Automatic turning machines for industrial production
How a multi-spindle turning machine works
A multi-spindle turning machine is a state-of-the-art CNC machine tool that has been specially developed for the series production of turned parts. These machine tools are equipped with several spindles that work simultaneously - unlike other automatic turning machines - and thus significantly increase production efficiency.
The production process in a multi-spindle turning machine begins with the clamping of the raw material, typically metal bars, in the clamping devices of the individual spindles. These spindles are arranged in a rotating drum housing that turns continuously and transports the workpiece from one processing station to the next. Each spindle is equipped with different tools that perform different machining steps, such as turning, drilling, milling and tapping.
A key feature of the multi-spindle turning machine is therefore its ability to perform simultaneous machining. While one spindle is turning and machining the workpiece, the other spindles carry out their machining steps on different workpieces in parallel.
Advantages of a multi-spindle turning machine
Simultaneous machining leads to a considerable reduction in production time and an increase in output. The CNC control system ensures maximum precision and repeat accuracy by precisely coordinating the movements of the tools and spindles.
Another advantage of the multi-spindle turning machine is the ability to produce complex components in a single operation. This reduces the need for intermediate steps and reworking, which lowers production costs and increases efficiency. In addition, modern multi-spindle turning machines are often equipped with automatic material feed systems and tool changers, which further optimise the production process and maximise machine running times.
To summarise, multi-spindle turning machines play a key role in the modern manufacturing industry due to their high efficiency, precision and versatility. Their ability to produce large quantities of complex components in a short time makes them an indispensable technology for companies that need to fulfil high quality and performance requirements.
Applications in industrial manufacturing
Multi-spindle turning machines are primarily used in industries where precise and fast production of large quantities is required. These include the automotive industry, electronics, medical technology, aerospace and the watchmaking industry. Typical workpieces include
- screws
- nuts
- bolts
- axles
- gear wheels
- valve components
- medical implants
- housings for electronic components
- connectors
- clock components
Tools and accessories for a multi-spindle turning machine
The most important components include high-quality cutting tools such as turning tools, drilling tools, taps, reamers, milling cutters, grooving tools, boring tools, countersinking tools and thread milling cutters, which enable precise machining. Clamping devices such as collets and chucks are essential to hold the workpiece securely and accurately.
Coolants and lubricants are crucial to minimise friction and cool the tools and the workpiece during the machining process. This extends the service life of the tools and ensures a high surface quality of the finished parts. Extraction systems and chip conveyors help to keep the working environment clean and increase safety.
Measuring and testing tools such as calipers and micrometers are necessary to ensure the precision and quality of the manufactured components. Automatic material feed systems optimise the production process and reduce set-up times.
Leading manufacturers of multi-spindle turning machines
In our manufacturers directory you will find companies that produce multi-spindle turning machines for metalworking. The following terms are frequently searched for: Index multi-spindle turning machine, Schütte multi-spindle turning machine, Starrag multi-spindle turning machine
Selecting the right multi-spindle turning machine
If you want to buy a multi-spindle turning machine, there are several important features and specifications to consider.
- The number of spindles determines productivity; more spindles increase efficiency.
- Pay attention to the spindle speed and motor power to ensure a high machining speed.
- The maximum workpiece size and traverse path should meet your requirements.
- Modern CNC controls ensure precise and reliable machining.
- An automatic tool changer and material feed systems reduce set-up times and increase efficiency.
- Coolant and lubricant systems are important for tool life and surface quality.
Find the multi-spindle turning machine that suits your production requirements now at machineselection.com.