Processing methods and characteristics of titanium alloy tools
As we all know, titanium alloy materials are relatively difficult to machine. It is not a simple matter to find a milling cutter on the market that specializes in machining titanium alloys. Not only is titanium alloy materials not well processed, but also when processing titanium alloy materials, we need to pay more attention to the processing method. Regarding the milling of titanium alloys, the primary factor that affects its processing stability and power is axial cutting force.
After many years of understanding of cutting tools, the technicians of Shuoshuo Precision Tools have developed a treatment plan that uses integral cemented carbide end mills to perform profile milling of titanium alloy parts. The primary problem is that it will generate extremely high axial cutting forces, which then causes the tool to gradually withdraw. This plan first provides a very robust clamping plan and increases the production power. Many manufacturers have not paid attention to this aspect, and often only consider cutting parameters, so this cannot give full play to the potential of tools and machine tools. In fact, processing titanium alloy, a difficult cutting tool, and avoiding tungsten steel milling cutters from coming out is the most important step.
If you have any questions about processing titanium alloys and superalloy materials, please contact Suzhou Shuoshuo Tool Technology Department.
