Products

High-energy X-rays can penetrate thick materials,suitable for inspecting large or dense components. High-resolution images, detailed analysis of internal defects. Real-time image acquisition and analysis,quick decision-making and efficient inspection processes. Versatility on various materials, including metals, composites, and ceramics. Safety minimize radiation exposure to both operators and the environment.

(NDT&NDE)of super-huge/super-thick/super-desity large-scale products, components, and materials. These systems use X-rays to penetrate objects and capture images of their internal structures, enabling inspectors to identify defects, anomalies, and potential safety issues. ​The system can also be upgraded to include LINAC CT (Computed Tomography) capabilities, allowing for even more detailed 3D analysis of the super-huge/super-thick/super-desity large-scale part internal structures and materials. This makes it particularly useful for quality control and failure analysis in various industries, such as automotive, defense, aerospace, maritime, nuclear power industries.

Nondestructive testing (NDT) . Fast and directly display object internal structure and defects with 3D/2D images. Easy operation, strong function, high accuracy, high-resolution! Excellent performance and high-reliable in industrial environment! We offer customised solutions to meet special needs in multiply applications.

Nondestructive testing (NDT) for Defense Component. reconstruct object internal structure and defects with 3D model. 4MeV/6MeV High-energy linear accelerator, high-resolution 154µm large view detector. Excellent performance with high-accuracy multi-axis mechanical motion platform. Customised solutions to meet special requirement.

PTMegaL series linear accelerators are composed of ray irradiation head, control system, high-voltage modulation system, safety interlock system, emergency escape protection device, etc., special driving (optional). By optimizing key components such as accelerator tubes, modulators and ray control systems, the reliability of the entire accelerator is improved, its operation and maintenance costs are reduced, and users are provided with the most cost-effective accelerators.