Virtual Machining Integrated software solution for CNC manufacturing closes gab between CAM and machine
Software developer Open Mind closes the gap between CAM systems and physical machine environments with its Hypermill Virtual Machining solution that is an integrated all-in-one system that eliminates the need for various software solutions.
The recently launched Hypermill Virtual Machining solution from Open Mind maps all steps virtually, thus giving manufacturers absolute control over the machining process. This includes programming, NC code generation and optimization, simulation of the NC code, and networking with the machine.
The company has equipped the solution with three modules for merging the virtual and real worlds. In the Center module, real machining situations are virtually mapped for the machine and controller. They are then simulated based on the NC code. The Connected Machining module enables in-depth networking and synchronization with the machine. For example, the simulation software can detect deviations in the origin or tool positions.
The Optimizer module provides powerful optimization algorithms that ensure efficient multi-axis machining. It also automatically identifies the best solution for top machining results. Moreover, users can write the CAM programs for portal milling machines in the same way as for 5-axis milling centers. The Optimizer automatically adds the rewinds necessitated by rotary and linear axis limits and by collision control based on the machine’s digital twin. This eliminates unnecessary retract movements to safety positions between two machining steps with the same tool. When combining jobs with the same tool (linking), 2D and 3D machining steps are transformed into smooth movements. The Optimizer can also distinguish between roughing and finishing operations.
Intelligent part alignment at the push of a button
Another tool for ensuring greater efficiency and cost-effectiveness in machining is the intelligent component alignment in CAM in real-time using Hypermill Best Fit. The unaligned part is probed on the machine using 3D probing, and the probing points are sent back to the CAM system as a measurement log. Best Fit then precisely adjusts the NC code to the actual part position. The adapted NC code is subsequently simulated in the virtual machine on the actual clamping setup and optimized automatically. To ensure safe and accurate machining, the machine operator performs a final verification measurement. After that, he can start machining without having to align the part on the machine beforehand. The advantages include time savings, safe machining, and well planned processes.