The straight seam and spiral steel pipe inspection system consists of a high-frequency X-ray machine, a digital X-ray flat-panel detector, specialized steel pipe inspection machinery, a computer image processing system, a control device, and a lead-protected room. This system can quickly and accurately detect defects such as pores, cracks, and looseness in all areas of the steel pipe.
The mechanical system includes a protective lead room and a tube screen inspection loading and unloading assembly line. The protective lead room houses the X-ray source and imaging plate movement mechanisms. The X-ray source can be raised and lowered vertically, with a continuously adjustable focal length from 550 to 1000 mm. The source offers a flexible operation range of ±30° for both oscillation and rotation, allowing for flexible selection of illumination angles and times. The oscillation and rotation angles do not interfere with each other. The imaging plate can be rotated horizontally by ±30°. The imaging plate is vertically controlled, lowering when the tube screen moves and raising when the screen enters the inspection position in the lead room.
The wheel hub X-ray inspection system consists of a high-frequency X-ray machine, a digital X-ray flat-panel detector, specialized wheel hub inspection machinery, a computer image processing system, a control device, and a lead-protected room. This system can quickly and accurately detect defects such as pores, cracks, and looseness in all parts of the wheel hub.
Industrial CT utilizes an advanced high-frequency, constant-voltage X-ray source, a digital imaging detector, and a high-precision mechanical inspection platform. This not only accurately reproduces CT slice and 3D images of the inspected workpiece, but also provides real-time 2D imaging. The product offers numerous advantages, including compact size, fast inspection speed, clear images, precise inspection, and a high cost-effectiveness. It is widely used in nondestructive testing and measurement applications in aerospace, aviation, military, machinery, foundry, IT, automotive, and other industries.
It integrates image acquisition and data analysis functions, is embedded with national standards such as NB/T 47013.11 and NB/T4109, and is equipped with 8 AIP intelligent processing functions and AI-assisted film evaluation. It supports synchronous control of multi-brand X-ray machines and can be compared with 60,000+ defect databases to achieve digital compliance management of the entire process from image acquisition to report generation.
It integrates image acquisition and data analysis functions, is embedded with national standards such as NB/T 47013.11 and NB/T4109, and is equipped with 8 AIP intelligent processing functions and AI-assisted film evaluation. It supports synchronous control of multi-brand X-ray machines and can be compared with 60,000+ defect databases to achieve digital compliance management of the entire process from image acquisition to report generation.
It integrates image acquisition and data analysis functions, is embedded with national standards such as NB/T 47013.11 and NB/T4109, and is equipped with 8 AIP intelligent processing functions and AI-assisted film evaluation. It supports synchronous control of multi-brand X-ray machines and can be compared with 60,000+ defect databases to achieve digital compliance management of the entire process from image acquisition to report generation.
400-800dpi high-precision scanning, 0.5-4.5 optical density range covers industrial film; integrated image enhancement algorithm eliminates distortion, with 60m continuous scanning capability, promoting the digital transformation of film inspection in fields such as oil pipelines and nuclear power.