Key Highlights Heavy Cutting Capacity: G800 handles 1.2-ton workpieces (e.g., engine blocks) in a single setup. Multi-Material Compatibility: Processes 8+ materials, including carbon steel, titanium, and cast iron. 5-Axis Precision: Achieve...
Key Highlights
Customer Profile
A heavy equipment manufacturer serving new energy vehicle and aerospace sectors faced critical challenges:
1.Engine Block Machining: Required 3 setups (cumulative error >0.1mm).
2.Titanium Impellers: 6.5-hour cycle time, 45% tooling cost.
3.Complex Parts: 4+ hours for planetary gearbox setup changes.
Solution: Deployed G630/G800 dual production line for flexible heavy-part machining.
Challenges
Challenge Category |
Specific Pain Points |
Machining Accuracy |
Traditional equipment required multiple repositioning, causing 0.08mm cylinder bore misalignment. |
Hard-to-Machine Materials |
TC4 titanium impellers generated >800°C cutting heat, leading to 35% abnormal tool wear. |
Complex Surfaces |
Flow channel R-angles <3mm caused vibration marks, reducing aerodynamic efficiency by 12%. |
Rapid Changeover |
Switching from carbon steel hubs to aluminum frames required full fixture replacement, losing 3.2 man-hours daily. |
Solutions
1.Heavy-Duty Machining Package
G800 Configuration:
Results:
2.Special Process Breakthroughs
Titanium Impellers:
Planetary Gear Deep Cavities:
3.Smart Production System
Material-Adaptive Modes:
RFID Quick-Change: Reduced setup time to 25 minutes.
Customer Benefits
Metric |
Improvement |
Business Value |
Efficiency |
Large-part cycle time reduced by 70% |
Engine output increased from 15→40 units/month. |
Quality |
Impeller profile accuracy ≤0.03mm |
99.3% aerodynamic efficiency compliance. |
Cost Savings |
Titanium part costs down 38% |
Annual savings: ¥1.8M. |
Energy |
Heavy-cutting energy use cut by 22% |
Achieved ISO50001 certification. |
Application Scenes
G600 Engineering Parts Processing
Automotive Engine Blocks
Aerospace Impellers
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