Advanced mill-turn
Swiss-type machines and MTM (multi-channel machining) with synchronization
Swiss-type toolpath calculation and machining simulation
The simulation shows all complex moving parts with no exceptions and provides proper collision control to the user.
Double-spindle Swiss-type machining
Swiss-type toolpath calculation and machining simulation
The simulation shows all complex moving parts with no exceptions and provides proper collision control to the user.
Double-spindle Swiss-type machining
Multichannel features
Sync points setup
Each MTM node works with a separate controller / channel, using its own program.
Therefore, it is necessary to create NC code for each machine controller / channel.
These programs require synchronization; pausing is necessary.
SprutCAM has the sync points setup feature for this purpose. Sync points can be put anywhere in the NC code.
Machine time optimization
Evaluation and load balancing on each of the control channels.
Distribution of job between channels.
Toolpath calculation and simulation
Auxiliary operations
Sync points setup
Each MTM node works with a separate controller / channel, using its own program.
Therefore, it is necessary to create NC code for each machine controller / channel.
These programs require synchronization; pausing is necessary.
SprutCAM has the sync points setup feature for this purpose. Sync points can be put anywhere in the NC code.
Machine time optimization
Evaluation and load balancing on each of the control channels.
Distribution of job between channels.
Toolpath calculation and simulation
Auxiliary operations
Multichannel machining examples
Spindle and counter-spindle synchronized machining with takeover
Synchronous 2-cutters rough turning
Automatic part loader programming
Multichannel machining examples
Multichannel machining examples
Spindle and counter-spindle synchronized machining with takeover
Synchronous 2-cutters rough turning
