➤ Components are becoming ever more complex, yet turnaround times keep getting consistently shorter. As a result, manufacturers must make optimum use of their machine tools. Auxiliary machine processing times, costly machine damage, production downtimes and the resulting critical delays must be effectively minimized
➤ hyperMILL® VIRTUAL Machining* plays an important and groundbreaking role for NC simulation. The highly efficient NC code-based simulation solution offers three modules: Center, Optimizer and CONNECTED Machining. These modules help to significantly strengthen the close cooperation between hyperMILL® CAM software and the machine tool. Networking and virtually mapped processes make it possible to evaluate, control and optimise machining operations more reliably, even before the machine runs.
The latest generation of postprocessors
With hyperMILL® VIRTUAL Machining simulation solution, OPEN MIND has significantly advanced its postprocessor technology* and added numerous innovative functions. The NC program generated by the postprocessor and the machine information from the hyperMILL® CAM software can now be linked to each other bidirectionally. The respective machining programs from hyperMILL® can be directly matched to the NC code.
1 | Machine and removal simulation
2 | Networking with the machine
3 | Remote control for starting and stopping
4 | Each line of code is simulated
5 | Intuitive operation
6 | NC code display
Simulation and analysis allow considerable advantages
Whether in the role of CAM programmer, machine operator or manufacturing planner, the hyperMILL® VIRTUAL Machining Center has both an intuitive and comfortable user interface. The interface has the look and feel of a real and familiar machine control system. This means that programmers, operators and planners can become quickly acquainted with the new simulation technology.
hyperMILL® VIRTUAL Machining ensures that all processes are transparent to the user and can be analyzed in detail. Working with a ‘digital twin’ facilitates significant optimization without impacting productive machining time. Benefits include optimized workpiece positions and clamping setups, checked tool paths and the reliable prevention of real machine collisions. This results in improved quality and efficiency during subsequent machining with shorter machining times as well as greatly increased productivity.
*Note: hyperMILL® VIRTUAL Machining requires a hyperMILL® VIRTUAL Machining postprocessor.
➤ Checking, evaluating and optimizing the machining process
➤ Matching a job to available machines
➤ Easily shifting job tasks between available machines
➤ Supports for the acquisition of new machines
➤ More accurate estimation of costs for bid proposals
hyperMILL® VIRTUAL Machining
NC code-based simulation and seamless networking with the machine