Siemens NX CAD Essential Training

Learn to switch NX 2027 from the new sketcher to the classic Sketcher by disabling the new solver and UI in early access and restarting to enable constraints and auto-dimensions.

Set units to millimetre or inches, apply the default template, customize the sketching interface, and build profiles with lines and arcs using constraints and x and y inputs.

Explore rectangle command options: two-point method, three-point method with angle, and center from center; define width, height, and angle while applying constraints to ensure precise sketch geometry.

Create a basic line by clicking two points; the line command creates a single line, and to add more lines, click again to specify points.

Learn the arc command in Siemens NX CAD, creating arcs with the three-point method or arc by center, selecting start and end points, and using shortcuts like E to start.

Explore circle creation in NX CAD using center, diameter, or three-point options. Enter a diameter such as 60 or 30, or define the circle with three points to circumscribe.

Master the point command in siemens nx cad essential training to create, place, and manipulate points—center points, endpoints, intersections, control points, and quadrant points for precise geometry.

Master studio spline techniques in Siemens NX CAD by placing and editing points on the X and Y plane, dragging points along constrained directions, and building lines using by points.

Explore the polygon command in Siemens NX CAD to create polygons by defining the center and number of sides or by entering side length and rotation, inscribed and circumscribed circles.

Learn to use the ellipse command in nx cad: define the center, set angle (90 or 45 degrees), adjust the limit, and use a reference line.

Explore the conic command in Siemens NX CAD essential training by defining three points, applying constraints, and adjusting values to control shape and size through interactive drag-and-define steps.

Learn how to create and control offset curves in Siemens NX CAD, selecting inside or outside directions, adjusting copies and symmetry, applying extensions and caps, and managing connected geometry.

Mirror a curve in Siemens NX CAD by selecting geometry, using a middle line as the mirror axis, and converting it to a reference line for a mirrored feature.

Learn to create linear and circular patterns in Siemens NX CAD, adjust spacing and counts, apply mirroring, and use trim and point-to-point copy to control pattern placement.

Learn to create lines and use bisecting lines to derive geometry, exploring derived lines and solid modeling concepts in Siemens NX CAD.

Learn to trim geometry with quick trim, read a line and segment, delete lines with a left-click drag, and apply a boundary cut to remove beyond the boundary.

Discover the quick extend tool in Siemens NX CAD: select a boundary and the curve to extend, extend to the boundary or undo, and control which elements extend.

Demonstrates applying fillet radii in Siemens NX CAD, inputting radius values, rounding corners without trimming, and using break, delete, and alternate options to split and adjust profiles.

Learn chamfer creation in Siemens NX CAD by defining first and second line distances, using symmetric options on both edges, and trimming gaps to finalize the jumper.

Master the corner creation in Siemens NX CAD by using the make corner option during new sketching to automatically connect lines, handle small gaps, and avoid unwanted extra lines.

Move a curve by specifying a direction, distance, and optional angle, using vector-driven interactions, point-to-point constraints, and 3D rotation for controlled sketch translation in Siemens NX CAD.

Construct a centered rectangle, add lines and a 15-diameter circle, and apply symmetry and constraints to fully define a 2D sketch in Siemens NX CAD.

Recreate and constrain a 2D sketch in Siemens NX CAD by defining a rectangle and applying dimensions and grid, then lock the vertical axis to ensure a defined sketch.

Use the offset curve tool to create an offset sketch at a new distance from a base object, drag to adjust, apply changes, and control center fixation and corner adjustments.

Learn to create a sketch and apply a uniform scale to a curve in Siemens NX CAD, scaling about a base point with controlled x and y directions.

Resize curves in Siemens NX CAD by adjusting a circle’s diameter from 20 to 50. Drag dynamically to see real-time updates, and use the resize from center on the rectangle.

In this lecture, learn how to resize a chamfer curve in Siemens NX CAD using symmetric scaling to resize uniformly on both sides, and understand why non-symmetric methods may fail.

Learn to delete curves and edges in nx cad, apply deletions, and manage closed loops and corners when modifying circles and rectangles.

Master rapid dimension tools in Siemens NX CAD to apply linear, point-to-point, vertical, horizontal, radial, and diameter dimensions, manage constraints, and avoid over-constraint while drafting sketches.

Master geometric constraints in Siemens NX CAD by applying tangent, concentric, midpoint, vertical alignment, center positioning, and equal or collinear relations to precisely constrain sketches.

