Multi-axis Workbench for 3D Printer XYZ Stage Gantry System Linear Robot
Industrial-grade 3D printing production lines impose extremely stringent requirements for high-precision positioning, smooth motion, and long-term stability. Linear modules serve as the core drive components for achieving large-scale, automated printing. Thanks to their high-rigidity structure, easy maintenance, and customized modules, FUYU products have become the preferred drive solution for 3D printing equipment.
Production lines built with high-precision linear modules achieve repeatability of up to ±0.01 mm. When integrated with vision systems, they effectively eliminate layer lines, misalignment, and warping, significantly improving the yield rate of end products. The combination of guide rails and lead screw drives ensures smooth, jerk-free operation, preventing vibrations from affecting layer thickness uniformity and filament extrusion issues, making them particularly suitable for large-scale, high-precision printing applications. Customized module configurations seamlessly integrate with vision systems to achieve full-process automation—“detection, movement, and compensation”—meeting the requirements for unmanned production. The FTH14 features a semi-open cover design that balances dust protection with ease of cleaning, facilitating the timely removal of 3D printing powder or material residue. This prevents jamming and wear, ensuring continuous and stable 24-hour operation of the production line.
The dual-track linear module developed by FUYU has a body width of 14cm, which runs more smoothly and has strong stability. The repeated positioning accuracy can reach ± 0.02mm, bass noise, and high load. It is one of the main products used in the international market. Mainly used on automatic devices such as position working, clamping, carrying, including electronic assembly, liquid injection and filling device, spot fusion welding device, circuit board and wafer box positioning insertion device, object snap entire column.





























