Precision Transmission Ball Screw with Micron-Level Positioning Accuracy and High Rigidity Structure for CNC and 3D Printing

Precision and repeatability ball screw industrial perfect solution

Ball screws are the core of precision transmission in CNC machining and 3D printing, providing crucial support for the high-precision requirements of both scenarios. In CNC machine tools, as a core component of the feed system, their micron-level positioning accuracy (lead error ≤ ±1μm/300mm) precisely drives the X/Y/Z axis movement of the worktable, ensuring dimensional accuracy in complex surface machining and fine engraving. Combined with a high-rigidity structure, they are suitable for high-speed cutting scenarios, significantly improving machining efficiency and product yield. In 3D printing equipment, they guide the smooth displacement of the printing platform or nozzle, especially ensuring consistent layer thickness during Z-axis lifting, eliminating interlayer misalignment, and resulting in more detailed printing of complex models. Their low-friction characteristics support long-term continuous operation, meeting the stringent requirements of high-end photopolymerization and metal 3D printing. Key selling points include: transmission efficiency exceeding 90%, energy-saving and efficient; surface strengthening treatment for excellent wear resistance and long service life; compatibility with multiple equipment models, convenient installation, and a solid transmission foundation for high-quality CNC precision machining and 3D printing.