In this video we examine the definition of smoothness. We examine the creation of a lerp and in so doing gain an understanding of how studio splines by poles work. It's very cool.

Simple yet powerful techniques are used to make a generic key cap that can be changed very rapidly. The fully parametric paradigm is augmented with PMI.

We use the offset curve function and the "swept" command to create a very nice vase model.

In this video we explore the isoparametric curve and blend curve on surface to create an amazing hatchway.

A powerful new tool has been added to the latest version of NX. Check out Transfer Voids

The use of AI in conjunction with NX and 3D printing yields an amazing result

We use Product Interface command along with the wave PMI linker to show how we can have tow models to emulate different phases of the manufacturing process. This is a part of Model Based Definition.

Using morse code and some powerful techniques we've hidden a message in plain sight. See if you can read it right away.

This video shows how to use the law curve, extrusion, pattern geometry and intersect command to create a very satisfying piece of geometry.

When manipulating hinges and other sub-assemblies with moving parts, one may use the move component command if the setting is on "anywhere in assembly"

The Model Based Definition paradigm is helping many companies to be more profitable. This video demonstrates the process required to create regions.

In a previous post regarding creating an epicyclic gear system using a layout a slow epicycle was created and animated. This one is faster.

In this video we create and animate an epicyclic gear train, then animate it. We also show you how to drive it using the product interface command.

Using the "Animation Designer", models of gears and gear ratios can be easily modeled and analyzed.

A number of modeling commands are quilted into a technique that enables the creation of a difficult geometry.

The "Apply to Used" command is no longer available. In order to create new arrangements in NX 2506 one must use a new technique. Please watch, like and subscribe.

The assembly cut feature in Siemens NX allows you to manipulate geometry in a way that affects only the assembly, simplifying the process of creating cuts without altering individual components.

If you want to save a huge amount of time working on NX assemblies in NX 2506 use component groups. It enables you to open only what you need and leave the rest of the assembly unloaded. This can save hours.

In this video we explore how to use the new command called "Label as Modeling Component"

In this video, Steve begins to learn NX machining - Taught by an expert.

Using the Animation package and the wave geometry linker

VSA tolerance stackup analysis is a powerful tool for evaluating how manufacturing variations can impact product assembly and quality.

In this video we use the Assemble command in NX 2506 to put together a set of pullies - big fun!

Using Realize Shape, class A surfaces are easy to create. Using a variety of other tools one can create an very impressive "Blobject".