hyperMILL TURNING
What is hyperMILL turning?
It is a specialized module within the hyperMILL CAM software, designed for efficient programming of CNC lathes. It supports all conventional and advanced turning strategies, including external, internal, face turning, thread cutting, and parting-off.
The millTURN module, which is fully integrated into hyperMILL, allows users to freely use milling and turning strategies in the same software interface.
A single CAM solution can be used to prepare turning and milling programmes with a single fixture on the relevant machines.
With full module integration, you can use shared tool libraries, stock models, collision checking, and post-processors for combined turning-milling programs.
With hyperMILL turning, you achieve:
- Faster CAM programming,
- better utilization of the CNC machine,
- lower risk of errors,
- improved tool life,
- standardized process.
How does hyperMILL turning work?
hyperMILL turning operates quickly and intelligently, as the software allows easy setup of machining operations based on the imported CAD model. The user can define various types of machining, such as external and internal turning with roughing, semi-finishing, and finishing options; face turning for end surfaces; creation of standard and custom threads; and safe, efficient parting-off. In addition, hyperMILL also supports combined drilling and turn-milling operations within a single CAM environment. With feature-based machining technology, the software automatically recognizes the model’s geometric features and suggests the best machining strategies—resulting in less manual work and more smart decision-making.
Key features of hyperMILL turning:
- Comprehensive support for all types of turning (external, internal, face turning, threading, parting-off, drilling).
- Smart automation through automatic feature recognition (grooves, shoulders, diameters) and templates for standardized processes.
- Integration with drilling and milling, ideal for CNC multitasking machines.
- Simulation and toolpath verification ensure a safe toolpath without collisions and process optimization.
- Full user flexibility provides greater control over the process.
Advantages of using hyperMILL turning:
- Comprehensive solution in a single environment,
- greater accuracy and quality,
- smart automation,
- cost reduction,
- increased efficiency.
Who uses hyperMILL turning?
hyperMILL turning is used across a wide range of industries where precision, repeatability, and speed are essential. In the machinery industry, it is an ideal solution for machining shafts, bushings, spacers, and supports. In the automotive industry, it is indispensable for manufacturing gears, housings, and shafts. Toolmakers appreciate hyperMILL for its ability to machine complex tool parts with demanding diameters and shapes. In medicine, it enables the creation of implants and surgical components with exceptional precision, including intricate threads. HyperMILL turning is also crucial in the aerospace industry, where high precision is required for the production of lightweight yet complex components.
How to get started with hyperMILL turning?
First, you need to import the CAD model, which the program automatically analyzes and recognizes all important geometric features. Then, set the initial machining conditions: choose the material, set the speed, and select the appropriate tools. Next, choose the optimal turning strategies, which you can adjust according to the part’s requirements. Before generating the CNC code, use simulation to check the tool paths and make sure everything is error-free and free of potential collisions. Once everything is ready, hyperMILL creates the program, which you send to the machine for precise and efficient machining.
Are you interested in learning more about hyperMILL?
Write to us, and we will contact you as soon as possible!
