In the actual process of titanium alloy will encounter a lot of factors must be considered. Based on this, the titanium alloy Road Milling Tools and the main processing methods for a long time is different. Two new milling tool solutions and applications continue to evolve and offer new possibilities for titanium milling. Compared with many other materials, the potential for successful processing of titanium alloy is much smaller and the processing performance is different. Due to the relatively large change in machinability of the titanium alloy, this affects the machining method and the selection of the tool and the machining process, but with the processing of any other alloy, the need for more careful planning - from the machine to select the machine for the details of the cutting To program. Although the characteristics of the parts in the aerospace industry are quite similar, the size and shape vary, so the choice of machine tools, fixtures, coolants, tools, machining methods and cutting parameters is not the same. Due to the limited space of the magazine, the flexibility (flexibility) of the process is the primary condition. For the production efficiency and ability, the type of tool holder and the adjustment of the tool are the key factors.
As roughing and finishing processes must be planned according to different parameters, titanium alloy milling associated with different applications is also possible for indexable and overall carbide cutting tools. The size and shape to be machined and the appropriate tool type are the first determinants. The indexable tool removes the material from the highest efficiency and is now considered the first choice for roughing, and it is unrivaled in large and flat surface finishing. The overall carbide cutting tool is widely used in semi-finishing and finishing processes. When the radius of the indexable blade tool, the size of the cavity and the slot is too small, the overall carbide tool is also an ideal solution.
The programming data for the parameters of the part to be machined is the basis for selecting the dedicated milling tool. Since the maximum metal removal rate should be balanced with the economic tool life, based on this,Road Milling Tools other tool variables can be determined. For titanium alloys, the basic factors of the tool include the use of carbide material, the cutting edge is sharp and strong, and has a relatively large positive rake angle. These elements can meet the special heat resistance and chemical requirements of titanium alloys. In the case of grooved and tool materials,Road Milling Tools indexable blade technology has undergone a long process of development, and it is becoming a cost-effective solution to replace a large number of existing carbide cutting tools, even for medium and large Tool.