Brief introduction: Industrial computed tomography (CT) non-destructive testing system based on radiation imaging technology as the core, such as nuclear technology, precision machinery, computers, control set in the integration of advanced nondestructive testing equipment. Industrial computed tomography (CT) non-destructive testing system can be given by CT images to detect objects, objects internal structure, the density distribution and location of defects, the object to be measured can be internal structure and defect quantitative detection. Industrial computed tomography (CT) can be used for quantitative detection of internal defects in parts and whole, checking the correctness of assembly, which can realize mechanical inversion, the engineering application, has been widely used in aerospace, aviation, weapons, railway, shipbuilding, electronics, machinery, and many other fields. Industrial computed tomography (CT) non-destructive testing system can be equipped with 2 mev (or 4 mev, 6 mev, 9 mev, 15 mev) energy of linear accelerator, and optional detectors the consultation or linear array detector. Can be combined using gamma ray source and detector to meet the needs of different detection. Technical indicators: System indicators/model: IPT21 series Scanning mode: the second generation three generations + + DR + * real-time imaging Gamma ray source energy: p 2 MeV Dose rate: 200 cgy/min1m or higher The focus of diameter: 2 mm or less The spatial resolution: 1 ~ 2.5 lp/mm Density resolution: 0.3% ~ 1% Ct scan time: 1 ~ 12 * * minutes The environmental temperature 5 ℃ to 40 ℃ Environmental humidity: 85% or less Detection range: can be customized (length, diameter, weight)
Brief introduction: Industrial computed tomography (CT) non-destructive testing system based on radiation imaging technology as the core, such as nuclear technology, precision machinery, computers, control set in the integration of advanced nondestructive testing equipment. Industrial computed tomography (CT) non-destructive testing system can be given by CT images to detect objects, objects internal structure, the density distribution and location of defects, the object to be measured can be internal structure and defect quantitative detection.
