1, flat head cutter for rough milling, remove a large number of blanks, a small area of horizontal plane or contour fine milling;

2, the ball head cutter is also called R knife. Applicable to the processing of space surface parts, sometimes also used for flat parts of the larger transfer concave concave arc of the processing.

3, flat head cutter with chamfering, rough milling can be done to remove a large number of rough, but also fine milling fine surface (relative to the steep surface) small chamfer.

4, chamfering knife chamfering knife shape and chamfer shape of the same, divided into milling chamfer and chamfer chamfering cutter. 5, T-type knife can be milling T-slot;

6, tooth cutter milling all kinds of teeth, such as gear.

7, forming milling cutter, including chamfering knife, T-shaped cutter or called drum knife, tooth knife, within the R knife. Milling cutters are generally designed and manufactured for specific workpieces or machined materials and are suitable for the specific shapes (eg angled faces, grooved faces, etc.) of machined flat parts and also for special holes or stands.

8, coarse leather knife for aluminum and copper alloy cutting design of the rough cutter, can be quickly processed. There are two common types of milling cutter: high speed steel, hard alloy. The latter is relatively high in hardness to the former, can increase the speed and feed rate, improve the productivity, make the knife not obvious, and processing stainless steel / titanium alloy and other difficult processing materials, but the cost is higher, and fast cutting in the cutting force The case is easy to break the knife

T-shaped knife: also known as T-type milling cutter, semi-circular cutter, keyway cutter for row slot processing

Boring tool: sub-rough boring knife and fine boring knife; first with a cutter or drill pre-processing bottom hole, set aside about 0.5 to 2 mm and then boring tool for rough and fine boring processing, so that the processing of circular hole accuracy comparison High, surface finish is relatively high.

Drill: For round hole machining, the accuracy of the machined hole is not very good.

Taps: for internal thread processing, may be used manually, can also be used in CNC machine tools.

Lettering tool: specifically for small font processing or pattern processing.

Reamer: The reamer has one or more teeth, a rotary tool for removing the thin metal from the surface of the machined hole, and a rotary finishing tool with straight or helical edges for reaming or repairing the hole.

Ball knife: the main alloy blade, the alloy of the spherical blade. Commonly used in semi-finishing and finishing the surface, the size of more specifications.

Center drill: for positioning processing, such as drilling with a drill before the first drill with the center positioning.

Ping knife: Arbor inserted diamond-shaped knife, knife diagonal at both ends of a small R radius. Commonly used in semi-finishing and finishing the surface (I have seen this tool, but why called the name ah); very little open coarser, such as the product or mold side of the higher, bad hair care, tool diameter can cover In the case of bad balances, it can be used for coarsening, but if used for mold processing layers is generally less than 0.3 mm.

Disk cutter: generally used in the disc-shaped cutter on the machine blade or blade composition, commonly used in the end of the larger plane.

Drum cutter: mainly used for variable angle parts of the variable angle of the approximate surface processing.

End Mills: End Mills are the most commonly used milling cutters for CNC milling, and are widely used in machining flat parts. End mill in addition to its end edge milling, but also commonly used in its side edge milling, sometimes edge, side edge at the same time milling, end milling cutter can also be called cylindrical cutter.