TCK1000DY
Multi-axis turning center
.High-Density Optimized 45° Integral Inclined Bed .High-Precision Heavy-Load Axis Motion System .Intelligent High-Precision CNC Tailstock .High-Torque Deformation-Resistant Spindle System
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Selling points
- 1.High-Density Optimized 45° Integral Inclined Bed
- The TCK1000DY series adopts a one-piece 45° inclined bed structure crafted from high-density cast iron with precision resin sand molding technology. The internal reinforcing rib layout is precisely optimized via topology analysis. Combined with multiple artificial aging and natural aging treatments, the machine base delivers upgraded mechanical performance, ultra-high structural rigidity and exceptional stability, supporting long-term high-intensity heavy-duty machining without precision deviation.
- 2.High-Precision Heavy-Load Axis Motion System
- Both X and Z axes are fitted with premium heavy-duty rolling guide assemblies and precision linear slide mechanisms for stable and smooth movement. The Z-axis adopts an innovative six-slider support structure paired with a centralized automatic lubrication system, which effectively reduces friction loss and abrasion. This optimized motion system greatly improves overall load-bearing capacity, positioning accuracy and dynamic response performance, ensuring consistent precision during high-speed and heavy-load operation.
- 3.Intelligent High-Precision CNC Tailstock
- Equipped with an integrated intelligent control system, the premium CNC tailstock features a hydraulic self-locking device and built-in rotary mechanism for stable and reliable operation. It comes standard with a fixed-center design and full hydraulic driving movement system, with an optional servo motor drive module available. The flexible configuration provides ultra-precise axial positioning, perfectly adapting to complex and customized machining scenarios.
- 4.High-Torque Deformation-Resistant Spindle System
- The spindle adopts a professional precision bearing combination of large-diameter angular contact thrust ball bearings and double-row cylindrical roller bearings. Matched with a high-torque servo spindle motor, it realizes stable constant torque output across a wide speed range. The overall structure features excellent rigidity and strong deformation resistance, delivering powerful and reliable cutting performance for large-scale and hard-to-machine workpieces.
