CNC Machining

Tool Radius Compensation (TRC) is a technique used in CNC milling to correct the actual cutting path of the tool, with the aim of ensuring that the workpiece contour is machined to more precisely match the trajectory specified in the design drawings.

In the high-precision CNC manufacturing industry, composite products often deform easily and require high positional accuracy at specific locations. These characteristics present several challenges during process design. Manufacturers find it difficult to control product deformation effectively.

Complex parts typically feature intricate structures, cumbersome manufacturing processes, and stringent precision requirements, making traditional process design inadequate to meet these demands.
With the rapid development of technologies such as artificial intelligence, big data, and the Internet of Things (IoT), intelligent technologies have provided new solutions for the manufacturing of complex parts.

With the manufacturing industry’s increasing demand for product precision, CNC metal cutting machining has become a core process in modern production.The accuracy of CNC metal cutting machining is not only related to the quality of the product, but also directly affects the production efficiency and manufacturing costs.

In the machining industry, when turning hard materials, many beginners will face a problem, that is, the turning inserts are easy to chipping, bringing great difficulties to the turning process.

To become a qualified machining operator, must understand and solve this problem, which is the key to improve the technical experience. It is also a way to improve work efficiency.

Modern tool coatings have significantly contributed to the high efficiency of the CNC machining industry.

Cutting tools have a significant impact on machining quality and machining efficiency.

With the advent of the Industry 4.0 era and the deepening implementation of the intelligent manufacturing strategy, the scheduling optimization technology of CNC machine tools is particularly critical.

Quality control is a significant and important topic in the manufacturing industry. It involves not only the quality of its own products and the quality control system, but also the management of the factory.

With the rapid development of the modern manufacturing industry, complex curved parts are more and more widely used in aerospace, automotive, mold, and other industries. Traditional 3-axis CNC machine tools have been unable to meet the processing needs of complex surface parts;

With the advancement of time and the development of science and technology, micro-holes with diameters of less than 1 mm have become increasingly common in our daily lives. These micro-holes are now widely visible in various areas, ranging from cutting-edge components in aviation, aerospace, and the military to everyday items.