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The NDT non-destructive testing instrument is a small X-ray generator with an anode grounded and forced cooling by a fan; Dandong Tongda Technology's customized wholesale non-destructive testing instruments are lightweight, easy to carry, and easy to operate; Portable welding seam X-ray machine non-destructive testing instrument works and rests in a 1:1 ratio; Radiographic testing equipment: aesthetically pleasing and structurally sound; NDT non-destructive testing instruments are: delayed exposure to ensure operator safety; The main purpose of NDT non-destructive testing equipment is to inspect the processing and welding quality of materials and components such as ship hulls, pipelines, high-pressure vessels, boilers,aircraft,vehicles, and bridges in industrial sectors such as national defense,shipbuilding, petroleum,chemical,mechanical,aerospace,and construction,as well as internal defects and the inherent quality of various light metals, rubber, ceramics, etc.

Today, diffractometer has become an important tool in scientific research, education, medical and other fields. However, the precision and complexity of the diffractometer makes it necessary to take extra care during transportation and packaging.

Dandong Tongda's graphite bent crystal monochromator enhances X-ray analysis accuracy with ≥35% reflectivity, eliminating interference like Kβ and fluorescence rays. It excels in environmental and electronics testing, backed by national R&D projects and ISO certification, offering precise solutions for complex samples.

Dandong Tongda Tech launches a high-precision, multifunctional integrated measuring attachment for material analysis. It enables crystal phase, orientation, and stress testing on metals, ceramics, and thin films, supporting R&D in semiconductors and new energy.

Dandong Tongda's high-precision rotary sample stage solves "preferential orientation" in X-ray analysis, ensuring data accuracy. With precise rotation (1-60 RPM, 0.1° step) and robust design, it offers reliable performance for diverse applications. Customizable solutions support global research and industrial needs.

The TDTC-150 Multi-functional Residual Stress Analyzer integrates core analytical functions including high-precision residual stress analysis, quantitative retained austenite measurement, and phase/crystallite size analysis into a single device. It features a modular PLC control system, a lightweight portable design, and a high-precision servo system with a multi-channel detector for efficient, high-resolution data acquisition. The instrument supports a wide range of materials such as steels, titanium alloys, and composites. Dandong Tongda Technology, with its established global export experience, offers the TDTC-150 to meet the growing international demand for reliable, multi-functional material testing solutions in advanced manufacturing and R&D.

The WBK-01 X-ray Irradiator from Dandong Tongda Science & Technology Co., Ltd. offers a safe, compact, and cost-effective alternative to isotope sources. It enables efficient cell/animal irradiation and supports critical research like the Sterile Insect Technique for eco-friendly pest control.

Dandong Tongda's X-ray diffractometers feature imported PLC control systems ensuring stable operation and reduced failure rates. Key advantages include: high-power X-ray generation, modular design for easy maintenance, advanced safety protocols, 0.0001° precision goniometer, and compatibility with international data standards. The systems support diverse sample types and come with comprehensive accessories.

The TD-Mini X-ray Stress Analyzer from Dandong Tongda Science and Technology Co., Ltd. uses X-ray diffraction technology for non-destructive testing. Measures stress in metals/plastics with high precision and field adaptability. Features compact design, intuitive operation, high efficiency, and wide applications. Includes 60W X-ray tube with multiple targets and high-speed photon counting detector (>1x10⁹ cps).

The TD-RSD X-ray Diffraction Residual Stress Analyzer integrates multiple diffraction geometries and high-precision detection technologies. It enables accurate residual stress analysis in metals, ceramics, and composites, featuring 3kW power, ±7MPa repeatability, and automated operation for industrial and research applications.