In the wind power equipment manufacturing sector, the quality of tower section girth welding directly affects the safe operational life of wind turbine units. Facing

In large-scale pipeline engineering projects, welding quality directly determines the safety and service life of the entire system. When dealing with girth welding tasks for

In the storage tank and pressure vessel manufacturing industry, welding quality is directly related to the safety and service life of equipment. Faced with challenges

In heavy manufacturing sectors such as wind turbine towers, pressure vessels, and offshore platforms, precision and efficiency determine the final quality of products and the

In modern wind tower manufacturing facilities, production engineers face persistent challenges with large-scale component welding. The latest generation of hydraulic positioning equipment provides innovative solutions to these

In manufacturing workshops worldwide, production managers often face a common dilemma: new equipment needs installation, but already crowded spaces cannot accommodate more overhead cranes. Traditional

In the manufacturing workshop of pressure vessels, Engineer Zhang faced a thorny challenge—an irregular head with a diameter of three meters required multiple circumferential welds

Traditional Challenges in Group Welding At large pipeline welding sites, workers often face the problem of low group welding efficiency. At a petrochemical project site, a

In the wind power equipment manufacturing workshop, Engineer Li Ming was frowning at an inspection report—a 30-meter-long wind tower section showed significant bending after welding,

Quality Challenges of Traditional Coating Methods In the pipeline workshop of a major shipyard in Jiangsu, workers were struggling with coating quality issues on a

In modern shipyards, welding processes account for over 35% of the total construction cycle. Traditional manual welding methods are not only inefficient but also struggle

Technological Breakthrough in Welding Position Control  Modern welding positioners utilize advanced servo control systems to achieve angular positioning accuracy of 0.05 degrees. This technological breakthrough eliminates