Building on the legacy of the PM1610, the PoliSimeter offers enhanced capabilities for extended measurement of personal dose Hp(10) and dose rate Ḣp(10) of both continuous and pulsed X-ray and gamma radiation. The PoliSimeter is designed to meet the latest industry requirements and features a USB-C port for convenient connectivity and data transfer. Equipped with shockproof rubberized case, a bright high-contrast display with LED backlight, and large, easy-to-press buttons PoliSimeter is designed for convenient use, even with protective gloves on. PoliSimeter ER model has an extended range of dose measurement up to 20 Sv for use in high-radiation environments, providing critical safety and monitoring functionality

The 155 mm SPGH DITA is an up-to-date artillery weapon with automatic guiding and automatized loading cycle being capable of effective and quick support to ground forces. The howitzer gun DITA meets NATO ammunition requirements. It is characterized by a long range of fire up to 39.1 km with 155 mm HE ERFB BB shells, remarkable effect ‚of ammunition on a target, reliable accuracy of fire, high rate of fire, rapid preparation for firing and high mobility. Its advantage also lies in crew ballistic protection and against NBC effects.

The CEIA DSMD® is an active electromagnetic induction (EMI) device based on the transmission of an alternated, low frequency magnetic field and the reception of the variations caused by buried metal masses. It is designed for the accurate detection of deeply buried medium-large metal masses, including unexploded ordnance, whilst discriminating against ground magnetic anomalies and metal fragmentation. The detector comprises a telescopic tube and two probe-antennae which transmit and receive the magnetic field, mounted at the ends of the extensions. Target indication is by a high-readability colour TFT display on the front panel of the control unit and an acoustic warning signal with adjustable volume control. The embedded GPS receiver allows real-time data logging capability during operations: GPS information (Date, Time, Latitude, Longitude) can be recorded along with significant points and data, stored into a non-volatile memory at a rate of one event per second.

Dies are used in various manufacturing processes to produce components in large quantities with high precision. Here are some of the main uses of dies: Stamping (Metal Forming): Dies are used in stamping processes to cut or form metal materials (such as steel, aluminum, or copper) into specific shapes and sizes. Forging: Dies for forging are used to shape metal by applying high pressure to heated material. Molding (Casting): Dies are used in molding processes to form plastic or molten metal into a desired shape. Extrusion: Dies are used to push material through a mold to form specific shapes, such as pipes, profiles, or other components. Cutting: Dies are also used in cutting processes to separate large amounts of material into smaller pieces or to the desired size. Drawing (Metal Drawing): Dies are used to pull or stretch metal into long or thin shapes, such as wire or thin sheets. Embossing: Dies are used to create patterns or textures on the surface of materials.