Apply symmetry constraints to create mirrored parts in Siemens NX CAD by selecting two objects and using the make symmetry tool, so dragging moves both sides equally.

Identify and manage sketch constraints using the constraint display and the relation browser to apply perpendicular, symmetry, and dimension relations, then edit or delete constraints to control sketch behavior.

Explore constraint options in Siemens NX CAD, including perpendicular, equal-length, and coincident constraints, plus alternate solutions for maintaining sketch relations when creating rectangles.

Create a 2D sketch by drawing circles, setting diameters, applying dimensions, and fully constraining geometry. Practice using tangents, symmetry, and a center rectangle to support 3D thinking.

Create and constrain a 2D sketch in Siemens NX CAD by drawing a center rectangle, circles, lines, and dimensions, then apply constraints and finalize the sketch.

Explore extrusion options in nx: sketch creation, single and two‑sided offsets, symmetry and draft, end conditions like until next or through all, and operations like cuts and unions.

Learn to build a multi-sketch part in Siemens NX CAD by starting at the origin, setting front and top views, drawing lines and circles, applying extrudes, and coloring faces.

Siemens NX CAD techniques to design a part: sketch on the xy plane, define circle and diameters, tangent relations, extrude and cut features, mirror symmetry, and apply colors.

Create a solid model by sketching on the front plane, applying dimensions, then extruding, using a circular pattern and chamfer, and refining holes and center features for final design.

Create a symmetrical NX CAD model by sketching rectangles and circles, applying dimensions, mirroring features, and extruding and cutting to its final form.

Create and refine a plane-based model in Siemens NX CAD by sketching on a plane, extruding symmetrically, and applying a cut to complete the design.

Create a solid model in NX by sketching circles and rectangles, applying dimensions, extruding features, adding holes, and validating with a section view.

Define datum CSYS in Siemens NX CAD by setting origin, axis directions, and three planes, using dynamic input to position X, Y, Z axes with flips and offsets.

Create a 3d model by sketching on a plane with rectangles and circles, constraining to the origin and defining dimensions; then extrude and apply subtract and unite operations.

Learn to create solid by revolving a sketch around an axis, define reference lines, set thickness, and perform cuts to shape the final volume in Siemens NX CAD.

Practice revolve exercise in NX CAD by sketching from the origin, drawing connected lines, adjusting dimensions to align, repairing the sketch, and applying color to finalize the model.

Create a revolved solid from a sketch, apply dimensions and angles to define gaps and thickness, adjust color, and finish the solid model in Siemens NX CAD.

Sketch and constrain a fusion in Siemens NX CAD, dimension angles, radii, and holes, then extrude, create circular patterns, and mirror to complete revolve exercise 2.

Create a revolve exercise model by sketching a side view, defining dimensions and radii, then use mirror and circular pattern to complete the design.

Create a solid model in Siemens NX by sketching a front view, extruding symmetrically, applying chamfers and a revolve, then adding cuts, holes, and tangent features from defined sketches.

Learn how to create solid blocks in Siemens NX CAD, set origins and dimensions including height, preview results, duplicate blocks, and unite them into a single block.

Learn to create and customize a cylinder in Siemens NX CAD using the cylinder command, adjusting diameter and height along the z-axis, then add arc-based features.

Learn to create a cone in Siemens NX CAD by defining the base diameter and height, and adjusting the top and direction vector.

Master constructing and modifying a sphere in NX CAD by using planes, intersections, cuts, and unions, then previewing outcomes to choose between two viable sphere designs.

Create cylindrical holes on a solid body with the hole command in Siemens NX CAD, defining position, diameter, and depth, using vector placement and engagement options.

Create embossed surfaces in NX CAD by sketching on a new plane, applying the emboss design feature to selected geometry, and adjusting offset and direction for the final embossed form.

Create a group with the group command and assign a design feature to it. Apply transparency and color, then insert a design feature to form a rectangular hole with dimensions.

Explore methods to create datum planes in NX CAD, including offset, angle, bisect, and planes defined by curves, points, lines, or objects, with orientation controls.

Create a Siemens NX CAD part by sketching the front profile with symmetric dimensions, circles, and tangents, then apply a rectangular pattern to features and finish with color.

Apply a linear pattern in Siemens NX CAD by selecting direction, reverse, symmetry, and boundary options to create patterned instances, adjust spacing, rotation, and exclusions.

