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Revolutionary Centrifugal Casting System for Automotive Bimetallic Composite Brake Drums
Key Features & Automation Advantages:
✅ Integrated Rotary Processing
Eight centrifugal casting machines are radially arranged on a rotating platform. The turntable sequentially advances brake drums through all production stages: clamping, heating, pouring, cooling, and unloading.
✅ Automatic Drum Clamping
Each casting unit features integrated self-actuating clamps for secure drum positioning during operation.
✅ Precision Shell Heating
Dedicated automated heating systems ensure optimal steel shell temperature before casting.
✅ Intelligent Pouring System
Automated pouring devices deliver molten wear-resistant alloy with precision, enabling flawless composite layer formation.
✅ Robotic Material Handling
Integrated robotics perform steel shell loading and finished brake drum unloading for continuous production flow.
✅ Seamless Process Control
PLC automation manages the entire production cycle, ensuring consistent quality and operational efficiency.
Operational Benefits:
✅ High Throughput: Rotary design enables simultaneous multi-stage processing
✅ Space Optimization: Compact footprint maximizes floor space utilization
✅ Labor Efficiency: Full automation minimizes manual intervention
✅ Quality Assurance: Controlled process parameters guarantee uniform composite bonding
Technical Superiority:
Our centrifugal casting technology revolutionizes brake drum performance by combining the structural integrity of steel with the extreme wear resistance of specialized alloys.
The metallurgically bonded interface delivers:
• 40%+ longer service life
• Enhanced thermal fatigue resistance
• Reduced brake fade under extreme conditions
• 15-20% weight reduction vs. solid cast iron drums
Discover how our automated centrifugal casting systems can upgrade your brake component manufacturing. [Contact us] for technical specifications and capacity analysis.
Revolutionary Centrifugal Casting System for Automotive Bimetallic Composite Brake Drums
Key Features & Automation Advantages:
✅ Integrated Rotary Processing
Eight centrifugal casting machines are radially arranged on a rotating platform. The turntable sequentially advances brake drums through all production stages: clamping, heating, pouring, cooling, and unloading.
✅ Automatic Drum Clamping
Each casting unit features integrated self-actuating clamps for secure drum positioning during operation.
✅ Precision Shell Heating
Dedicated automated heating systems ensure optimal steel shell temperature before casting.
✅ Intelligent Pouring System
Automated pouring devices deliver molten wear-resistant alloy with precision, enabling flawless composite layer formation.
✅ Robotic Material Handling
Integrated robotics perform steel shell loading and finished brake drum unloading for continuous production flow.
✅ Seamless Process Control
PLC automation manages the entire production cycle, ensuring consistent quality and operational efficiency.
Operational Benefits:
✅ High Throughput: Rotary design enables simultaneous multi-stage processing
✅ Space Optimization: Compact footprint maximizes floor space utilization
✅ Labor Efficiency: Full automation minimizes manual intervention
✅ Quality Assurance: Controlled process parameters guarantee uniform composite bonding
Technical Superiority:
Our centrifugal casting technology revolutionizes brake drum performance by combining the structural integrity of steel with the extreme wear resistance of specialized alloys.
The metallurgically bonded interface delivers:
• 40%+ longer service life
• Enhanced thermal fatigue resistance
• Reduced brake fade under extreme conditions
• 15-20% weight reduction vs. solid cast iron drums
Discover how our automated centrifugal casting systems can upgrade your brake component manufacturing. [Contact us] for technical specifications and capacity analysis.
