HIKMICRO's SP series thermal imaging cameras set new standards in professional thermography. They are suitable for rapid building analysis as well as demanding industrial inspection. Thanks to their high-resolution sensor, they make even the smallest temperature differences visible, helping to detect hotspots, heat loss and critical anomalies at an early stage.
The powerful high-temperature models, such as the SP40H, are specially designed for applications with very high surface temperatures, for example in foundries, furnaces or process plants. This allows even extremely stressed components to be assessed reliably and reproducibly.
An ergonomic design, a brilliant display and intuitive menus ensure comfortable working, even during long periods of use and in poor lighting conditions. Thanks to their robust construction and modern connectivity, the cameras can be seamlessly integrated into existing workflows. Additional flexibility is achieved by the 90° rotatable screen with automatic alignment and the 180° rotatable lens. Together with the seamless digital zoom from 1.0x to 12.0x, objects in complex environments can also be examined reliably and in detail. This provides for quick reporting and a clear basis for decision-making for customers and colleagues.
The basic models of the individual SP series are each available with four different lenses and additionally as a package with two or three lenses to increase flexibility in use. For the SP40, SP40H, SP60 and SP60H models, attachment lenses are also available, which further expand the range of applications. One wide-angle and one standard option are available, as well as two telephoto and two macro variants. Please note that these must be ordered when purchasing the basic camera, as calibration by the manufacturer is required.
With the HIKMICRO SP series – including the high-temperature models – you can position yourself as a professional partner who uses state-of-the-art technology to prevent failures, save energy and increase operational reliability in the long term.