Feedback from users confirms the machine's stability, reliability, and efficiency, with rapid and accurate diameter changes. It is user-friendly and highly productive, making it an ideal choice for establishing a pipe production line.
For internal diameter ranged from 300-1500mm, length ranged from 1000-4000mm.
BaoLai Brand Full Automatic Rebar Cage Welding Machine ModelHGZ 1500 |
|
Applicable to Pipe diameter(mm) |
Φ300-1500 socket&spigot joint |
|
Φ300-1500 flat joint |
Maximum Welding Length(mm) |
4200 |
Steel types(mm) |
Annular SteelΦ3.5-6 |
|
Vertical SteelΦ4-6 |
Vertical Steel Number |
12 |
Annular Steel Distance(mm)) |
20-150 |
Angle of the Socket Joint |
10-25 |
Main Plate Speed(r/min) |
0-10 |
Motor Power(kw) |
0.75kw Expanding Motor+0.75kw following motor1.1kw Vertical Steel Push Motor+2.2kw Main Plate Power Motor |
Welding Machine Transformer(kw) |
Transformer Power Rate100kw |
This highly advanced machine is designed for producing steel-reinforced frames for concrete pipes with outstanding precision and efficiency. The HGZ 1500 model accommodates internal diameters from 300mm to 1500mm and pipe lengths ranging from 1000mm to 4000mm. Our proprietary steel frame rolling and welding machine is perfectly aligned with our custom steel molds, ensuring that every pipe produced meets the highest standards of quality and structural integrity.
The rebar cage welding machine is fully automated, minimizing the need for manual input and making it incredibly easy to operate. It boasts an impressive production capacity of 60 to 120 meters per hour, making it ideal for large-scale projects requiring both speed and consistency. The reinforcement pitch is adjustable, allowing for customization based on specific project needs.
Equipped with a modern touch screen interface, this machine allows operators to manage the production process with ease. The system can store data for hundreds of specifications, enabling quick setups and reducing downtime when switching between different production runs. This capability not only enhances operational efficiency but also ensures that the machine can adapt to a wide variety of project requirements, making it a valuable asset in any manufacturing environment.