This system is suitable for nondestructive testing in industries such as military, electronics, petroleum, chemical, refractory materials, steel pipes, die-casting, boilers, automobiles, pressure vessels, high-speed rail, aviation, and aerospace. It achieves dynamic real-time imaging, boasts fast operation speeds, and high image quality, improving both inspection speed and reliability. The system's mechanical transmission device enables dynamic observation of internal defects and dimensional measurement at various angles, making it particularly suitable for in-line testing. Due to our company's outstanding contributions to this technology, the National Development and Reform Commission designated our company as a National High-Tech Industrialization Base for Real-Time X-ray Imaging Inspection Systems in 2004.
Four-wheel drive, 40° steep slope, capable of radiographing 30 welds in a single trip; specially designed for DR center radiography, capable of penetrating 45mm thick A3 steel; and can carry circumferential or directional radiography machines.
During manufacturing, the complex structure of tube-to-tubesheet welds—coupled with welding techniques and parameters—often leads to internal defects. Common issues include: porosity, slag inclusion, lack of fusion, incomplete penetration, and cracks. Even minor defects can cause leaks in tubular heat exchangers and reactor welds.
During manufacturing, the complex structure of tube-to-tubesheet welds—coupled with welding techniques and parameters—often leads to internal defects. Common issues include: porosity, slag inclusion, lack of fusion, incomplete penetration, and cracks. Even minor defects can cause leaks in tubular heat exchangers and reactor welds.
Designed specifically for long-distance pipelines, it is suitable for pipelines ranging from 273 to 1600 mm. The track-mounted tooling enables one-button switching between double-wall single-shadow and center radiography, with a national market share of over 80%.
It uses an amorphous silicon + scintillator core architecture and 16-bit grayscale to perfectly reproduce the internal details of the material. It has an IP67 protection rating and a variety of pixel sizes to adapt to various working conditions. It supports dynamic and static dual-mode imaging and provides dual wired and wireless connection methods, balancing portability and high precision.
It uses an amorphous silicon + scintillator core architecture and 16-bit grayscale to perfectly reproduce the internal details of the material. It has an IP67 protection rating and a variety of pixel sizes to adapt to various working conditions. It supports dynamic and static dual-mode imaging and provides dual wired and wireless connection methods, balancing portability and high precision.