Master the linear pattern workflow in Siemens NX CAD by building sketches, circles, lines, and dimensions. Extrude and shell to create hollow features with diameters and radii, using symmetry cues.

Create a circular pattern of features around a rotation axis by setting count and angle values. Adjust follow pattern, variant options, and boundary settings to control distribution across the pattern.

Design a lotus-inspired part in Siemens NX CAD by sketching on a plane, defining dimensions and diameters, and applying a circular pattern to unite outer and inner features.

Create a polygon pattern in Siemens NX CAD by setting the number of sides, rotation angle, reference point, axis, and boundary options.

In Siemens NX CAD essential training, create a spiral pattern by extruding a circle sketch on a cylinder, revolving and uniting, then adjust turns, pitch, and rotation angle.

Learn to create an along pattern in Siemens NX CAD by extruding a box and arc along a defined direction, adjusting increment, symmetry, rotation, and translation to control the pattern.

Create along pattern in Siemens NX CAD to build a conical shape by drawing lines and arcs, adjusting radius, offset, and instance count, and previewing rotations for symmetry.

Learn to create a helix pattern in Siemens NX CAD by adjusting angle, distance, number of turns, and handedness, then preview the resulting helical geometry.

The lecture presents the general pattern for creating geometry, extruded features, and points, including four points.

Learn to use the reference button and create a reference pattern in Siemens NX CAD. Apply the pattern to a feature by selecting a base point and adjusting references.

Learn to apply the mirror feature in Siemens NX CAD by selecting features, choosing a plane, and positioning the mirrored copy with rotations like 72 or 135 degrees.

Learn to create sketches and ribs in Siemens NX CAD, applying patterns, symmetry, and shell operations while adjusting offsets and constraints to shape a ship-like body.

Create and modify a rib model in Siemens NX CAD by sketching circles, applying constraints, extruding to thickness, creating holes, and hiding sketches with color.

Build a solid box in siemens nx cad, select the body, pick a shell type, set size and orientation, apply, and observe the unit set distributing across the solid body.

Learn to create cylindrical features and threads in NX CAD, using symbolic vs detailed thread representations, adjust major and minor diameters, direction, and handedness on a threaded face.

Trim a solid body in Siemens nx cad using planes or surfaces, with sketches and extrusions to create, unite, and cut features with reference planes and adjustable direction.

Learn to split a solid body in Siemens NX CAD by creating cuts, moving sections, and applying transforms and extrusions to define precise geometry.

Learn how to delete a body in Siemens NX CAD by identifying separate bodies, splitting mixed bodies, and removing the desired solid while preserving the remaining portion.

Explore applying shell thickness to solid bodies in Siemens NX CAD, including selecting faces, removing faces, uniting parts, and controlling interior or exterior thickness with rib and offset options.

Learn to model a shell in NX CAD through hands-on sketching, dimensioning, and orienting features from top views, defining holes and offsets, extruding and applying draft.

Learn to thicken a solid in Siemens NX CAD by selecting body pieces, applying a thickness offset, and previewing the result using the offset interface.

Learn how to enable the slot command in Siemens NX CAD and create various slot shapes, including rectangular and ball end slots, by defining placement, axis, length, width, and depth.

Scale the body using uniform, symmetric, or non-uniform options to adjust dimensions in the x, y, and z directions, applying the skin operation to the body.

Learn to turn multiple parts into a single solid by using the combine tool, loading selected bodies, and reviewing the resulting solid model.

Create a bounding body around existing geometry using block, offset, or subtract options. Enclose features to form a solid body and tailor dimensions for manufacturing.

Learn how to wrap geometry in Siemens NX by creating a solid envelope around a model, using planes to split geometry, and adjusting offsets to control which portions wrap.

Create a solid model and apply edge blend to round sharp corners, adjusting edge radii from circular to elliptical with handles and tangent edges.

Create and adjust a blend corner in Siemens NX CAD to form a single, uniform piece by defining a circular blend, adjusting points and tensions, and combining features.

Learn to apply a chamfer along edges in Siemens NX CAD by using symmetry, offset, or anchor options, selecting edges, and setting distance and angle for bidirectional control.

Create a solid model and apply draft operations to faces in siemens nx cad essential training. Manage draft directions, angles, and symmetry using parking space and stationary settings.

Create a draft-driven Siemens NX CAD model from top and front sketches, extruding in inches, applying eight-degree draft, adding radii and shells, and applying precise dimensions.

