During this webinar, we'll be reviewing new manufacturing enhancements included in the latest major installment of NX continuous release, version 1899. We’ll focus on the highlights across the entire manufacturing application, along with an in-depth examination of how the new 5-axis roughing operation subtype can be used to optimize existing programs.

NX 1899 is the latest major release, which carries with it not just enhancements and bug fixes, but entirely new features previously unavailable to NX. This webinar will begin by covering a curated selection of the general enhancements to the manufacturing application that aim to improve the overall NX experience. We'll focus on tips and tricks for navigating the new explorer dialog layout, with an emphasis on showing where all your favorite settings are now, and how to customize the layout to your preferred workflow.

Following the release enhancement overview, we'll show a detailed example of the new 5-axis roughing operation subtype. There will be a step-by-step demonstration of the setup, applications, and usage of this new feature on geometry typically encountered in advanced manufacturing situations. Our extensive experience draws from a variety of industries that help us identify the newest and best strategies. Our emphasis focuses on solving technical challenges with the latest methods and approaches available, and our goal is to share them with you.

Please join us on:
Thursday, March 12, 2020
8:30am Pacific / 11:30am Eastern

Click here to register for NX 1899 Release Overview with a Deep Dive into 5-Axis Roughing

In this tutorial video we take a look at a quick tip for NX CAM and NX 1899. In NX 1899 by default, the operation dialogue now displays in an Explorer-style layout. It's very similar to what was in previous versions of NX, but now there are several groups and the groups are very similar to previous versions with some differences. Importantly, if you've tried to create a planar mill operation in NX 1899, you may have noticed that the step over parameter is difficult to find. That's because by default in NX 1899, that parameter is hidden. In this video we show you how to turn it back on, along with some tips & tricks on how to customize your NX setup for the way you like to work and where you like items to be.


3D Printing and Additive Manufacturing webinarIn this webinar we’ll look at keeping the ‘rapid’ in your rapid prototyping. By looking at some crucial additive manufacturing tips & tricks, we’ll show how to boost your key business advantages by embracing or improving additive manufacturing in your operations, whether you’re just getting started or well down the road of 3DP.

We’ll start by giving light-weighting and topology optimization methods for creating the cleanest design files possible for 3DP-AM, with a special focus on texturing and latticing tools. We’ll then get hands on with our in-house operations using the Carbon M2 for prototyping and small batch production. We work with many different CAD methods & files every day and we’ll share the tips & tricks we’ve developed in our approach. We’ll profile our old time-consuming approaching of exporting & importing across applications, and then compare it to our new workflow.

Then we’ll dive into some live demos and you can root for something to go wrong as we show in real-time how we get things done!

Please join us for this webinar on:
Feb. 19, 2020
8:30am Pacific / 11:30am Eastern

Click here to register for Keeping the ‘Rapid' in Rapid Prototyping

Presented at our Seattle NX User's Group 2019, our NX CAM engineer Aaron Blake covered what's new in NX CAM continuous release 1872, with a focus on changes in Fundamentals, Milling, Integrated Simulation and Verification (ISV), Postprocessing, and Feature-based Machining.

Toward the end, Aaron also covers some of his core CAM tips & tricks.

In this video we are going to show how to set up your blank geometry so that your IPW will look at your OP1 set up file. We are going to set up our OP1 blank just as we would normally using part stock geometry. In this case it is a component. The key difference will be to set up your IPW position from positioning type as from part two CSYS. This will allow an anchoring point for your IPW and following operations. In this case I'm going to use the CSYS that is located within my workpiece component. This will ensure that my reference CSYS will be the same between operations.

Whether you’re a job-shop working with neutral CAD data (STEP, IGES, Parasolid, PDF, etc.) or your company is vertically integrated with design and manufacturing in-house, you need to hold the part in place with an easy to use, configurable fixture or jig. Designing custom fixtures and jigs for each new job can be time consuming, tedious, and, most importantly, costly.

One-off or small production runs vs. high-volume manufacturing and maximizing work area utilization should be considered when designing a work part holding solution. You may want to choose to use a work holding vice with custom faces for soft or hard jaws. A well designed fixture can minimize tooling costs, tool changes, and unnecessary cutting head movements to keep cutting chips instead of cutting air. You may find a "pretty close" solution from a previous job but the CAD rework is too difficult or time consuming so you design a one-off fixture. The solution is to reduce your tooling costs by leveraging reuse.

In this video demo, we showcase some fixture-building techniques using CAD tools available in Siemens CAM software packages. Using basic modeling and assembly techniques combined with NX’s powerful Synchronous Modeling toolset, you'll be able to quickly create a tool holding solution that's both associative and reusable.

This webinar was held on Thursday, August 15