Hardware parts processing custom manufacturers talk about how to choose turning parts processing!

Many people don’t know how to choose turning parts processing. Hardware accessories processing custom manufacturers tell you how to choose.

1. Rotating parts with specified height

1. Turned parts with high precision requirements

Because the machining center has good rigidity, high precision in manufacturing and tool setting, and its ability to carry out manpower compensation and even automatic compensation easily and accurately, it can produce parts with high processing specifications and precision requirements. Generally speaking, there should be no difficulty in milling parts with seven-level precision. Turned parts can be processed by turning instead of grinding in some places. In addition, because the CNC blade fitness movement during the milling of the CNC machine tool is completed according to the high-precision tool radius compensation calculation and the servo motor driver, plus the rigidity of the CNC lathe and the high precision of manufacturing, it can produce and process the bus bar. Parts with high groove parallelism, concentricity, and cylindricity requirements.

2. Machining of turning parts with good roughness

The machining center can produce turning parts to produce parts with small roughness, not because of the rigidity and high precision of the CNC lathe, but also because it has the function of constant linear speed drilling. Under the conditions of material, boring flow and CNC blade, the roughness lies in the amount of cutting and cutting amount. When the inner hole is milled on the traditional lathe, because the speed ratio is stable during the whole drilling process, theoretically only a certain diameter has the least surface roughness.

3. Ultra-high-precision, ultra-low roughness turning parts machining parts

The multi-faceted reflectors of hard disks, video recorders, tape drives, laser copiers, rotating drums of printers, lenses and abrasives of laser equipment such as digital cameras, and their contact lenses require extremely high contour precision and extreme With low roughness, they are suitable for production and processing on high-precision, high-performance processing centers. Plastic astigmatism lenses that were difficult to produce in the past can now be processed by turning parts.

Two, turning parts with complicated surface appearance to process rotating parts

Because the machining center has the function of parallel line and arc tool radius compensation, some CNC lathes and CNC machine tools also have some non-circular curve tool radius compensation, so it can mill complex rotating bodies composed of random parallel lines and integral curves. Parts and parts that cannot be manipulated, such as housing parts with a closed inner forming surface.

Three, turning parts with horizontal production and processing of rotating parts

Processing of turning parts with a strong groove or axial hole, or the inner hole has a pervasive hole system and a beveled disk sleeve or shaft turning parts, such as a coupling with a flange, a shaft with a strong groove or a square head Shaft parts, etc. These parts should be produced and processed by milling CNC machining centers. Naturally, sleeve parts with ubiquitous holes and inclined surfaces can also be produced and processed by column-type CNC machining centers. Disc sleeves or shaft parts with axial holes are often produced and processed by vertical CNC machining centers. If such parts are processed by general machine tools, the process flow is decentralized and the number of process flow is large.

Four. Turned parts with some unique types of external threads. Machining parts

The external thread that can be drilled by traditional CNC lathes is very limited. It only has straight, spherical metric and inch threads with the same pitch diameter, and a CNC lathe only limits the production and processing of several pitch diameters. The machining center can not only turn all straight, tapered, and internal external threads with equal pitch diameters, but also turn parts to increase and decrease the pitch diameter, as well as the smoothly connected external threads and the specified equal pitch diameter and wild distance. Large and small external thread.