HRC65 Small-diameter end mill manufacturers tell you that there are many types of milling cutters, which are used for ordinary milling machines and CNC milling machines to process grooves and linear contours, and for milling and boring machining centers to process cavities, cores, and curved surface shapes/contours.

HRC65 Small-diameter end mill manufacturers tell you that milling cutters are generally divided into:
1. Flat end milling cutter: perform fine milling or rough milling, milling grooves, removing a large number of blanks, small area horizontal plane or contour fine milling;
2. Ball end milling cutter: for semi-finishing and finish milling of curved surfaces; the small cutter can finish milling small chamfers on steep surfaces/straight walls.
3. Round nose milling cutter: rough milling with less surface change, less narrow concave areas and more relatively flat areas.
4. Flat end milling cutter: with chamfer, it can do rough milling to remove a large amount of blanks, and can also finely mill small chamfers on fine flat surfaces (relative to steep surfaces).
5. Forming milling cutter: HRC65 Small-diameter end mill manufacturer tells you that it includes chamfering cutter, T-shaped milling cutter or drum cutter, tooth cutter, inner R cutter.
6. Chamfering cutter: The shape of the chamfering cutter is the same as that of the chamfering, and it is divided into milling cutters for rounding and chamfering.
7. T-shaped knife: can mill T-shaped groove.
8. Tooth type cutter: Milling various tooth types, such as gears.
9. Rough skin cutter: HRC65 Small-diameter end mill The manufacturer tells you that the rough milling cutter designed for cutting aluminum and copper alloys can be processed quickly.
There are two common materials for milling cutters: high-speed steel and cemented carbide. HRC65 Small-diameter end mill manufacturers tell you that the latter has higher hardness and stronger cutting force than the former, which can increase the speed and feed rate, improve productivity, make the knife less obvious, and process difficult-to-machine materials such as stainless steel and titanium alloys, but the cost is higher , and it is easy to break the tool when the cutting force changes rapidly.