Factors combine to affect the choice of tool

These factors combine to affect the choice of tool geometry and grade. Therefore, the workpiece materials considered in this knowledge system fall into the following seven categories: a) Steel: It refers to a large class of iron-containing alloys containing a small amount of carbon and other alloying elements. The workability of ...

End mills divided into three categories

Diamond: Industrial diamond grades, such as polycrystalline diamond (PCD), typically sinter many micro-sized single crystal diamond crystals at high temperatures and pressures. Has good fracture toughness and thermal stability. They are often used for special applications such as high speed machining of aluminum-silicon alloys, c...

Different material of end mill

HSS: It is the largest tool material tonnage currently used. It has good wear resistance and is cheaper than cobalt or carbide end mills. Universal milling for non-ferrous and non-ferrous materials. The HSS tool is very robust and suitable for interrupted cutting and for the manufacture of complex shaped tools such as drills, rea...

Important consideration when selecting the end mill

Once the database is created, the next step is to generate a set of viable alternative terminals based on the various criteria specified by the process planner, based on the requirements of the specific machining application for the process planner. The end mill removes the workpiece from the workpiece by shear deformation. There...

Knowledge-based end mill selection system

Knowledge-based end mill selection system. Quick and easy access to relevant information for the ultimate choice of decisions is crucial for a given machining application to gain competitive advantage and manufacturing excellence. This paper proposes a knowledge-based end mill selection system aiming at the specific processing ap...

The important factors that process planners need to consider

These are some of the important factors that process planners need to consider when selecting a final factory to ensure their optimal productive work life. In addition, there are various types of terminating mills on the market in design style and material selection. As the number of influencing standards and available alternativ...

Wear mode of AISI 316 stainless steel

Wear mode of AISI 316 stainless steel Side wear is the development of grooves at the cutting depth of both sides of the tool. This may be due to severe (hard or oxidized) parts on the machined surface. This is because the original working surface is more serious than the previous work hardening and internal material wear. It is o...

Effects of cutting Speed on Tool life

Effects of cutting Speed on Tool life The combination of cutting speeds at constant feeds has a tremendous significant importance on the value of tool life. In the cutting tests carried out on AISI 316 stainless steel, an increase in cutting speed at a constant feed produced a visible reduction in tool life. Looking closely at Fi...

Wear mode of processing AISI 316 stainless steel

Wear mode of processing AISI 316 stainless steel Side wear is the development of grooves at the cutting depth of both sides of the tool. This is probably due to severe (hard or oxidized) parts on the surface. This is because the original working surface is more serious than the previous work hardening and internal material wear. ...

An economic substitute for the conventional CFRP milling cutt

In the submitted papers, the technical investigation of improving the CFRP grinding process is shown. So different methods have been carried out. One method involves the use of innovative grinding wheel specification and its influence on milling related parameters during the grinding process of end mills. The results show that di...