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TIM M05 | Infrared camera for temperature measurement of molten metal
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TIM M1 | Infrared camera for metal surfaces
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TIM QVGA | High Resolution Thermal Imaging Camera
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TIM QVGA G7 | Infrared thermal imaging camera for glass industry
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TIM QVGA HD T100 | Thermal Imager for Body temperature screening
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TIM160 | Miniature thermal imaging camera
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TIM640 | Miniature VGA-resolution thermal imaging camera
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Our thermal imaging camera range is built specifically for tough, real-world industrial environments. Featuring wear-free sensors, these units easily handle measurements from -20°C right up to 1800°C, giving you the reliable data needed to maintain strict quality control and process stability.
Flexible Setups for Industrial Thermography
No two manufacturing lines are exactly the same. That’s why we supply a wide variety of models and selectable optical systems suited for complex industrial thermography tasks. Whether you’re monitoring everyday objects or traditionally difficult surfaces like glass, plastics, and metals, you can securely mount these cameras at virtually any distance from your target.
Straightforward Software and Integration
Getting an infrared camera to communicate with your existing setup shouldn’t be a headache.
Simple Connection: Hook the camera directly into your computer or control system using a standard USB interface.
Licence-Free Software: We include TIM Connect straight out of the box at no extra cost. This allows you to start recording data and viewing thermal visualisations on your PC immediately, without worrying about ongoing software subscriptions.
Built to Handle Extreme Heat
If your operations run hot, an ordinary thermal camera simply won’t survive. For facilities dealing with extreme ambient temperatures up to 240°C, our cameras can be fitted with an optional cooling jacket. This ensures continuous, safe operation and high-precision temperature readings even in the harshest manufacturing conditions.
Typical Measurement Applications
Highly adaptable and dependable, our thermal imagers are heavily utilised across Australian industries for:
Research and Development
Pinpointing minute temperature shifts during prototyping and testing.
Process Monitoring
Keeping a continuous, automated watch on machinery to prevent overheating and downtime.
Manufacturing
Ensuring material stability and quality during heavy-duty production runs.

