NDT imaging plates

Extremely robust and waterproof digital detector array (DDA) for the harsh conditions of industrial radiography and maximum portability. High contrast High sensitive GOS scintillator Large format 36 x 43 cm active area, perfect for profile images Portable & ruggedized 6.6 kg / 1 m drop test pass Important features: • 140 μm pixel pitch (3.6 LP/mm) • Suitable for X-ray and gamma sources • Electronics shielded for use up to 350 kV • Extremely robust non-glass detector • Hot-swap function enables battery change during operation • Two screw-on WLAN antennas ensure wide range and stable connection • Connector for Gigabit Ethernet and power • Dust-tight and waterproof (IP67) • 1 meter drop test pass

This extremely robust and waterproof digital detector array (DDA) has been specially developed for maximum portability and the harsh conditions of industrial radiography. High-resolution 76 μm pixel pitch Compact design 10 x 24 cm active area Lightweight & ruggedized 2.2 kg / 1 m drop test pass IMPORTANT FEATURES - Suitable for X-ray and gamma sources - Equipped with an internal shielding for use up to 350 kV - Extremely robust design with detachable carry handle - High resolution 76 μm pixel pitch (6.5 lp/mm) - Built-in wireless access point - Connector for Gigabit Ethernet and power - 1 meter drop test pass - Dust-tight and waterproof (P67) - For stationary and mobile applications

Portable high resolution CR scanner for all NDT radiography applications - weld inspection, profile images and aerospace Unique 30 μm basic spatial resolution – BAM-certified Scans flexible imaging plates up to 35 cm in width Widest range of applications thanks to TreFoc Technology Intuitive handling & easy transition from film Portable and compact (17.5 kg) What does TreFoc Technology mean and how does it work? TreFoc Technology is the name for the our new laser focussing technology, uniquely in systems from DÜRR NDT. With TreFoc the laser beam is adjusted perfectly to give optimal image results and the highest signal-to-noise ratio in any application. Inside the laser tube, an iris diaphragm adjusts the laser beam diameter. Since the perfect laser beam diameter can be selected for each object and image type, optimum results for any particular application can be easily achieved. Regardless of the application – high-resolution image or low-exposure c