Okuma India Pvt Ltd
Okuma MCV-AII
Model: MCV-AII SKU: YS-A3F0EF9B
Price on Request
The Okuma MCV-AII is a robust double-column (bridge-style) machining centre engineered for high-performance machining of medium to large parts — from heavy-duty cutting to fast, high-accuracy finishing. Its solid double-column frame provides exceptional rigidity, while a direct (gearless) spindle dr
The Okuma MCV-AII is a robust double-column (bridge-style) machining centre engineered for high-performance machining of medium to large parts — from heavy-duty cutting to fast, high-accuracy finishing. Its solid double-column frame provides exceptional rigidity, while a direct (gearless) spindle drive ensures lower vibration and noise for enhanced tool life and surface quality. With built-in spindle cooling and Okuma’s advanced control features, the MCV-AII delivers consistent precision and productivity.
Key Highlights:
- Double-column construction with bridge-style design provides superior rigidity and long-term accuracy for large work-pieces.
- Direct (gearless) spindle drive reduces vibration and noise, leading to longer tool life and improved surface finish.
- Standard spindle cooler helps maintain consistent machining accuracies even in demanding production environments.
- Generous travel and table sizes: X-axis travel up to ~2,000 mm (with variants to 3,000–5,000 mm) and width between columns 1,650–2,050 mm.
- Rapid traverse rates of approx. 20 m/min (X/Y) and 10 m/min (Z) support efficient material removal and cycle times.
Key Highlights:
- Double-column construction with bridge-style design provides superior rigidity and long-term accuracy for large work-pieces.
- Direct (gearless) spindle drive reduces vibration and noise, leading to longer tool life and improved surface finish.
- Standard spindle cooler helps maintain consistent machining accuracies even in demanding production environments.
- Generous travel and table sizes: X-axis travel up to ~2,000 mm (with variants to 3,000–5,000 mm) and width between columns 1,650–2,050 mm.
- Rapid traverse rates of approx. 20 m/min (X/Y) and 10 m/min (Z) support efficient material removal and cycle times.
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