The application range of lathe processing includes the processing of shaft parts, disc parts and high-precision components. With the continuous development and progress of the machinery manufacturing industry, lathe processing will also face new challenges and opportunities. Let’s take a closer look at the relevant introduction in this regard.
Processing of shaft parts
Shaft parts are the most common parts in the machine manufacturing industry, which are mainly used to support rotating parts and transmit motion and power.
Lathe machining of shaft parts occupies an important position in the processing, can be used to process various parts of the shaft, such as journal, shoulder, keyway, etc..
Shaft parts are usually clamped with two tops or one clamp and one top to ensure the machining accuracy of the shaft.
In addition, according to the different parts of the shaft and machining requirements, different cutting tools and cutting parameters can be used for machining, such as rough turning, semi-finish turning and finish turning. The required shaft parts are finally obtained to meet the operation requirements of mechanical equipment.
Processing of disc parts
Disc parts are another common part in the machine manufacturing industry, mainly used for supporting and transmitting power.
Lathe machining can be used for machining various parts of disc parts, such as end faces, internal holes, external rounds and so on.
In lathe machining of disc parts, three-jaw chuck or four-jaw chuck is used for clamping to ensure the machining accuracy of the disc.
In addition, according to different parts and machining requirements, the use of different cutting tools and cutting parameters for processing, such as turning end face, turning bore, turning external circle, etc..
Processing of high-precision components
In addition to shaft and disc parts, lathes can also process some high-precision parts, such as precision bearing housings and high-precision gears.
These parts have very high requirements for machining accuracy and surface quality, and need to be processed with high-precision lathes and advanced cutting technology.
Advanced CNC lathes are used for machining to achieve high precision machining and automated production.
In addition, advanced cutting tools and cutting parameters, as well as high-precision measuring equipment for inspection and control, are required to ensure machining quality and precision.
