The inspection system for vehicles is designed with the aim to provide assistance to the state and customs authorities in solving the problems connected with antiterrorist safety, prevention of smuggling, illegal migration and so on.

Due to implemented technical solutions and know-how, the inspection system provides a Customer with a wide range of abilities for high quality and fast analysis of cargo at high speed of trains moving.

The inspection system ST-2640 represents itself a system for inspection of cargo, transported in vehicles, with the aim to detect prohibited enclosures such as weapons, ammunition, explosive substances, drags and fissile materials.

The inspection system ST-2630L represents itself a system for inspection of cargo, transported in vehicles, with the aim to detect prohibited enclosures such as weapons, ammunition, explosive substances, drags and fissile materials. ST-2630L is a "light" version of the system ST-2630, it does not require enhanced radiation protection such as concrete inspection tunnel and concrete shielding gates.

ST-2630K for inspection of cars and vans, provides increased throughput - up to 95 vehicles in hour by using a sectional belt conveyor with reverse function.

Due to innovative technical solutions and technologies LLC “Scantronic Systems” offers Customer the mobile inspection system ST-2630M for control of vehicles and sea containers with high performances and new functionalities.

Linear electron accelerator is intended for generation of bremsstrahlung with boundary energy corresponding to the energy of accelerated electron beam used for formation of x-ray shadow image of a scanned object.

Detection system is intended for electron accelerator bremsstrahlung intensity measurement, conversion of analog electrical signals into digital format and data transfer to the remote computer, where special software performs final data processing including correction, filtration and visualization on monitor screen.

Currently the specialists of «Scantronic systems» are carring out the development of a modern system of industrial tomography. The equipment structure of an industrial tomography system is similar to the structure of an interiscopic one, but investigation of the internal structure of an object is performed by angular scanning of various cross-sections of the object with subsequent mathematical processing of obtained scanned data.