Lathe machines programming

SprutCAM for lathe machines: turning and boring of cylindrical, conical and shaped surfaces, threading, trimming, facing, drilling and reaming holes.

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Lathe features in SprutCAM

All types of turning operations

Facing, ID and OD roughing, finishing, threading, grooving, face grooving, lathe hole machining, part-off.

Lathe canned cycles

According to the user’s preference, SprutCAM can optionally output G-code using lathe cycles.

Lathe features in SprutCAM

Streamlined CNC programming workflow

SprutCAM calculates lathe toolpaths and all other machining processes using the native kinematics of the CNC machine.

What does this mean to the user?

This means that collisions between machine axes as well as the workpiece are handled automatically during toolpath calculation.

You do not need to postprocess the NC code to simulate the real-world result. All machine movements are visible immediately after the toolpath calculation.

CNC programming becomes visual, workflow is streamlined.

Further, thanks to this feature the user can save even more machine time by fine tuning of the machine. For example reducing cycle time by optimizing the tools location in the turret.

Lathe features in SprutCAM

All types of turning operations

Facing, ID and OD roughing, finishing, threading, grooving, face grooving, lathe hole machining, part-off.

Lathe canned cycles

According to the user’s preference, SprutCAM can optionally output G-code using lathe cycles.

Lathe features in SprutCAM

Streamlined CNC programming workflow

SprutCAM calculates lathe toolpaths and all other machining processes using the native kinematics of the CNC machine.

What does this mean to the user?

This means that collisions between machine axes as well as the workpiece are handled automatically during toolpath calculation.

You do not need to postprocess the NC code to simulate the real-world result. All machine movements are visible immediately after the toolpath calculation.

CNC programming becomes visual, workflow is streamlined.

Further, thanks to this feature the user can save even more machine time by finel tuning of the machine. For example reducing cycle time by optimizing the tools location in the turret.

Watch lathe machining simulation demo

Lathe programming time-savers

Toolpath preview, interactive approaches and retracts, drag & drop contour editing, threads database

Save time with toolpath preview

SprutCAM shows a toolpath sketch even before the toolpath calculation. So programming is getting faster.

Setting the approach interactively

Useful for obtaining easy readable values in the G-code.
CNC machinists will appreciate it.

Drag-and-drop contour editing

Edit the machining contour directly in the interface. SprutCAM will show the toolpath preview with the changes.

Threads database

Select the thread type and dimensions from the database. Step and depth will be updated automatically.

Save time with toolpath preview

SprutCAM shows a toolpath sketch even before the toolpath calculation. So programming is getting faster.

Setting the approach interactively

Useful for obtaining easy readable values in the G-code.
CNC machinists will appreciate it.

Drag-and-drop contour editing

Edit the machining contour directly in the interface. SprutCAM will show the toolpath preview with the changes.

Threads database

Select the thread type and dimensions from the database. Step and depth will be filled automatically.

Advanced turning programming in SprutCAM

B-axis support

Turn parts of any profile

You can use B-axis to machine more complex contours with one tool.
B-axis support reduces the number of used tools and allows to
machine more sophisticated contours.

Watch demo

Make a feed-screw with any profile or for example, a buttress thread using this feature.

Watch demo

B axis support

You can use B-axis to machine more complex contours with one tool.
B-axis support reduces the number of used tools and allows to
machine more sophisticated contours.

Watch demo