Six Process Characteristics of Precision Parts Processing Plane

The planes on a part can be divided into parallel planes, vertical planes, and inclined planes based on their positional relationship with the reference plane. The connecting surface between a plane and other surfaces is usually called a connecting surface. Precision parts processing and milling chamfers can be divided into simple chamfers and composite chamfers. Milling and machining flat surfaces has the following process characteristics:

1. It can use various milling cutters to machine different positions and types of planes. The geometric shape and angle of the milling cutter are suitable for rough machining to precision machining of various precision planes. The utility model can be used for various combination machining of connecting surfaces.

2. This milling machine has high power and can be used for advanced and efficient machining such as power milling, high-speed milling, and step milling.

3. There are various forms of milling machines, such as horizontal milling machines, vertical milling machines, gantry milling machines, universal tool milling machines, etc., which can process planes and connecting surfaces with different positions, sizes, and shape accuracy.

4. There are various methods for milling precision parts,. For example, a plane can be processed using the outer circle milling method or the end milling method, and the connecting surface can also be processed using both end milling and outer circle milling.

5. By utilizing the functions of milling machines, fixtures, and milling cutters, complex surfaces such as composite slopes can be machined.

6. Various forms of indexable surface milling cutters have the characteristics of convenient blade replacement, long service life, and high efficiency in flat milling.