How to choose the diameter of molybdenum wire for wire cutting machine tools? Recommended wire cutting machine tool manufacturers [Zhikai CNC
Choosing the diameter of molybdenum wire for wire cutting usually involves multiple factors, including material type, cutting speed, cutting accuracy, etc. Here are some general guidelines:
1. Material Type:
For thinner materials, thinner molybdenum wire can be selected, because thin molybdenum wire has a smaller cutting width and can provide higher cutting accuracy.
For thicker or harder materials, you may need to choose a thicker molybdenum wire to increase stability and wear resistance when cutting.
2. Cutting speed:
Fine molybdenum wires are generally suitable for high-speed cutting because they produce a smaller cutting width and are suitable for applications with higher cutting speed requirements.
Thicker molybdenum wire may be more suitable for slow cutting speeds, especially when a larger cutting width is required and less demanding surface quality is required.
3. Cutting accuracy:
Thinner molybdenum wires can provide higher cutting accuracy and are suitable for applications requiring higher precision, such as micro-part manufacturing.
Thicker molybdenum wire may produce a larger cutting width during the cutting process, which is suitable for some situations where cutting accuracy is not important but a higher cutting speed is required.
4. Current and power:
The diameter of the molybdenum wire is related to the choice of current. Generally, thinner molybdenum wire is suitable for using lower current, while thicker molybdenum wire may require higher current.
Pay attention to selecting the appropriate power and current to ensure a stable cutting process and good cutting effect.
5. Cost considerations:
Finer molybdenum wires are generally more expensive because they are more complicated to manufacture and maintain. The choice needs to be made between cost and performance requirements.
In general, the selection of wire cutting molybdenum wire diameter requires a comprehensive consideration of factors such as material, cutting speed, cutting accuracy and cost. In specific applications, it is best to conduct actual tests and adjustments to find the molybdenum wire diameter that best suits a specific task.
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