One flute spiral bits for aluminum

Compared with titanium alloy and other hardened steels, the hardness of aluminum alloy is lower, so the load of the tool is small when processing aluminum alloy. Due to the thermal conductivity of aluminum alloy is good, the cutting temperature of milling aluminum alloy is relatively low, that is to say the milling speed can be improved. The plasticity of aluminum alloy is low, and the melting point is also low. When aluminum alloy is processed, the sticking knife problem is serious, chip removal performance is poor, and the surface roughness is relatively high. In fact, the question of aluminum alloy processing is mainly focus on two aspects, including sticking knife and roughness effect is not good. As long as the two major problems above are solved, the problem of aluminum alloy processing will be solved. It is necessary to choose suitable end mills to avoid faster tool wear due to the problem of sticking knife and removing crumbs.

Because of the unique structure of one flute spiral bits for aluminum, they can provide excellent cutting performance and cutting accuracy in the aluminum machining process. There are several advantages including:

1. High cutting efficiency: it can complete a large number of processing tasks in a short time;

2. Stable cutting: it can ensure the surface finish and accuracy of parts;

3. Good wear resistance: it is able to withstand large cutting pressure and temperature;

4. Strong self-cleaning ability: it can reduce the wear and jamming phenomenon caused by chips;

5. Long service life: it can reduce the production cost and time waste caused by frequent tool changes.