hyperMILL^® is the high-performance, complete CAM solution from OPEN MIND. 2.5D, 3D, 5-axis milling and mill/turn tasks can be programmed perfectly and precisely with hyperMILL^®.

hyperMILL^® is a modular and flexible CAM solution for 2.5D, 3D and 5-axis milling as well as mill turning and machining operations such as high-speed cutting (HSC) and high-performance cutting (HPC), with everything integrated in a single interface. The special applications for milling impellers, blisks, turbine blades, tubes and tire moulds round off the range of functions available in hyperMILL^®.

Complete machining with just one CAM system and one postprocessor

Complete machining for milling and mill turning with just one CAM software and just one post­processor results in integrated processes and minimised machining times, while also increasing reliability – for maximum process reliability, cost efficiency and quality.

hyperMILL^® provides the maximum possible benefits to customers thanks to its full compatibility with all current CAD solutions. hyperMILL^® is offered as a direct integration for the following leading CAD systems: SOLIDWORKS and Autodesk^® Inventor^® as well as for OPEN MIND’s own ‘CAD-for-CAM’ solution: hyperCAD^®-S

Increased competitiveness with hyperMILL^®

OPEN MIND customers benefit from leading 5-axis and postprocessor technology as well as diverse options for automation. These help to ensure a high level of competitiveness.

The CAD/CAM systems from OPEN MIND meet the highest requirements worldwide in the tool and mould manufacturing, production machining, automobile, aerospace, motor sports, medical engineering and turbine machining industries.

• CAM strategies that are easy to operate
• Comprehensive range of machining operations for simple to complex components
• The world’s leading 5-axis technology
• One postprocessor for all milling and turning operations
• Extensive automation
• Integration in leading CAD systems
• Reliable processes thanks to true-to-detail simulation and comprehensive collision control
• State-of-the-art CAD/CAM technologies for optimal programming and manufacturing
• Continuous and efficient processes, reduced processing times and extremely high level of reliability
• Gets the most out of machine tools.

The requirements in metal cutting are increasing continuously: Workpieces need to be milled in ever shorter amounts of time and with ever-higher levels of precision. OPEN MIND’s powerful hyperMILL^® CAM software allows companies to maintain their competitive edge now and in the future.

1. Future-proof investment
hyperMILL^® provides highly innovative and flexible CAM technologies that allow companies to maintain their competitiveness as well as constantly improve it. hyperMILL^® gives you the security of knowing that you can also create new customer components flexibly in the future.

2. Top performance
Noticeable improvements in programming and machining times thanks to efficient use of the available resources. OPEN MIND invests a lot so that customers use up less and less of the resource ‘time’.

3. Excellent operability
Simple and complex component projects can be programmed quickly, reliably and safely using the latest operating concepts. With hyperMILL^®, everything is always easy for users to operate: from CAD data preparation to programming and simulation.

4. Efficient and reliable processes
Powerful machining strategies for 2.5D, 3D, HSC, mill turning and 5-axis applications offer the optimal solution for every machining situation. Intelligent mechanisms, informative simulations and perfect handling of possible collisions guarantee an extremely high degree of safety.

5. Optimised Workflow
hyperMILL^® provides an extensive interface package for seamless continuity to other CAD systems. It is also possible to optimally integrate the CAM system into existing IT landscapes.

6. Superb quality
Use hyperMILL^® for the best machining results.

7. Everything can be automated
hyperMILL^® can be flexibly adapted and optimally extended at any time to suit specific customer requirements.