Hydraulic CNC Turning and Milling Composite Center
-- Steady & Reliable Manufacturer --
Total Process Integration for Fluid Power Engineering
The Hydraulic CNC Turning and Milling Composite Center is a high-precision platform engineered specifically for the complex internal geometries of hydraulic manifolds and valve bodies. In fluid power applications, intersecting oil galleries must be perfectly aligned and burr-free to prevent pressure drops and system contamination. This center integrates high-pressure through-spindle coolant (up to 70 Bar) to facilitate deep-hole drilling of internal circuitry. By combining turning and multi-axis milling in a single setup, it eliminates the cumulative tolerances caused by multiple handlings, ensuring that every port and seal surface is 100% concentric to the main axis.
Specification
| Technical Parameter | Specification Range |
|---|---|
| Internal Bore Accuracy | H7 - H8 Tolerance |
| Through-Spindle Coolant | 35 Bar / 70 Bar (Programmable) |
| C-Axis Indexing | 卤0.003掳 (High Resolution) |
| Y-Axis Stroke | 卤50mm to 卤100mm |
Hydraulic Industry Applications
- Valve Manifolds: Complex multi-port integrated circuit blocks for mobile hydraulics.
- Piston Pump Bodies: Precise cylinder block bores and swash plate seating.
- Cartridge Valves: High-tolerance cavities and seating threads for pressure control valves.
Strategic Industrial Advantages
- Burr-Free Intersections: Advanced tool-path algorithms ensure clean transitions at internal gallery intersections.
- Leak-Proof Reliability: Superior thread finish and port-to-bore alignment prevent high-pressure leakage.
- Process Consolidation: Reduces a typical valve body production from four separate machines down to one integrated center.
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