The Turnover Baling Press is an innovative processing equipment specifically designed for the metal recycling industry, featuring unique hydraulic tilting discharge technology. This advanced machine transforms various metal scraps into high-density, uniform bales through its sophisticated compression system, followed by automatic discharge via hydraulic tilting mechanism. Built with heavy-duty construction and intelligent control systems, it is suitable for processing and recycling all types of metal waste, significantly improving material density and transportation efficiency. The equipment represents a breakthrough in metal scrap handling technology, combining robust performance with operational efficiency.

• Hydraulic tilting mechanism ensures smooth and automatic bale ejection
• Eliminates material jamming issues common in traditional equipment
• 90-degree rotation provides complete discharge without residue

• Heavy-duty compression components create uniform bale density
• Produces neatly shaped bales optimal for transportation and storage
• Three-dimensional compression technology enhances processing efficiency

• Automated system with real-time operational monitoring
• User-friendly interface with parameter adjustment capabilities
• Self-diagnostic function for maintenance alerts and troubleshooting

• Optimized hydraulic system reduces power consumption
• Fully enclosed design minimizes noise pollution
• Integrated dust collection system maintains clean operation
• Meets international environmental standards and regulations

• Multiple safety protection devices including emergency stop systems
• Photoelectric safety curtains and mechanical interlocks
• Dual-hand operation requirements ensure operator safety
• Overload protection prevents equipment damage

• Modular structure simplifies component replacement
• Quick-access maintenance points reduce downtime
• Durable construction ensures long service life
• Standardized parts facilitate easy repairs

• Q: What are the installation requirements for the equipment?
  A: Requires solid concrete foundation, 380V industrial power supply, and adequate operational space with proper ventilation
• Q: What types of materials can it process?
  A: Suitable for various metal scraps including steel turnings, copper fragments, aluminum chips, and end-of-life vehicle components
• Q: Does the discharge process cause material jamming?
  A: The unique tilting design effectively prevents jamming and ensures smooth discharge operation
• Q: What is the recommended maintenance schedule?
  A: Routine inspection every 500 operating hours, comprehensive maintenance every 2000 hours, with regular lubrication and filter replacement
• Q: Are customization options available?
  A: Yes, we offer customization of bale sizes, discharge methods, and special features according to specific requirements
• Q: What safety features are included?
  A: The equipment includes emergency stop buttons, safety light curtains, mechanical interlocks, and overload protection systems.

• Scrap metal processing centers and recycling facilities
• Metal waste management and recovery plants
• Resource recovery and recycling operations

• Machinery processing and manufacturing plants
• Automotive manufacturing and component production
• Metal fabrication and processing workshops

• Casting factories and metal product manufacturers
• Foundry waste processing and management
• Metal smelting and refining operations

• End-of-life vehicle dismantling and recycling
• Metal scrap processing and preparation
• Industrial waste management facilities
• Port and logistics scrap handling operations

This equipment, with its innovative tilting discharge technology, efficient processing capabilities, and reliable operational performance, serves as an ideal solution for the metal recycling industry. It offers superior performance in handling various metal scraps while ensuring operational safety and environmental compliance, making it a valuable asset for modern recycling operations seeking to enhance their processing efficiency and sustainability.