Product Overview
Built specifically for heavy-duty shaft machining where rigidity and precision are paramount, the 30°Slant Bed High-Rigidity CNC Lathe combines Meehanite cast iron construction (known for exceptional vibration damping) with box guideways to achieve ≤0.002mm spindle runout. Its robust 11/15kW spindle delivers 4,500 RPM , making it ideal for demanding operations in high-strength alloys. The 30° slant bed design optimizes chip evacuation—critical for continuous operation—with a 95% efficiency rate that reduces thermal distortion caused by accumulated swarf. Whether machining turbine shafts, pump rotors, or precision ball screws, this lathe ensures consistent accuracy across long production runs and large workpieces.
Product Features
Structural Rigidity:
Double-nut preloaded ballscrews minimize backlash to ≤0.001mm, a critical feature for thread cutting that requires precise axis movement (achieving ISO Class 4h thread quality).
A hydrostatic tailstock provides variable pressure support (0-5MPa) to accommodate 10m-long shafts, reducing deflection during machining and ensuring straightness tolerances of ≤0.05mm/m.
Precision Machining:
Linear scale feedback on all axes provides real-time position data to the CNC controller, ensuring ±0.001mm positioning accuracy validated via the VDI/DGQ 3441 standard for high-precision machine tools.
A coolant-through spindle system (100 bar pressure) delivers cutting fluid directly to the tool-workpiece interface, enhancing tool life by 30% when machining tough materials like Inconel 718 and titanium alloys.
User-Centric Design:
The Siemens 828D controller features 3D collision detection that visualizes toolpaths and alerts operators to potential crashes during complex contouring and taper turning operations.
An ergonomic operator panel adjusts height (±100mm) and includes customizable shortcut keys, reducing operator fatigue during long shifts.