Learn to create and modify tube geometry in Siemens NX CAD, including sketching, setting outer and inner diameters, and applying unite, subtract, or intersect operations.

Create a tube by sketching from the center with the do command, define tangent arcs and lines with diameter and radius, then convert to a solid and preview the result.

Create a sweep along a guide by defining open profiles and guides, adjusting offsets, and using rectangles and circles to control orientation and prevent twisting in the path.

Learn to create swept volume in NX CAD by building solid geometry, sketching from rectangles on a circle, and extruding features with precise orientation and tangential and intersection options.

Explore creating ruled surfaces in the ruled surface tool, from sketching squares and projections to aligning sections, building solid geometries, and using point options to control alignment.

In this swept face blend exercise, learn to create and orient a blend between faces using sketches, define angles and dimensions, apply the sweep, and extrude to finish the part.

Create sketches and circles with precise diameters, define centers and tangents, apply extrude and mirror operations, and set shell thickness to complete a swept exercise in siemens nx cad training.

Engage in a through curve exercise in Siemens NX CAD, building a three-sketch solid by creating circles and lines, applying radii and angles, offsets, and extrusion to unite parts.

Explore measuring tools in Siemens NX CAD essential training, covering simple distance, center-to-center distance, min/max distances, face distances, 3D distance, projected distance, screen distance, associative dimensions, and radius checks.

Learn soap case modeling in Siemens NX CAD by sketching a rectangle, extruding, cutting, trimming, adding a shell of 1 unit, creating slots, and applying color or plastic finish.

Create a solid in NX CAD by sketching circles with defined diameters, extruding features, applying cuts, and using circular patterns and offsets to finalize the part.

Practice building a solid model in Siemens NX CAD using planes, circles, and design features; perform extrude, unite, and cut operations to create holes and integrated bodies.

Sketch circles on multiple planes and a 65 by 60 rectangle with a thickness of five, then align and match points to define the solid, and apply material.

Design and refine a solid part in Siemens NX CAD by sketching features, setting dimensions and thickness, using center lines for symmetry, and validating with isometric and sectional views.

Learn to build a solid model in Siemens NX CAD by sketching features, applying radii, circle and line geometry, mirroring, and extruding to a final form.

Create a solid model in Siemens NX CAD by sketching and extruding a symmetric part, using center references, arcs, circles, and mirrors to achieve precise geometry.

Create a solid based model in NX using sketches, extrudes, cuts, and planes; define dimensions, circles and radii, project references, and pattern features to complete the exercise.

Learn to model a top feature by sketching concentric circles, defining dimensions, applying revolve, extrude, and cut operations, and drilling eight holes through a centered rectangle.

Create a three-view solid part in Siemens NX CAD by sketching a base profile, applying extrudes and cuts, adding slots and circles, trimming and finalizing the model.

Create a solid model in Siemens NX CAD by sketching circles and lines, applying constraints and dimensions, then define a rectangle, place a symmetric hole, and finish.

Build a solid elephant STEM model in Siemens NX CAD by sketching rectangles, extruding features, defining thickness and dimensions, editing constraints and angles, applying symmetry, and performing a unite operation.

Create a solid model by sketching rectangles and a circle, then apply constraints and precise dimensions. Extrude features to the specified heights and use mirror operations to complete the part.

Create a solid modeling component in Siemens NX CAD by sketching from the top view, placing circles with constraints, and extruding to the specified thickness.

Build a solid elephant model by sketching and extruding, applying symmetric extrusion, precise dimensions, and finishing touches to finalize the part.

Learn to build a Siemens NX CAD model from the front by sketching a center rectangle, constraining features, and extruding, then create holes with given diameters and depths.

Create a solid model from the front view by drawing an 80 by 18 rectangle, then use carve and boundary curve with symmetry. Extrude the design to complete the part.

Apply sketching and feature operations to build a multi-view part: sketch front profile, extrude shapes, add holes, and refine with subtract operations, radii, and precise dimensions.

Create an elephant-shaped model in Siemens NX CAD by sketching profiles, applying dimensions, extruding, mirroring, patterning features, and performing subtractive operations to finalize the part.

Model a gear in Siemens NX CAD using the TrueCar command, with sketches. Arrange three sketches at 100%, 75%, and 50% on planes, rotated by 15 degrees, then pattern.

Design a symmetric CAD part by sketching a top view with circles and lines, constraining tangents and dimensions, then extruding, applying symmetric thickness, and adding holes.

