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High speed machining (HSM)

High speed and adaptive toolpaths for quick material removal.
Tool life considered.

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SprutCAM adaptive roughing

High speed machining in SprutCAM

Two toolpath strategies for high-speed machining

Adaptive

Small step, large cutting depth

Watch Adaptive simulation demo

High speed cutting (HPC)

Large step, small cutting depth

Watch HPC simulation demo

Collision control during toolpath calculation

SprutCAM takes into account real machine kinematic limitations for initial toolpath calculation. There is no need for postprocessing and separate simulation for collision and axis limits control.

Tool holder collision control

Tool holder collisions handling during toolpath calculation.

Watch demo

Moving parts collision control

Possible collisions between moving machine parts and with the workpiece are handled automatically during toolpath calculation.

Axis limits control

Axis limits are considered during toolpath calculation.

Rest material handling

SprutCAM always keeps the workpiece updated live within the operations sequence to optimize the toolpath and avoid air-cutting.
Every subsequent operation detects the workpiece in the state it was left by the previous operations.
Thus the machine time is kept optimized.
On the screenshot green color is the part itself and orange is the current state of the workpiece.

Rest material handling

SprutCAM always keeps the workpiece updated live within the operations sequence to optimize the toolpath and avoid air-cutting.
Every subsequent operation detects the workpiece in the state it was left by the previous operations.
Thus the machine time is kept optimized.
In the screenshot; green color is the part itself and orange is the current state of the workpiece.