Milling
Milling is the process of choice when it comes to prismatic components and complex three-dimensional geometries that cannot be produced by rotation.
Unlike turning, here the tool rotates while the workpiece is fed in a defined manner. The multi-edged cutter removes the material step by step. Using the number of axes and path control, almost any contours, pockets, grooves and free-form surfaces can be produced.
5-axis machining for complex parts
On 4- and 5-axis machining centres, the component is machined in several planes simultaneously. This reduces repositioning, shortens process chains and increases accuracy because datum surfaces are maintained in a single set-up. This is a decisive factor for quality and cost-effectiveness, especially for components with a high vertical range of manufacture.
What matters in milling
Tool geometry, cutting data and a stable clamping situation determine surface finish and dimensional accuracy. In the case of thin-walled parts, vibrations and heat input must be controlled in order to maintain form and position tolerances.
- Prismatic components, housings, brackets and complex free-form surfaces
- Pockets, grooves, hole patterns and threads in a single setup
- 5-axis simultaneous machining for complex geometries
- Tight geometrical tolerances even for delicate contours