Safety precautions for CNC lathe machining

author: kevin

2024-06-25

Safety precautions for CNC lathe machining

Parts refer to indivisible individual parts in a machine, which are the basic components of the machine and the basic units in the manufacturing process. The manufacturing process usually does not require assembly, such as shaft sleeves, bearing bushings, nuts, crankshafts, blades, gears, camshafts, connecting rod bodies, connecting rod heads, etc. Non standard parts simply mean that there are no certain standard parts. Customized parts are easier to manufacture than standard parts, and are not so complex. It is well known that improper operation of CNC lathes can cause certain harm to operators. Therefore, when using CNC lathes to process non-standard parts, it is necessary to strictly follow the operating procedures to ensure safety. The specific precautions for CNC lathe processing safety are as follows:

Firstly, before processing non-standard parts, it is necessary to make preparations, carefully check whether your clothing meets the work requirements, and strictly adhere to them.

2. Check whether the equipment meets the normal working standards, whether the voltage of the CNC lathe is stable, the socket needs to be a triangular socket, and the circuit needs to have a grounding wire. It can only be opened under abnormal conditions.

3. If there is an abnormality in the operation of the CNC lathe, it is necessary to wait for the machine to completely stop working before conducting inspection and troubleshooting.

What is the target of CNC lathes?

In the machining hardware of CNC lathes, all rotating parts that can be clamped on ordinary lathes can be machined on CNC lathes. However, CNC lathes have the characteristics of high machining accuracy, linear and circular interpolation, and automatic speed change in hardware machining.

In the machining hardware of a CNC lathe, all rotating parts that can be clamped on a regular lathe can be machined on the CNC lathe.

CNC lathes have the characteristics of high machining accuracy, linear and circular interpolation, hardware processing automatic speed change, etc., and their technical scope is much wider than ordinary machine tools.

CNC lathes have good rigidity, high manufacturing and tool setting accuracy, and can easily and accurately enter manual and automatic compensation. Therefore, they can process parts with high dimensional accuracy.

In addition, the tool motion of CNC turning is achieved through high-precision interpolation motion and servo drive. In addition, the machine tool has good rigidity and high manufacturing accuracy, so it can process parts with high requirements for generatrix shape accuracy such as straightness, roundness, and cylindricity. For curved contours such as arcs, compared with the copying lathe, the processed shape is closer to the geometric shape required on the drawing.

CNC lathes have the function of constant linear speed cutting, which can use linear speed to cut conical surfaces and end faces, so that the surface roughness value after turning is small and consistent, and can process parts with small and uniform roughness values.

CNC lathes can not only turn straight threads, tapered threads, and end threads of any equal lead, but also smooth transitions between variable lead and variable lead threads. When turning threads on a CNC lathe, there is no need to alternate the rotation of the spindle like a regular lathe. It can cycle one tool at a time until the machining is completed, so the efficiency of CNC lathe thread processing is very high.