Concrete Drainage Culvert Cement Drainage Pipe Reinforcing Cage Welding Machine

The fully automatic rebar cage welding machine, paired with a roller-type forming pipe, boasts a load-bearing capacity far exceeding that of ordinary cement pipes, meeting the demands of pressure drainage applications. The fully automatic rebar cage welding machine precisely engages with the cement pipe mold, resulting in a uniform pipe wall thickness with no exposed skeleton. Stable and durable, the core components utilize wear-resistant steel, and the roller shaft and welding machinery have a long service life and low maintenance costs.

1. Multi-functional: Integrates cutting, bending, and welding functions, saving the cost of purchasing and occupying multiple machines. 2. Compact and space-saving: The integrated design is suitable for small workshops. 3. Simplified process: Reinforcing bars are cut and welded in one step, reducing process time and improving production efficiency.

High Efficiency, Labor-Saving and Convenient Replacing traditional manual binding methods, each machine requires only 1-2 operators, with a daily production capacity of 30-50 rebar cages. Efficiency is 8-10 times higher than manual labor, significantly reducing labor and management costs. Intelligent Precision, Stable Quality The PLC system precisely controls the spacing of main reinforcement bars and the pitch of stirrups, ensuring the formed rebar cages are free from twisting and falling apart, exhibiting strong consistency and avoiding errors and quality fluctuations associated with manual operation. Multi-Purpose, Wide Adaptability By changing the molds, it can process circular rebar cages of different diameters and lengths, compatible with various specifications of main reinforcement bars and stirrups, meeting the needs of various projects such as drainage pipes, utility poles, and pile foundations. Safe and Reliable, Easy to Operate Equipped with an emergency stop button, protective fence, and automatic alarm device to eliminate the risk of mechanical injury; the human-machine interface is simple and easy to understand.