Apply Siemens NX CAD to design a blower upper housing by sketching circular and rectangular profiles, extruding, performing cuts and unions, applying rounding, hollowing, and final detailing.

Model a gantry in Siemens NX CAD by sketching on the x y plane, applying dimensions, trimming areas, and using sweep and orientation for hexagonal and circular features.

Create a solid model in Siemens NX using surface features, variable radius fillets, extrude and shell operations, project curves, split geometry, and boolean joins to form a hollow, connected part.

Create a symmetrical nx cad model from front, top, and side views by sketching circles and arcs, extruding, subtracting, and applying a thickness of three, with material options.

In Siemens NX CAD essential training, exercise 25 guides you to create a multi-view model by sketching precise profiles, extruding, applying shell, and mirroring a patterned feature.

Explore essential sketching and modeling techniques in nx cad. Create curves, apply tangent constraints, use center points, build circular patterns, trim geometry, and apply shading and materials.

Explore synchronous and asynchronous modeling in Siemens NX using the move face tool to drag, reset, and apply changes, with one feature increasing while another decreases.

Learn to offset a region by selecting faces, applying constraints, and preserving symmetry to control multi-face offsets in Siemens NX CAD.

Delete faces in Siemens NX CAD by selecting delete face, choosing options like delete whole or with lesser or equal diameter, and applying the blend with a specified blend size.

Pull a face to extrude from the selected face in the normal direction, drag with offset and distance options, and merge with base geometry when full-face selection applies.

Resize a cylindrical face in Siemens NX CAD by changing diameters from 16 to 10. Adjust 13 to 25 to 35 for cylindrical objects and the surgical base.

Replace a face with another in Siemens NX CAD essential training, applying replacements and managing invalid faces. Create a space, extrude symmetrically, and hide or finish the result.

Resize blend demonstrates changing dimensions and radii, selecting all blend faces, and applying changes, while noting when geometry becomes invalid or intersections prevent simultaneous dimension updates.

Resize a symmetric feature in synchronous modeling by selecting a jumper, changing its size from 5 to 10, and adjusting x symmetry on the template.

Copy a face in Siemens NX CAD by selecting it, dragging to a location, and applying copy or paste. Copied faces may be hollow or solid depending on the geometry.

Select faces with the cut face option, preview the cut, and move the piece in a chosen direction while noting solid versus surface component constraints.

Explore coaxial concepts in Siemens NX CAD while the lecture shows creating and adjusting features to build a design.

Learn to create tangent relations in Siemens NX CAD's synchronous modeling by selecting motion and stationary pieces to define a tangent constraint using station APIs.

Define the motion piece and apply symmetry to create a pair of symmetric parts that move and extend in unison.

Learn to use the make parallel tool in Siemens nx cad to align a face with a point, selecting source and target points, and applying it.

Learn how to create a perpendicular relation by using a point and a station face to ensure the faces are perpendicular.

apply offset to geometry in Siemens NX CAD, offsetting the outer face by eight millimeters, and troubleshoot dragging and visibility issues to create the desired opposite offset.

Learn synchronous modeling in Siemens NX CAD by adjusting dimensions, moving and rotating geometry, and applying symmetry and diameter and radius constraints to coordinate edits within the model.

Explore synchronous edit cross sections in Siemens NX CAD to modify geometry by dragging sections, changing points, and adjusting plane positions for dynamic, in-place updates.

Explore synchronous modeling to optimize faces, join all pieces, and convert them into a single body.

Create smooth face blends in nx cad, using constant or variable radius, rolling ball guidance, and tangency to surfaces to form multi-piece blended surfaces with edge control and limits.

Create an aesthetic face blend in Siemens NX CAD by adjusting radii, blending options, cross-section control, and vector orientation to build a conical spine and smooth surface.

Explore offset face in Siemens NX CAD, offset a solid or surface along its normal to adjust size, drag to preview changes, and define stock for machining.

Apply style blends in Siemens NX CAD to join surfaces or solids using radius controls, cubic and constant radius options, multi-point transitions, and profile-based matching for tangent connections.

Create a bridge between two surfaces in Siemens nx cad, fill the gap, adjust tangent connections and magnitudes, preview and apply settings, switch off preview if needed.

Explore how to create a styled corner in Siemens NX CAD by composing three blends on a surface, controlling radius, depth, and tangent points for a smooth, base-preserving edge.

Define a trim sheet workflow in Siemens NX CAD by sketching, defining boundaries, and applying trim operations to shape the geometry, with symmetrically extruded features and vector directions.

