Cable Conductor Online Intelligent Inspection System
Online Intelligent Detection System for Cable Conductors - Addresses the difficulty of controlling DC resistance in stranded conductors. Using X-ray and image recognition technology, it enables online non-destructive inspection in just 30 seconds per test, with detection accuracy of less than 1.0% of the cross-sectional area. Covers copper and aluminum conductors from 25 to 630 mm². Supports custom upper/lower limits for cross-sectional margin, with automatic alarm when out of tolerance, guiding real-time process adjustment. Replaces traditional destructive methods, avoids material waste, and significantly reduces costs while improving efficiency.
Off-line small model X-ray digital imaging detection system
The offline small machine X-ray digital imaging detection system is an easy-to-use entry-level X-ray detection system with ultra-high cost-effectiveness, excellent image quality, high reliability, and minimal foot-print. Specially designed for facilities with limited space, combining minimal size and maximum performance.
Conventional Industrial CT System
The system adopts advanced high-power X-ray sources, high-sensitivity detectors, and high-precision motion control systems to ensure high spatial resolution and precise motion positioning accuracy during sample detection, obtaining high-quality and high-contrast 3D tomographic images. The X-ray machine system and image acquisition system can provide dual source dual detector, single source dual detector, and single source single detector according to user needs.
X-ray digital image steel pipe automatic inspection system
The system is seamlessly integrated with the entire steel pipe production line, and a secondary management system interface is reserved to adapt to the control and management process requirements of different steel pipe manufacturers on-site； According to the different lengths and diameter ranges of steel pipes, design the effective travel of the pipe transport flatbed, the X-ray tube lifting probe arm, and the imaging flat panel lifting device to meet the detection requirements of different pipe fittings.
High-Frequency High-Voltage Generator
The high-frequency high-voltage generator is an ideal equipment for industrial radiography and real-time imaging applications. It forms a complete ray source module with matched cermet X-ray tubes, high-voltage cables and coolers, which can be used to realize industrial non-destructive testing.
Portable High-Frequency Constant-Voltage X-ray Machine
Based on high-frequency and constant-voltage technology, it has a high exposure efficiency and strong penetration. It adopts a metal - ceramic tube core, with good seismic resistance and vacuum degree, being reliable and durable. It can be continuously exposed for at least one hour at 35°C without a break. It provides a 1.0mm focal version, suitable for high - penetration digital imaging. It can work stably under the power supply conditions of 5 - 264VAC / 45 - 65Hz. The tube head is lightweight, making it suitable for on - site handling and deployment.
Electron linac for non-destructive testing
The electron linear accelerator for non-destructive testing is a self-developed application product of medium and low energy (0.5-10.0MeV) electron accelerators. It has various structures such as vertical and horizontal types, which can meet the needs of different usage scenarios. When used in the field of non-destructive testing, it can provide professional and efficient equipment support for relevant testing work.
Integrated X-ray Source
It is a self-developed core component for X-ray detection that integrates the ray source and high-voltage generator. It can be customized to support X-ray flaw detection equipment and is widely used for non-destructive testing in the high-end equipment manufacturing field.
High-Power Laser Cutting Equipment
Provides metal processing services for nuclear power decommissioning and operation & maintenance, enabling decontamination, cutting and dismantling of radioactive metals. Adopts multiple cutting technologies centered on high-power lasers, featuring modular assembly, flexible deployment and relocation, and remote control. It reduces the volume of radioactive waste while lowering personnel radiation exposure, achieving safe cutting of contaminated metals.