The large-stroke CNC machining center is a special type of CNC machine tool. Its main feature is that it has a large worktable movement stroke and processing space. It is suitable for processing large, complex workpieces or workpieces that require large-scale movement.

Large stroke CNC machining centers usually have the following characteristics:

Large worktable stroke: The worktable of a large-stroke CNC machining center can move within a large range to meet the needs of processing large workpieces. This type of CNC machining center usually has longer X-axis, Y-axis and Z-axis travel, allowing the CNC machining center workpiece to be positioned and processed in a larger space.

High-rigidity structure: In order to withstand the torque and cutting force generated by large-stroke movements, CNC machining centers usually adopt high-rigidity bed structures and reinforced column designs. This ensures the stability and accuracy of the CNC machining center during high-speed, large-stroke movements.

High-precision positioning: Although the CNC machining center has a large stroke, the large-stroke CNC machining center still needs to maintain high positioning accuracy and repeatable positioning accuracy. Therefore, such machine tools are usually equipped with high-precision servo systems and control systems to achieve precise motion control and machining accuracy.

Suitable for processing large workpieces: Large-stroke CNC machining centers are particularly suitable for processing large workpieces such as large molds, ship parts, wind power equipment, and petroleum machinery. CNC machining centers can achieve efficient and high-precision processing of these workpieces, improving production efficiency and processing quality.

It should be noted that large-stroke CNC machining centers usually require a larger floor space and higher investment costs due to their complex structure and bulky size. Therefore, when purchasing and using a large-stroke CNC machining center, it is necessary to make reasonable selection and planning based on actual production needs and processing requirements.