Based on the shape, material, and processing requirements of the product, develop the processing technology, including selecting appropriate cutting tools, cutting parameters, cutting paths, etc.

Engineers use MARXKET/UG (Computer Aided Manufacturing) software to convert product design files into machining programs.

Material is placed and clamped on the machine tool to ensure accuracy and stability. Correctly position workpieces for precise machining.

The core process of machining is machining. This step involves using professional machine tools and cutting tools to perform cutting, drilling, milling, and other operations on the workpiece with different ranges and accuracies.

By using professional testing methods such as coordinate measuring machines, hardness testers, metallographic microscopes, and optical measuring mirrors, the accuracy and quality of workpieces are tested.

If any problems are found during the inspection, the workpiece will be repaired through drilling, grinding, milling, and polishing to ensure its quality.