Siemens Solid Edge 2022 & Siemens NX CAM 2027 (CAD CAM)

Learn the general steps of a cavity mill roughing operation, from identifying the part and workpiece to creating tools and operations. Simulate, verify, post-process, and generate shop documentation and G-code.

Learn finishing operation steps using rest milling in CAM, set up a ball mill tool, define strategy and stepover, generate toolpaths, verify, and post-process for two operations.

Explore roughing operations in plunge milling for Siemens Solid Edge, detailing step over, step ahead, maximum cut width, and toolpath generation in the Z direction.

Define a check to avoid clamps, set start and end points, and generate a roughing toolpath with adjustable cut levels and depths per cut in nxcam.

Explore finishing with a z level profile steep. Identify the part and offset from part, apply a 0.7 mm ball mill, and set depth per cut, angles, and feed parameters.

Explore finishing operations in NCAM, focusing on contour area finishing and curve drive. Set up a 0.1 offset workpiece and a 0.6 pole mill, applying steep and non steep zigzags.

Explore finishing operations in streamline and surface area strategies within Siemens Solid Edge and NX CAM, defining workpiece offsets, tool paths, and zigzag stepover for 3x finishing.

Master finishing operations in Siemens Solid Edge 2022 and Siemens NX CAM 2027, including streamline, surface area, and area milling, through toolpath generation, drive method options, and step over tuning.

Define the workpiece and tool, set a T cutter, and configure a z level undercut with zig pattern. Generate two passes and verify tool paths to ensure correct geometry.

Learn flow mill single and flow mill multiple operations to finish corners, generating toolpaths that remove material with single or multiple passes.

Explore multi-axis roughing with five-axis paths and streamline finishing using four-axis operations. Configure the part and blank, set tool and step over, generate tool paths across levels, and verify moves.

Explore 3-axis and multi-axis finishing operations using fixed axis guiding curves and variable guiding curves, with spherical tools, zigzag toolpaths, and drive geometry options like constant offset and morphing.

Study vertical turning operations, including facing, rough turn vertical, and grooves, by defining geometry, tool paths, axial and radial limits, and performing drilling verification.

Identify the part and create a blank with offset, bounding block, or bounding cylinder to match the geometry, then define or retrieve tools.

Learn cutting and non-cutting parameters in cam, including workpiece definition, tool setup, toolpath generation, depth per cut, step over, pattern direction, and level versus depth-first strategies.