The traditional cage welding mode has long been faced with pain points such as time-consuming, laborious, high cost and poor quality, which seriously affect the operational efficiency and economic benefits of construction enterprises. With its advantages of intelligence and automation, the intelligent cage welding machine accurately solves the traditional welding pain points and helps construction enterprises achieve the goal of saving time, effort and cost.

In terms of saving time, the intelligent cage welding machine realizes full-process automatic operation, without manual positioning and welding. The processing efficiency is 4-6 times higher than that of traditional manual work. A single equipment can process 30-50 sets of cages every day, which greatly shortens the steel bar processing cycle and provides strong support for the early delivery of the project. In terms of saving effort, the equipment does not require high-intensity manual work. Workers only need to input processing parameters and monitor the operation status of the equipment, which greatly reduces labor intensity and solves the problem of difficulty in recruiting and retaining manual welders.

In terms of cost saving, a single intelligent cage welding machine can replace 6-8 welders, saving enterprises hundreds of thousands of yuan in labor costs every year; at the same time, the equipment has high welding precision, which can effectively avoid rework caused by welding quality problems, saving material costs and time costs; in addition, the equipment has a reasonable structure, low maintenance costs, and energy consumption is more than 20% lower than that of traditional equipment, further reducing the enterprise’s operating costs.

Construction enterprises have successively stated that the application of intelligent cage welding machines has completely solved many pain points of traditional welding, not only improving construction efficiency and quality, but also greatly reducing operating costs, creating greater economic benefits for enterprises.