Turn-milling is a machining method for the efficient forming of complex axisymmetric workpieces on turning centres using a milling cutter. In turn-milling, the primary (rotary) motion is performed simultaneously by the cutter and the workpiece, while the feed motion is usually performed by the cutter.
Turn-milling
Type of technology
Development phase
Level of innovation
Scale of production
batch
Technology readiness level TRL
Description of the technology
Purpose of use
subtractive manufacturing of axisymmetric components with complex geometry and/or eccentricity
Industry usage
automotive industry, aviation industry, machine industry
Alternative technologies
- milling
- turning
Visualisation of action
Advantages
- possibility of achieving high volumetric efficiency of machining (compared to turning and milling)
- possibility of machining very complex axisymmetric parts (impossible to machine with turning)
- possibility of reducing energy consumption (compared to turning and milling)
- reduced machining time (compared to turning and milling)
- reduced number of process operations (compared to turning and milling)
Disadvantages
- significant staff qualification requirements (machining programming)
- possibility of excessive dimensional deviations of the machined part
Workpiece material types
- ferrous metals
- non-ferrous metals
- non-ferrous metals alloys
Examples of products
- crankshafts of internal combustion engines and compressors
Implementation of the technology
Required resources
- turning centre
- cutting tools
- tooling
- machining fluids (optional)
Required competences
- training in machining
- training in programming of CNC machines
Environmental aspects
Water consumption
Energy consumption
Waste generated
Expert evaluation
Development centers
- West Pomeranian University of Technology
- Poznan University of Technology
Legal conditions
- none