The production speed of high-frequency welded steel pipe manufacturing machines is generally in the range of 20-120 m/min, but the specific production speed will vary depending on a variety of factors, including the specifications of the machine, the size and thickness of the steel pipes produced, and the involved specific production process. Here are some factors that may affect production speed:

1.Machine Design and Configuration: 

The design and configuration of a HFW steel pipe making machine plays an important role in determining its production speed. Machines with advanced automation features, efficient material handling systems and optimized welding processes tend to have higher production speeds.

2.Pipe Diameter and Wall Thickness: 

Production speeds may vary depending on the diameter and wall thickness of the steel pipe being produced. Smaller diameter pipes and thinner walls allow for higher production rates because they require less material to machine and weld than larger diameter pipes or thicker walled pipes.

3.Material Properties: 

The type of material used (e.g. carbon steel, stainless steel) and its mechanical properties affect welding speed and overall productivity. Certain materials may require slower welding speeds or additional processing steps, which may impact overall production speed.

4.Setup and changeover time: 

The time required for machine setup, including web loading, tool setup and machine parameter adjustments, affects overall production speed. Minimizing setup and changeover time helps maximize productivity and throughput.

Overall, high-frequency welded steel pipe making machines are capable of achieving high production speeds, especially when equipped with advanced features and optimized processes. However, actual production speeds may vary depending on a variety of factors that must be considered when evaluating a machine's performance and productivity.