The flexibility of the combined machine tool is mainly achieved by using numerical control technology. The important premise for the development of flexible combination machine tools and flexible automatic lines is the development of CNC machining modules, while the machining center technology with a long history of development provides mature experience for the development of CNC machining modules. The flexible combined machine tool and flexible automatic line composed of CNC machining modules can realize automatic tool change, automatic replacement of multi-axle box and change of machining stroke, work cycle, cutting parameters and machining position by applying and changing the NC program to adapt to the modified variety. Processing. The CNC machining module for flexible combination machine tools and flexible automatic lines, according to its numerical control coordinates (axis), mainly has single coordinate (Z), double coordinates (XZ, YZ, ZU and ZB, etc.) and three coordinates (XYZ) processing modules; According to the number of spindles, there are single-axis and multi-axis machining modules, as well as single-axis and multi-axis composite machining modules.

The single-axis machining module consists of a CNC slide and spindle components (or multi-axle boxes, including interchangeable multi-axle boxes). The two-coordinate machining module consists of a CNC cross slide and spindle components, such as a CNC two-coordinate milling module. The column-moving CNC three-axis machining module (Fig. 6) can realize the movement of the tool on three coordinates. It can be equipped with a tool magazine, a tool changer and the required tool according to the type of machining workpiece and the machining task. Flexible. This kind of processing module is one of the most important modules for flexible automatic line to realize multi-variety processing.

Germanium Windows

Germanium windows, Optical Windows, glass window,optical window glass, optical glass windows