes and high-temperature industrial environments.
Engineered to operate in the most demanding conditions, these systems provide continuous, radiometric temperature measurement and visualisation inside boilers, furnaces, and combustion chambers – enabling operators to see critical processes that are otherwise invisible.
BoilerSpection systems use specialised mid-wave infrared technology to see through flames, dust, and combustion gases, making them ideal for active combustion monitoring. FurnaceSpection systems are optimised for extreme high-temperature environments up to 2200 °C, delivering stable, high-resolution thermal imaging for process control and quality assurance.
Together, they provide a complete thermal imaging solution for energy, metals, and heavy industrial applications, helping to improve efficiency, reduce downtime, and enhance operational safety.
Range features
A high level overview of what this range offers
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See inside combustion processes – BoilerSpection enables clear imaging through flames and particulates, providing visibility inside active combustion zones.
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Full thermal mapping – Capture complete temperature distributions across the scene, improving diagnostic accuracy compared to single-point sensors.
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Wide temperature coverage – From combustion monitoring (~500 °C) to extreme furnace processes (up to 2200 °C), the range supports diverse industrial applications.
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Improved process efficiency – Optimise combustion and heat distribution to reduce fuel consumption and improve throughput.
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Early fault detection – Identify slag build-up, refractory damage, or abnormal heat patterns before they cause failures or downtime.
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Flexible deployment – Choose between portable systems for inspection or fixed installations for continuous monitoring.
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Advanced analytics and reporting – Integrated software provides real-time data, historical trending, and actionable insights.
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Robust industrial design – Built for harsh environments with cooling systems, protective housings, and automated retraction mechanisms.
What’s in this range?
All the variants in the range and a comparison of what they offer
| System | Configuration | Application Focus | Temperature Range | Key Capability | Interfaces |
|---|---|---|---|---|---|
BoilerSpection MB | Mobile | Boiler inspection | 500–1600 °C | Portable through-flame imaging | Ethernet, video |
BoilerSpection SD | Fixed | Continuous boiler monitoring | 500–1600 °C | Through-flame, real-time monitoring | Ethernet, OPC, Modbus |
FurnaceSpection MB | Mobile | Furnace inspection | 600–1800 °C | Portable high-temp imaging | Ethernet |
FurnaceSpection SD | Fixed | Continuous furnace monitoring | 600–2200 °C | Multi-camera, high-temp imaging | Ethernet, OPC, Modbus |
FurnaceSpection System | Multi-camera | Large-scale process monitoring | 600–2200 °C | Up to 20 cameras, centralised control | Ethernet, fiber, DCS |