Learn how to extend a sheet in Siemens NX CAD using surfacing tools, including extending edges, selecting planes or surfaces, creating new faces, and combining pieces into a new sheet.

Offset surface demonstrates offsetting solid bodies and surfaces by a chosen distance, including multiple faces, while handling hollow parts and parting surfaces.

Learn to work with variable offset face in Siemens NX CAD, defining offset with respect to boundaries and surfaces, applying symmetric options, dragging adjustments, and creating bridges with tangent continuity.

Learn styled sweep and surfacing in Siemens NX CAD to design a jacket with precise sketches, sections, dimensions, and material finishes like chrome, leather, and green metal.

Sketch and revolve circular profiles about the z axis to form a surfacing model, then use curves, trims, projections, and sweeps to refine the sheet geometry with chamfers and radii.

Explore sheet metal creation in Siemens NX CAD essential training by setting units, defining thickness, and creating a base sheet and base flange.

Learn to create a flange in Siemens NX CAD by defining length and angle, adjusting inside or outside placement, and applying offsets and relief settings for sheet metal designs.

Learn to create a contour flange in Siemens NX CAD essential training by defining a working plane, sectioning a base plate, and applying symmetric and finite values.

Learn to create a hem flange in Siemens NX by selecting edges, applying bend parameters, and adjusting bend radius, flange length, and sweep angle for open or closed loop shapes.

Learn to create a lofted flange in siemens nx cad by building base and secondary features, sketching on planes, and using sheet metal tools to form the body.

Learn how to create a jog feature in Siemens NX CAD by sketching, setting height and direction (in or out), and defining a reference axis to jog a line.

Learn to create and control a bend in Siemens NX CAD by selecting fixed and target faces, setting bend angle and direction, and using sketches to define bend geometry.

Create a bridge bend in Siemens NX CAD by sketching, selecting base edges, applying symmetry, and defining length, origin, and plane splits to control the bend's geometry.

Learn advanced flange techniques in Siemens NX CAD essential training by creating sketches and arcs, applying reference cuts, and using value options to define limits and extrude sheet metal.

Learn to create a lightening cutout in Siemens NX CAD by using the user defined option to sketch rectangles and circles, adjust length, angle, and radius, then finish the sketch.

Learn to create a joggle in Siemens NX CAD by selecting faces, setting jog depth and direction, applying symmetry, and adding additional geometry for a complete joint.

Explore how to create a close corner in Siemens NX CAD by applying a flange, circular and rectangular cutouts, and adjusting open and closed geometry with offsets and an angle.

Break a corner in NX CAD by selecting the corner, setting a radius of six, and using a jumper on edges with a distance of ten, with a preview before applying.

Select the workpiece and apply bend taper in Siemens NX CAD, adjusting the angle and symmetry to shape faces and joints. Use engine-driven controls to position features and verify alignment.

Learn to create a dimple with the punch tool in Siemens NX CAD, setting depth, angle, and thickness, and apply it to both rectangular and circular sections.

Learn to create a louver in Siemens NX CAD by defining a line, adjusting height, flipping the geometry, and applying a symmetric pattern with a live preview.

Demonstrate drawn cutout by creating a rectangle with a depth of 10, adjusting depth direction and angle 10, and applying a radius, with circular sections for circles.

Bead modeling in Siemens NX CAD by using straight lines, circular profiles, and projections; adjust radius, height, and depth to shape the bead feature.

Explore solid punch creation and sheet metal punching in Siemens NX, modeling a solid part, performing symmetrical extrusion, applying boolean operations, and bending regions to generate diagrams.

Explore how to create gusset features in Siemens NX CAD using automatic and user defined profiles, adjust radii, edge selections, and sketches to fit between base and the plant.

learn sketching, cutting, and projecting features in siemens nx cad essential training, adjusting thickness and depth, and using planes and projections to create and finish cutouts.

Learn unbend and rebend workflows in Siemens NX CAD, explore form options, rectangle tools, and flange radius adjustments to unfold and reshape parts.

Explore creating a flat pattern from a sheet metal part in Siemens NX CAD, preview results, and export unfolded geometry for AutoCAD or other software.

Learn to convert an extruded body into a sheet metal object using the convert to sheet metal design tool. Define the base, set thickness, apply features, and verify the conversion.

Learn to convert a solid into sheet metal in Siemens NX CAD using the sheet metal form solid tool, creating a continuous sheet with defined thickness and relief.

