A CNC machine produces a mechanical part by machining the material according to a coded, programmed instruction. Let’s look at CNC second-operation lathes.
Precision engineering uses CNC machines to produce precise, high-quality parts that meet customer needs.
Computer Numerical Control machines receive instructions from software containing the machining settings.
The software is programmed with information on the material, dimensions, type of operation and type of production, while the machine follows the inputs and produces what is required.
Machining proceeds quickly and precisely, following the sequence of instructions coded in a program, without the need for an operator to control it manually.
How a CNC lathe works
CNC technology is applied to many types of machines, notably the CNC lathe.
It may be a facing, vertical, engine, turret, twin-spindle or multitasking lathe, but this advanced machine is used for automated turning of materials.
Computerised automation makes it possible to produce highly precise, high-quality parts simply and quickly.
The production of pistons, pins, cylinders and any other component requiring rotational machining finds a valuable ally in the CNC lathe.
CNC second-operation lathes
CNC second-operation lathes are advanced lathes specifically designed for second operations.
Second operations are additional processes that are not part of the main production run, but which help complete parts according to the technical drawing.
In practice, CNC second-operation lathes complete the work of other machines by finishing certain features of the part.
Second-operation lathes are typically used by precision engineering experts to produce unique components, with CNC technology optimising each step of the process.