hyperMILL® – Complete machining
With the new hyperMILL® 2010 you can create NC programs for 2D, 3D and even 5axis machining even more economically. Combined with the hyperMILL® strengths you are already familiar with, the new intelligent feature technology, parameter programming convenience and added cycles will make your programming more convenient than ever.
Strengths
Advantages of hyperMILL®
- 2D, 3D, HSC, 5-axis and mill turn strategies combined in a single interface
- The world’s leading 5-axis technology
- High-performance specialised applications
- Reliable collision checks and automatic collision avoidance ensure top-notch process reliability.
- The interactive Windows-based user interface supports the user step by step
- Job-based operation and the option to change existing jobs at any time, even during the calculation, ensures complete control.
- Feature and macro technology
- Intelligent features such as Rapid Result Technology automate routine work and reduce programming complexity.
- Efficient machining strategies optimise tool movements and help to avoid unnecessary rapid travel movements.
Machining Strategies
A Wide Selection of Diverse Strategies
hyperMILL® offers users a wealth of machining strategies on one uniform, simple, Windows-based user interface, from revolutionary 5axis milling to 2.5D, 3D and HSC strategies to mill turning and special applications.
For a full list of hyperMILL® Machining Strategies as well as video demostrations visit the
Openmind website here
Feature Technology
Feature Programming – Standardise and automate
With feature technology, hyperMILL® users can standardise and automate the programming of geometries. This streamlines operations and reduces programming time. Existing CAD geometry information is used for CAM programming, and typical and repeating geometries are defined as features.
Along with the assigned geometries, features contain all information relevant to production, such as top, bottom and start point. These are defined once and can then be assigned to the machining strategy.
Feature “recognition”: Find geometries
Automatic feature recognition recognises various geometries in solids and surface models: the hole feature and the pocket feature. Feature recognition automatically generates parameters that are required for the programming of machining strategies and for tool selection.
Feature “mapping”: For more oversight
The definition and application of geometry features are especially easy with filter functions, structured lists, cross references and the feature browser. Users can work with several feature lists at once without losing the overview. For easier identification, features can be displayed in different colours and can be sorted by type, depth and diameter, as well as by used and unused features. Bookmarks also allow users to find features quickly and easily.
Videos
5X Tyre Moulds
hyperMILL® – 5X machining of tyre moulds
Daishin Helmet
hyperMILL® – 5X machining of Daishin helmet
5X Upstand
hyperMILL® – 5X machining of an Upstand on machining centre
5X Impeller
hyperMILL® – 5 Axis machining an Impeller on machining centre
Simulation
hyperMILL® – Machining Simulation
5X IMPELLER – SIMULATION TO MACHINING
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