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CNC Rebar Mesh Welding Machine

Juba Machinery introduces its CNC Rebar Mesh Welding Machine, which utilizes servo motor drive control technology. Both welding and welding time are precisely controlled by a digital programming system, enabling intelligent and streamlined operation. Combined with pneumatic welding power, it boasts the unique advantage of single-stage clamping and multi-stage welding, resulting in high efficiency and stable quality. The machine features a 3KW motor, a welding speed of 35-40 welds per minute, and is compatible with a maximum wire diameter of 8mm and a welding width of 1500mm. Its compact design and moderate weight make it widely applicable in various rebar mesh processing scenarios, serving as a core piece of equipment for improving mesh welding efficiency and ensuring welding quality.

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Product Description
This machine is specifically designed for standardized and efficient welding of rebar mesh. It addresses the pain points of traditional welding machines, such as cumbersome operation, uneven welding accuracy, and low efficiency, achieving an intelligent upgrade of welding operations through technological innovation. The core of the equipment is equipped with servo motor drive control technology, providing stable power output and rapid response, ensuring smooth operation during welding and effectively avoiding the vibration and misalignment problems caused by traditional drive methods, providing a solid guarantee for precise welding.

The equipment's unique one-time clamping and multi-stage welding design allows for the initial clamping and fixing of the reinforcing mesh, followed by multi-stage welding according to a preset program. This ensures mesh flatness and precise control over the welding effect of each weld point, enhancing the overall weld strength of the mesh. The welding power is pneumatically driven, providing strong and stable power with a welding speed of 35-40 welds per minute. This efficiently adapts to the needs of batch mesh processing. Furthermore, the pneumatic drive offers low energy consumption and convenient maintenance, further improving the overall cost-effectiveness of the equipment.
Product Parameter
Main Technical Parameters
Voltage 380V 50Hz Welding Width 1500mm
Motor Power 3KW Maximum Wire Diameter 8mm
Welding Speed 35-40 times/min Welding Capacity 6 columns
Machine Weight 2200kg Equipment Dimensions 4900*2300*1370mm
Product Feature
The application of servo motor drive control technology in this CNC Rebar Mesh Welding Machine ensures smooth operation and precise positioning, completely solving the problems of unstable drives and large welding deviations in traditional welding machines. The digital programming system provides full control over welding and welding time, making operation intelligent and rational. It can accurately match the welding requirements of different mesh specifications, requiring no professional operators and is easy to learn. The one-time clamping and multi-stage welding feature ensures both flatness of the welded mesh and a strong and reliable weld point, avoiding quality problems such as incomplete welds and weak welds, thus improving the overall structural strength of the mesh.

Product Details


The welding power utilizes a high-performance pneumatic mechanism, providing strong and stable power. The welding speed can be consistently maintained at 35-40 welds per minute, efficiently completing batch welding operations. The pneumatic drive structure is simple and easy to maintain, effectively reducing equipment failure rates. The six welding columns are made of wear-resistant and high-temperature-resistant materials, precision-machined, ensuring concentrated heat and strong welds during welding. It can accommodate welding steel bars with a maximum wire diameter of 8mm, while also possessing excellent wear resistance, extending its service life. The machine body is welded from high-strength steel, providing a stable structure. Weighing only 2200kg, it effectively resists vibrations during welding, ensuring welding accuracy remains unaffected. The compact design not only saves processing space but also allows for flexible placement, adapting to different scale processing scenarios, further enhancing the equipment's practicality and adaptability.
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