Application of Vertical Lathe Machines in the Wind Power Bearings and Subsea Pipeline Flanges
Large rotary parts in wind power generation and offshore oil and gas equipment generally have the characteristics of large diameter, large weight and large processing volume. Such parts not only require the machine tool to have sufficient processing space, but also maintain stability during heavy cutting and long-term processing. Relying on its strong load-bearing and cutting capabilities, the vertical lathe machine is suitable for processing parts such as large bearing raceways of wind turbines and large flanges of submarine pipelines.
Processing of Raceway for Large Wind Turbine Bearings.
Wind turbine bearings perform important supporting and turning functions, and their size increases as the wind turbine becomes larger. During the processing of bearing rings, good size consistency and surface quality need to be maintained at the inner and outer circles, end faces and raceways.
For large ring bearings, vertical turning has good processing adaptability. The workpiece is placed horizontally on the workbench, which can be used to carry large workpieces, and then the main turning process is completed through the vertical tool holder.
Especially in the raceway machining process, machine tool rigidity and machining stability are very important. If the large cutting force generated during rough machining is not effectively controlled, it may affect subsequent finishing and the surface quality of the raceway. Therefore, when selecting equipment, wind power bearing manufacturers not only pay attention to the maximum turning diameter, but also need to make comprehensive judgments based on the weight of the workpiece, material, raceway structure and machining allowance.
Dalian Waji's vertical lathe machine can be configured with corresponding processing specifications and CNC systems according to different workpieces, and can be configured with corresponding tools and measurement functions based on actual production needs, providing an equipment foundation for processing large bearing parts.
Processing of Large Flanges of Submarine Pipelines.
In submarine pipeline systems, large flanges are used for the connection between pipelines and related equipment, and their end faces, inner and outer diameters, steps and seal-related structures need to be processed according to design requirements.
Large flanges in subsea pipeline applications have larger diameters and weights than ordinary flanges, and may also involve greater material removal during processing. For this kind of disk parts, the vertical lathe machine can provide a more suitable clamping and processing method.
In actual production, the flatness of the flange end face, the inner and outer diameter size, and the seal-related processing parts are all aspects that need to be controlled. The stable machine tool structure can reduce the vibration generated during heavy cutting and create more stable processing conditions for subsequent finishing machining.
Dalian Waji's vertical lathe machine is aimed at processing large and heavy-duty rotary parts. The corresponding equipment specifications can be selected according to the diameter, weight and processing requirements of the flange. CNC systems such as Siemens and FANUC and some customized configurations can also be matched according to project requirements.
Choose a Vertical Turning Center Based on the Needs of Large Parts.
Whether it is wind turbine bearings or large flanges of submarine pipelines, equipment selection should not only depend on the maximum processing size of the machine tool. More important is to match the workpiece diameter, weight, material, machining allowance, accuracy requirements and specific processing procedures with the machine tool capabilities.
A suitable vertical lathe machine needs to maintain reliable processing conditions during workpiece loading, heavy cutting stability and long-term processing. By configuring equipment for specific parts, the production needs of large-scale rotary parts from rough machining to finish machining can be better met.