It’s easy to get a toolpath in SprutCAM
In SprutCAM you get the first toolpath without setting any parameters at all.
After that, you can play with parameters, visually controlling the result.
After that, you can play with parameters, visually controlling the result.
Import a model
Select the toolpath strategy
Press «Run»
Get the toolpath
3-axis milling in SprutCAM
Remove material quickly
The new “Adaptive” strategy for high-speed machining. Used for fast material removal. Rapid calculation and kinder on the tool.
3-axis milling in SprutCAM
Get the required surface quality
Comprehensive finishing toolpath strategies including scallop and morph will help you to obtain the desired surface finish.
3-axis milling in SprutCAM
Remove material quickly
The new “Adaptive” strategy for high-speed machining. Used for fast material removal. Rapid calculation and kinder on the tool.
3-axis milling in SprutCAM
Get the required surface quality
Comprehensive finishing toolpath strategies including scallop and morph will help you to obtain the desired surface finish.
Collision control during toolpath calculation
SprutCAM takes into an account real machine kinematic limitations for initial toolpath calculation. There is no need for postprocessing and separate simulation for collision and axis limits control.
3-axis machining time-savers
Save time with automatic rest material machining
Rest machining removes material that a previous tool or operation could not remove.
In SprutCAM areas for rest machining are detected automatically. Thus SprutCAM saves machinist’s time for toolpath creation and the machine time
Primarily useful for freeform surfaces machining.
Save time with automatic “select same diameter” feature for holes machining
Select a set of holes with one click and run toolpath calculation. Huge time-saver for parts with large number of holes.
For example part for heat exchangers can contain 2000 holes each. This automation saves hours for CNC machinist.
Save time with automatic flat faces detection
Automatic flat faces detection makes additional passes for all flat faces within the machining area. Additional machining of flat faces during roughing waterline are not required.
Save time with automatic rest material machining
Rest machining removes material that a previous tool or operation could not remove.
In SprutCAM areas for rest machining are detected automatically. Thus SprutCAM saves machinist’s time for toolpath creation and the machine time
Primarily useful for freeform surfaces machining.
Save time with automatic “select same diameter” feature for holes machining
Select a set of holes with one click and run toolpath calculation. Huge time-saver for parts with large number of holes.
For example part for heat exchangers can contain 2000 holes each. This automation saves hours for CNC machinist.
Save time with automatic flat faces detection
Automatic flat faces detection makes additional passes for all flat faces within the machining area. Additional machining of flat faces during roughing waterline are not required.
3-axis toolpath suite
Roughing waterline
Hole machining operation
Contour (2D contour)
Industry standard toolpath. Roughing waterline in SprutCAM is smart and fast. There are equidistant, parallel, adaptive and high-speed strategies.
Drilling, tapping, centering, countersinking, boring, milling of holes.
Full list of 3-axis machining strategies
Roughing:
face milling, roughing waterline, roughing plane, pocketing, hole machining.
Rest machining:
pencil, corners cleanup.
Finishing:
2D contour, 3D contour, morph, scallop, 3D helical, waterline, flat land, plane, optimized plane, complex, combine, engraving.
All 3-axis toolpaths can be used with multi-axis and mill-turn CNC machines
Roughing waterline
Hole machining operation
Contour (2D contour)
Full list of 3-axis machining strategies:
Roughing:
face milling, roughing waterline, roughing plane, pocketing, hole machining.
Rest machining:
pencil, corners cleanup.
Finishing:
2D contour, 3D contour, morph, scallop, 3D helical, waterline, flat land, plane, optimized plane, complex, combine, engraving.
All 3-axis toolpaths can be used with multi-axis and mill-turn CNC machines
Sketch based machining
Design a part in the included 2D CAD and use it directly for machining
