Multi-spindle turner

A multi-spindle lathe is a specialist who deals with the operation and programming of multi-spindle lathes, which allow for simultaneous processing of many details on one machine. The work of a multi-spindle lathe involves preparing the machine for work, loading working material, setting machining parameters and supervising the production process.

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Types of turning work:

Multi-spindle lathe – production elements

Elements made using multi-spindle lathes can be diverse, but usually they are small-sized details with complex geometry, such as screws, nuts, cotter pins, or fasteners. Multi-spindle lathes allow for the quick and effective production of large quantities of parts, which is particularly useful in industry where there is a need for mass production.

Element examples

Multi-spindle lathes are used to produce various details, especially those of small size and complex geometry. Here are some examples of typical components produced using multi-spindle lathes:

Bolts and nuts. Multi-spindle lathes are used to produce standard and non-standard screws and nuts of various sizes and threads.
Cotter pins and rings. Components such as cotter pins and rings, used in many industrial applications, are often made using multi-spindle lathes.
Fasteners. Multi-spindle lathes enable the production of various types of fasteners, such as connectors, plugs, sockets and pins.
Electronic components. Multi-spindle lathes are used to produce parts used in the electronics industry, such as housings, connectors and assembly elements.
Medical elements. In the medical industry, multi-spindle lathes are used to produce implants, surgical tools and hospital equipment.
Elements of clocks and precision mechanisms. Multi-spindle lathes allow for the precise production of details used in clocks, precision mechanisms and measuring devices.
Automotive elements. In the automotive industry, multi-spindle lathes are used to produce various types of car parts. For example, elements of the drive system, suspension or vehicle interior elements.

These examples illustrate the variety of parts that can be produced using multi-spindle lathes. Their versatility and ability to process many details at the same time make them irreplaceable in the serial production of various industrial elements.

Multi-spindle lathe – Differences in lathes

The difference between a multi-spindle lathe and other types of lathes, such as a CNC lathe or a vertical lathe, is mainly the ability to machine multiple workpieces simultaneously on one machine. A multi-spindle lathe can produce workpieces faster and more efficiently than a regular lathe. As a result, it remains an ideal solution for series production.

An excellent candidate for the position of a multi-spindle lathe must have extensive knowledge of machining. In addition, the ability to operate lathes and the ability to work in industrial conditions. In addition, CNC machine programming skills and experience in operating multi-spindle lathes are important. An excellent multi-spindle lathe must also be responsible, precise and ready to work at production speed.

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