Large CNC Machining

Beyond Dimensional Limits: Ultra-Large Precision Component Manufacturing

Large Precision Parts Processing represents the pinnacle of manufacturing challenges. We specialize in the machining of precision panels, massive aluminum and titanium frames, and other oversized structures. By pushing past conventional size constraints, we achieve micron-level precision on workpieces spanning several meters.

Before machining begins, we utilize Finite Element Analysis (FEA) to simulate cutting forces and clamping stress. This allows us to optimize tool paths and ensure structural integrity from the very first cut.

Massive Working Envelope: X: 5000, Y: 3500, Z: 1500 mm

Our Large CNC Machining capabilities are anchored by heavy-duty Gantry Milling centers with an expansive travel range of $5000 \text{mm} \times 3500 \text{mm} \times 1500 \text{mm}$. This allows us to meet the most demanding requirements for oversized industrial components.

• Reinforced Structural Design: Engineered for heavy-duty machining, providing rigid support even under maximum loads.

• Advanced Dynamic Damping: Integrated vibration-suppression technology effectively absorbs cutting resonance, ensuring superior surface finishes.

• Geometric Accuracy: We guarantee that even during long-duration, high-feed rate cutting, the workpiece maintains its precise geometric tolerances and positioning accuracy.

Structural Stability: Stress Relief & Long-Term Precision

For Large-Scale Precision Parts, maintaining accuracy over time is critical. We strictly implement Stress Relieving (Ageing) or thermal treatments between rough and finish machining to eliminate residual internal stresses.

This ensures that our structural components—whether used in Large-Scale Display Production Lines or Semiconductor Capital Equipment—maintain their dimensional stability and functional performance under extreme operational loads over the long term.