Learn to design a sheet metal part in NX CAD by sketching a base, setting 1 mm thickness, applying bends and flanges, trimming, and adding holes.

Explore sheet metal design in Siemens NX CAD by creating a basic sketch with rectangles and circles, aligning features, and setting thickness and dimensions to complete a precise part.

Explore Siemens NX CAD essential training by mastering assembly creation, adding components, applying constraints, managing degrees of freedom, and visualizing explode sequences and quality checks.

Learn to assemble parts in Siemens NX CAD by applying fixed and assembly constraints, using align and touch align to position components with precise zero-distance alignment.

Learn to apply a distance constraint by selecting two bases, optionally adding a gap, and setting lower and upper limits (for example 0 to 25); explore single-direction mode.

Learn to build a pipe vice assembly in Siemens NX by adding existing components, aligning them with display origin and orientation, and applying constraints and distance-based limits.

Apply concentric and angle constraints, align components with concentric zero distance, set angle limits from zero to 180, and stop before collision.

Apply center constraint to align components in Siemens NX CAD, using fixed constraint and axis alignment to position parts, and finalize the alignment.

Apply a bond constraint in Siemens NX CAD to fuse two bodies into a single rigid assembly, so moving one part drives the other and keeps them moving together.

Master align and lock constraints in Siemens NX CAD to align faces, prevent movement along an axis, and duplicate components with copy while maintaining matched geometry.

demonstrates applying the perpendicular constraint to two pieces, adjusting positions, and aligning lines to achieve a perpendicular relation.

Apply a parallel constraint between edges to align two piece panels, ensuring they stay fixed and can be joined or removed as needed in Siemens NX CAD.

Move a component in Siemens NX CAD by exploring degree of freedom, constraints, and copying; resolve collisions with collision detection, then rotate or adjust, using undo as needed.

In this butterfly assembly, fix the first component at the origin, apply distance and angle constraints, pattern the part, and verify alignment before rendering.

Assemble a cylinder assembly in nx cad by adding components, applying constraints such as match and distance between axes, adjusting visibility, and validating rotation.

Learn to reveal and analyze a component's degree of freedom in Siemens NX CAD by selecting parts, refreshing, and identifying translation freedom, such as a piston head's single translation.

Learn how to suppress a component in Siemens NX CAD, removing it from the assembly while keeping its position and constraints intact and easily restoring it when needed.

Learn how to create a pattern component in an assembly, including selecting a center point and vector, setting the number of instances, and ensuring new copies follow existing constraints.

Learn to create a mirror in a Siemens NX CAD assembly, show planes and sketches, add a plane in the xz direction, apply constraints, and finish the mirroring process.

Learn how to create a unique component in Siemens NX CAD by using make unique, renaming copies, and applying colors to individual parts without affecting others.

Learn to create and manage components in a Siemens NX CAD assembly, apply colors and materials, switch to assembly mode, and propagate updates across parts.

Learn to create and play assembly sequences in Siemens NX CAD by inserting motion, moving parts, and suppressing constraints. Detect collisions and verify playback.

Explore how to create and edit an exploded view in Siemens NX CAD, adjust component distances, apply exclusions, and collapse or delete explosions for precise assembly presentation.

Build a toggle clamp assembly by adding parts and links, applying constraints, and aligning centers to ensure proper fit and motion.

Learn how to assemble a small engine in Siemens NX CAD by adding parts, orienting components, and applying constraints such as axis, distance, and zero, with transparency to visualize fit.

Learn to build a top-down assembly in Siemens NX CAD, define the save folder, create parts, and apply constraints, dimensions, and alignments for precise assembly.

Create the remaining bench vice components by sketching circles and lines, applying symmetry, and extruding to the specified thickness while defining dimensions and constraints.

Build a machine base in Siemens NX CAD by sketching rectangles, extruding features, adding holes and radii, and aligning front, side, and section views to the drawing.

design a machine vice sliding block in nx cad, create the base and third component with sketches and extrusion, and add four holes plus a 25 mm left-handed threaded hole.

Create and assemble a machine vise in Siemens NX CAD, designing the base, sliding block, moving job, guide screw plate, and applying thread.

Assemble a machine vice in Siemens NX CAD by fixing the base, aligning axes, and applying distance and parallel constraints to align the sliding jaw with the sliding block.

