Multi-axis machining

In the system it is possible to create NC programs for 4 (3+1) and 5 (3+2) axis machining. On a milling machine that has rotary heads or rotary tables, it is necessary to include the mode of use for the rotary axes and to set their positions.

Multi-axis machining can be undertaken in SprutCAM in two ways: setting of the positions for the rotary heads and their coordinate systems with the necessary rotations and offsets. For controlling of the 4 (3+1) and 5 (3+2) axes, it is necessary to activate the rotary head (table) and to set the parameters for the rotary axes (axes directions and the points through which they pass).

Multi-axis drilling

In the system it is possible to create NC programs for 4 (3+1) and 5 (3+2) axis machining. On a milling machine that has rotary heads or rotary tables, it is necessary to include the mode of use for the rotary axes and to set their positions.

4 (3+1) and 5 (3+2) axis machining

To make the creation of the machining processes simpler, it is possible to create any number of local coordinate systems (CS). The coordinate systems can be set as a parameter for any of the machining operations.

The possibility to use 4 and 5 fixed axis for all 3D machining operations, greatly increases the machining possibilities for the "one hit" machining of components.

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