High-quality CT tube stators are critical to ensuring stable operation and performance of the equipment. It has good mechanical strength, wear resistance, and corrosion resistance. Common manufacturing materials include high-strength alloy steel, stainless steel, special alloys, etc. Advanced manufacturing processes are adopted, such as CNC machining, heat treatment, precision grinding, etc., to ensure that its dimensional accuracy and surface quality meet the requirements. The stator’s structural design is reasonable, taking into account factors such as electromagnetic characteristics, thermal characteristics, and mechanical strength. The optimized design structure can improve the electromagnetic efficiency and stability of the stator. During the production process, strict quality control is required to ensure that the quality of each stator meets standard requirements. Including material testing, dimensional measurement, appearance inspection, etc. Good insulation performance: The stator usually needs to have good insulation performance to prevent electrical insulation failure and leakage. This requires the selection of appropriate insulation materials and insulation treatment processes.