Design a two-stroke engine block assembly in Siemens NX CAD by using multiple views and section cuts to model fins, ribs, holes, and symmetric features with extrudes, patterns, and fillets.

Learn to model a frame part for a two stock engine in Siemens NX CAD by sketching, sweeping along a guide, mirroring, uniting components, and creating holes and extrude cuts.

Create a cover part by sketching circles with specified diameters and radii, use symmetry and pattern, extrude holes, and apply subtract and dimension operations to finalize.

Create this connecting rod in Siemens NX CAD Essential Training by sketching a single top-view with circles of diameters 5, 8, 9, and 5.5 at the same center point, defining a 33 unit gap, applying a 1.7 degree angle, and setting thicknesses of 8 and 6 before performing a wireframe extrude, mirroring, and offset to complete the model.

Create a carburetor model in NX CAD by sketching a top rectangle, extruding, adding radii and holes, mirroring features, and using revolve and cut operations to complete the shape.

Design a piston head in Siemens NX CAD by sketching on multiple planes and adding holes. Use extrude and cut operations to finalize the shape.

Model a muffler in Siemens NX CAD by creating constrained sketches, applying walls and shells, adding fillets and chamfers, and using boolean operations to unite and subtract.

Learn to design an impeller in Siemens NX CAD by sketching and revolving a profile, adding features, dimensioning precisely, projecting and extruding a six-instance pattern, and finalizing with display options.

Create an engine head in nx cad by sketching on the xy plane, applying constraints and dimensions, then extruding, patterning holes and slots, and using mirror and cut operations.

Model an impeller housing in Siemens NX by sketching circular profiles, constructing planes, applying sweep along guide, extrude and shell operations, and adding holes, fillets, and mirrored features.

Create the remaining parts of a two stock engine assembly in Siemens NX CAD, including nut and flange features, using sketching, revolving, extruding, and patterning.

Assemble the two-stroke engine by adding and fixing the frame, engine block, carburetor, impeller housing, piston, crankshaft, and connecting rod; constrain axes and faces, test motion, hide sketches, and save.

Create and animate an assembly sequence in Siemens NX, inserting motion for components with 360-degree rotations, frame-by-frame cameras, and playback controls, including constraints management and exploded views.

Learn to create and place the base view in Siemens NX CAD, adjust orientation with the X and Y axes, and automatically generate the remaining views.

Learn to use the Siemens NX CAD View Creation Wizard to draft drawings, generate multiple views, customize orientation, toggle wireframe and hidden visibility, and finalize the view setup.

Learn to work with a projected view in Siemens NX CAD by selecting the projected view, clicking, and dragging to move the view.

Explore how to use the detail view in Siemens NX CAD by zooming with scale changes (2:1, 5:1), changing orientation, labeling, and dragging to create focused portions.

Learn to create section views in Siemens NX CAD by defining an orientation with lines, flipping direction, and finishing the section using dynamic view controls.

Create and manage view breaks in Siemens NX CAD, align views with anchors, adjust gaps and offsets, and apply breaks for easy review.

Explore how to create and edit dimensions in Siemens NX CAD, showing linear dimensions, center-to-center measurements, angles, thickness, radius, and ordinate, with update and visibility controls.

Learn to create new sheets and views, insert balloons, notes, symbols, and a parts list in Siemens NX CAD essential training, then apply hatching, colors, and leaders for annotations.

Learn to manage an assembly's part list in Siemens NX CAD, drafting views, adjusting tables, and organizing white and black lists, blocks, and tablet mode for clear part documentation.

Master custom symbols in Siemens NX CAD essential training by using the insert library to place symbols, scale and rotate them, add labels, and customize prefixes and views.

Create an exploded view in drafting for an assembly, place isometric views, adjust view boundaries, and sketch a breakout section in Siemens NX CAD.

Explore how to create and edit the title block and borders in Siemens NX CAD, adjust margins and borders, set safe zones and sheet properties, and manage revision details.

Learn to create and save a custom drafting template in NX by defining borders, margins, and a title block with a logo, then apply the layout to new drawings.

Create and customize the part list in Siemens NX CAD, add columns, assign material, and adjust dimensions and views. Define the hole table origin and refine drafting preferences.

Explore how to edit and customize dimensions in Siemens NX CAD by adjusting preferences for monochrome display, text and dimension styles, units, precision, tolerance, and orientation.

Create a motion simulation for the cylinder crank assembly in NX CAD essential training, using a cylindrical joint, gravity, and a velocity driver.