Core Technical Features
Intelligent control system: Uses industrial-grade PLCs and a touchscreen interface, supporting parameter storage and program recall.
Precision forming system: Equipped with high-precision servo motors, enabling stepless speed regulation from 0.1 to 8 rpm.
Adaptive welding technology: Automatically adjusts welding parameters based on the diameter of the reinforcing bars.
Modular design: Allows for quick replacement of core molds and support frames of various specifications.
Production Process Flow
- Straightening and fixed-length cutting of main reinforcement
- Automatic feeding and even distribution
- Rotational forming and synchronous winding
- Simultaneous welding with dual welding torches
- Automatic discharge of finished products
Performance Advantages
High processing accuracy: Diameter tolerance within ±1.5 mm
High production efficiency: Daily output can reach up to 150 linear meters
Stable quality: Welding qualification rate exceeds 99.5%
Energy efficiency and environmental protection: Reduces energy consumption by 40%
Application Fields
Infrastructure construction: Bridges, tunnels, etc.
New energy projects: Wind power, nuclear power, etc.
Major engineering projects: High-speed railways, airports, etc.
Prefabricated buildings: Manufacturing of prefabricated components
Operating Specifications
Operators must receive professional training
Regular inspection of key components is required
Adjust process parameters based on material characteristics
Ensure proper safety measures are in place
Development Trends
Intelligence: Integration of AI-based quality inspection systems
Flexibility: Support for integrated production of multiple specifications
Sustainability: Development of low-energy-consumption processes
Digitalization: Implementation of a digital production management platform
Purchasing Suggestions
Evaluate the manufacturer's technical capabilities
Select models with modular design
Prioritize strong after-sales service and support
Consider the potential for future upgrades and expansions
With the acceleration of construction industrialization, the CNC steel cage roll welding machine is encountering new opportunities for intelligent upgrades. In the future, emerging technologies such as 5G and digital twins will be deeply integrated to enable remote operation, maintenance, and intelligent production scheduling. Users are advised to focus on the interconnection and interoperability capabilities of the equipment and to select models with intelligent diagnostic functions to meet the evolving demands of smart construction sites and capitalize on industry development opportunities.
