Stirrup Bending Machine

Description

A stirrup bending machine is a specialized piece of equipment used in construction to bend reinforcement steel bars (rebars) into stirrups and various other shapes required for reinforced concrete structures. 

Components:

• Bending Mechanism: Typically includes rollers or bending wheels that can shape the steel bars into curves and angles as required.
• Feeding Mechanism: Allows the operator to input the length of the steel bar and the desired bending shape.
• Control Panel: Where operators can input bending angles, lengths, and other specifications.
• Cutting Mechanism: Some machines may incorporate a cutting mechanism to cut the steel bars to the required length after bending.

• Considerations:

  • Maintenance: Regular maintenance is necessary to keep the machine in optimal working condition.
  • Safety: Operators must be trained in its use to ensure safe operation, as working with steel bars involves potential hazards.

While specifications can vary based on the model and manufacturer, common technical parameters include:​

• Wire Diameter Capacity: Typically ranges from 2 mm to 20 mm, accommodating various material thicknesses.​

• Ring Diameter Range: Machines can produce rings with diameters ranging from 65 mm up to 850 mm, depending on the specific model.​

  Production Speed: High-speed models can achieve production rates of up to 70 pieces per minute, enhancing productivity.​

• Motor Power: Varies between 0.75 kW to 2.2 kW, providing sufficient power for efficient operation.

• Automation Grade: Available in manual, semi-automatic, and fully automatic variants to suit different operational needs.​

• Control System: Advanced models are equipped with CNC controls or microcomputer touch screens for precise operation and ease of use.​

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✅ Key Features and Benefits

• Versatility: Capable of producing rings in various sizes and shapes, including circular, D-shaped, and oval rings, catering to diverse industrial requirements.​

• Precision Engineering: Ensures consistent ring dimensions and shapes, crucial for applications requiring high accuracy.​

• High Efficiency: Automated feeding, bending, and cutting processes reduce manual labor and increase production rates.​

• Durability: Constructed with robust materials to withstand continuous operation and minimize maintenance needs.​

• User-Friendly Operation: Intuitive control panels and adjustable parameters make it accessible for operators with varying skill levels.

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🏗️ Applications

Ring Making Machines are utilized across various industries for multiple applications:​

• Construction: Producing reinforcement rings for concrete structures.

• Automotive: Manufacturing rings for gaskets, seals, and suspension systems.​

• Manufacturing: Creating rings for industrial components and machinery.​

• HVAC and Data Centers: Forming rings used in brazing processes and assembly of components.​