Siemens NX 1847 - Advanced Sketch Training

Export a sketch from a part file, import it into another part, and reposition with a plane and orientation. Rename sketches via task environment or properties.

Learn to create sketch groups using rigid and scalable types to control how multiple curves act as one object or scale together.

Explore Part Navigator properties in NX 1847: customize name display (system vs. user), enable drag and drop reorder, manage hide or suppress, adjust colors, and monitor current feature status.

Master advanced intersection curve techniques in Siemens NX: ignore holes, cycle solutions, and join curves, with customizable curve fit options (cubic, quintic, advanced) and tolerances, then create precise intersection points.

Master the projected curve tool in NX: set a 50 mm plane offset, choose output curve type (spline segment or single spline), and observe edge merging or splitting into splines.

Master the curve finder within the move curve tool to identify parallel relations, move selected curves by a defined distance, and create offset curves in Siemens NX 1847.

Learn to create points in a 3D environment with curve tab point tool and build point sets from geometry using curve points, equal arc length, and face or spline methods.

Explore creating a print mark text on a solid body, enable print mark settings via customer defaults in additive manufacturing, and place a serial number on a 3D part.

Create a 3D spline using the law curve tool in NX, specifying x, y, and z directions and adjusting coordinate system origin, then select constant, linear, or cubic law types.

Learn to create a law curve using by equation and expressions in Siemens NX 1847, defining t and yt to generate sine waves and helices.

Create a helix in Siemens NX using the Helix tool with along vector, adjust diameter with linear or cubic laws, and tune pitch with linear, cubic, or equation-based law curves.

Use the conic tool with coefficients to define conics via the conic equation. Set the coordinate system and adjust A, C, and F to produce circle, ellipse, hyperbola, or parabola.

Create bridge curves between two objects using the bridge curve tool in curve > derived curve, adjusting connectivity, direction, and shape control with tangent magnitude and G0/G1/G2/G3 options.

Learn to create a circular blend between two associative curves using the circular blend curve tool from More's Derived group, with direction, point-on-curve, arc length, and shape control.