What factors do Manhart (Guangdong) CNC Machine Tool Co., Ltd. need to consider when selecting cutting tools and cutting parameters?

When selecting tools and cutting parameters, the following factors need to be considered:
1. Cutting performance of part materials: Different materials require different types of tools and cutting parameters. For example, when processing high-strength steel, titanium alloy, or stainless steel parts, it is advisable to choose indexable hard alloy cutting tools with good wear resistance.
2. Requirements for the machining stage: In the rough machining stage, the removal of excess should be the main focus, and tools with good rigidity and low accuracy should be selected; During the semi precision and precision machining stages, the main focus is on ensuring the machining accuracy and product quality of the parts. Tools with high durability and precision should be selected.
3. Characteristics of the processing area: When the part structure allows, tools with large diameters and small aspect ratios should be selected. For the over center milling cutter for cutting thin-walled and ultra-thin wall parts, the end edge should have sufficient centripetal angle to reduce the cutting force on the tool and cutting area.
4. Matching between cutting tools and machine tools: It is necessary to ensure that the cutting tools match the machining machine tool, correctly select the left and right hands of the cutting tools, and choose the cutting tools that match the power and stiffness of the machine tool.
5. Cost and availability of cutting tools: While considering tool performance, it is also necessary to consider tool cost and availability. Some high-performance cutting tools may have higher costs or require longer delivery times, all of which need to be considered in tool selection.
In summary, when selecting cutting tools and parameters, it is necessary to comprehensively consider multiple factors such as materials, processing requirements, machine tools, and costs to ensure the smooth progress of the machining process and the improvement of machining quality.