Supplier of control and measuring instruments in Latvia, Estonia and Lithuania. Worldwide delivery
Supplier of control and measuring instruments in Latvia, Estonia and Lithuania. Worldwide delivery
02.03.2026
Leveraging Active Thermography for Facade Detection at Jesolo Beach Condominium
The active thermography method detects hidden defects in facades, such as delamination of the protective concrete layer, by analyzing the difference in thermal inertia of materials when heated. Artificial or solar radiation allows problems invisible to the naked eye to be visualized as characteristic “hot spots” on thermal imaging. This technology provides accurate early-stage diagnostics, enabling local repairs to be planned and damage to be prevented, thereby reducing overall restoration costs.
02.03.2026
HIKMICRO SuperSCENE+: Detects Targets And Identifies Temperature Anomalies
SuperSCENE+ technology, based on artificial intelligence, automatically detects critical targets such as fuses and terminals in electrical panels and identifies temperature anomalies to prevent cascading overloads and downtime. It also provides batch control of printed circuit boards, reducing inspection time and minimizing human error. This solution significantly improves safety, reliability, and maintenance efficiency in the energy and electronics industries.
02.03.2026
How to take high-quality thermal images with a thermal imager?
High-quality thermal imaging requires the right choice of equipment, precise parameter settings, and the use of special methods such as active thermography. This article provides a detailed analysis of the key characteristics of thermal imagers and the adjustable parameters that affect the clarity and accuracy of measurements. Practical recommendations for shooting help to obtain reliable thermal images for technical analysis.
02.03.2026
HIKMICRO SuperIR: An Advanced Algorithm for Enhancing Thermal Imaging Quality
The SuperIR algorithm, based on neural networks, significantly improves the clarity and detail of thermal images by eliminating noise and aliasing. The technology provides real-time super-resolution directly on the device, accelerating decision-making in various industries. Its implementation in a series of hardware and software expands the possibilities for accurate diagnostics in construction, energy, auto repair, and other professional fields.
02.03.2026
Inspection of Photovoltaic Panels with Thermal Imaging Camera
Thermal imaging allows remote detection of defects in photovoltaic panels, such as short circuits and open circuits, enabling non-destructive testing of large areas. For reliable diagnostics, it is critical to comply with the requirements of IEC TS 62446-3, including ensuring the necessary resolution (at least 5×5 pixels per cell) and optimal weather conditions. This method improves the reliability and efficiency of solar power plants, minimizing the risk of false alarms and downtime.
02.03.2026
Thermal inspection of the former Temple of Annunziata
Thermal imaging technology offers new diagnostic capabilities for historic buildings, uncovering structural defects and concealed features not visible to the naked eye. A case study of a 16th-century architectural monument illustrates how the technique identifies cracks, detachments, and masonry characteristics to support accurate restoration planning. This method enables non-destructive testing and generates comprehensive condition documentation, which is essential for the preservation of cultural heritage.
02.03.2026
SuperDetect – Intelligent Leak Detection Algorithm
Precise water leak localization minimizes the risk of damage to infrastructure networks and reduces emergency repair time. SuperDetect’s intelligent algorithms analyze the acoustic spectrum in the 150–7500 Hz range, ensuring automatic leak detection even in high-noise environments. Implementation of this technology reduces reliance on operator expertise and enhances the reliability of pipeline diagnostics.
23.01.2026
Эффект заглушенного (критического) расхода обеспечивает стабильный газовый поток при изменяющемся противодавлении, когда входное давление в 2,2 раза превышает максимальное выходное. Для увеличения расхода используют либо повышение входного давления, либо изменение размера отверстия клапана, при этом массовые расходомеры с регулируемым клапаном обеспечивают автоматизацию и оперативную обратную связь по расходу.
23.01.2026
Эффект заглушенного (критического) расхода обеспечивает стабильный газовый поток при изменяющемся противодавлении, когда входное давление в 2,2 раза превышает максимальное выходное. Для увеличения расхода используют либо повышение входного давления, либо изменение размера отверстия клапана, при этом массовые расходомеры с регулируемым клапаном обеспечивают автоматизацию и оперативную обратную связь по расходу.
