TPX6113 Heavy-Duty Horizontal Boring Machine for Large-Scale Industrial Machining

The TPX6113 horizontal boring machine is developed to meet the machining demands of large and heavy components commonly found in energy equipment, heavy machinery, and industrial manufacturing sectors. Its structural design emphasizes rigidity and long-term stability, making it suitable for extended cutting cycles, deep-hole boring operations, and multi-surface machining tasks that require reliable dimensional control.

The machine adopts a reinforced bed and column structure manufactured from high-quality cast iron with internal ribbing. This design effectively minimizes vibration during high-load cutting and provides strong support for long boring bars and facing heads. During deep internal boring or heavy milling operations, the structural stiffness of the TPX6113 plays a critical role in maintaining surface quality and geometric accuracy.

The spindle system is optimized for high torque output at low and medium speeds, allowing stable cutting in steel, cast iron, and alloy materials. This makes the TPX6113 particularly suitable for machining large valve bodies, gearbox housings, pump casings, turbine components, and structural machinery parts. Whether performing rough boring, finish boring, or face milling, the machine maintains consistent cutting performance across varying workloads.

Extended axis travel enables the TPX6113 to machine multiple surfaces in a single setup, significantly reducing the need for repeated positioning. This improves machining efficiency and ensures precise alignment between critical features such as bearing seats, mounting surfaces, and internal bores. The rotary worktable further enhances flexibility, allowing operators to index the workpiece smoothly for multi-face machining without complex fixture changes.

In industrial workshops where production efficiency and machining reliability are essential, the TPX6113 serves as a practical solution for consolidating boring, drilling, milling, and facing operations. It is widely applied in industries such as power generation, petrochemical equipment manufacturing, construction machinery, and general heavy equipment production, where large components demand both strength and precision.

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