snake lovertiptiptip

In this video, we'll demonstrate Solid Edge Built-in Data Management in Solid Edge ST10. Solid Edge data management is easy with built-in capabilities including instant searches, and simple revision and release management. No database software required!

Built-in Solid Edge data management provides excellent capabilities for smaller manufacturers who may be struggling to work with fast growing volumes of CAD files. Setup is really fast, you just need to place an index on the folders where you store your Solid Edge files! And no IT support is required as you don’t need to install or maintain any database software.

To learn more about Solid Edge ST10, visit: https:///www.siemens.com/plm/ST10
To try Solid Edge for free, follow this link: http://bit.ly/TrySolidEdge

The Solid Edge ST10 portfolio of products from Siemens brings every aspect of your product development to the next level. It gives you the very latest in next generation design technologies. Fully integrated flow analysis. The newest tools for 3D printing. More options for creating technical publications. Perfect control of design data at any scale. And a brand new way to collaborate on the cloud. Solid Edge ST10: shaping the future of product development.

Get more Solid Edge:
Solid Edge YouTube: http://bit.ly/SolidEdgeYouTube
Solid Edge Community: http://bit.ly/SolidEdgeUserCommunity
Like Solid Edge on Facebook: http://bit.ly/SolidEdgeFacebook
Follow Siemens PLM on Twitter: http://bit.ly/SiemensPLMTwitter
Siemens PLM LinkedIn: http://bit.ly/SiemensPLMLinkedIn

See how Siemens PLM Software helps solve the challenge of engineering cost effective seat trim cover designs in less time.

Transemic Information Technology fast grows business in specific industry.

Digital Process expands business into global markets.

Truckvan – uma empresa brasileira provedora de soluções sobre rodas do Brasil – melhorou sua produtividade em 25% adotando o Solid Edge. Veja neste vídeo como implementaram nosso software e veja o Solid Edge ajudando a Truckvan a projetar mais rápido e com mais precisão.

Looking for a better way to handle engineering change for SolidWorks? This video shows how easy it is to manage SolidWorks engineering change with Teamcenter.

Learn More: https://www.plm.automation.siemens.co...

Autodesk Inventor and AutoCAD users! See how easy it is to use product lifecycle management (PLM), whether you use Inventor or AutoCAD with Teamcenter using Active Workspace. You can quickly and easily find, share and re-use Inventor and AutoCAD designs and data. Because you’re connected with Teamcenter PLM, you can go beyond simple Autodesk CAD data management for your engineering workgroup by collaborating with people who don’t use Inventor or AutoCAD, using one simple system to support the product lifecycle from ideation to realization.

Learn more: https://www.plm.automation.siemens.co...

Looking for a better way to handle engineering change for Solid Edge? This video shows how easy it is to manage Solid Edge engineering change with Teamcenter.

Learn More: https://www.plm.automation.siemens.co...

In this demonstration, we show you how Solid Edge handles large assemblies. One of the biggest issues when working on large assemblies is how much time it takes to open and load all of the parts. Solid Edge accommodates for this by giving the user full control of exactly how a large assembly is opened using a variety of different tools. Solid Edge provides you with all the tools you need to work more efficiently in assemblies, whether your CAD model is 10 parts, 13,000 parts, or even 2.5 million parts.

To try Solid Edge for free, follow this link: http://bit.ly/TrySolidEdge

Solid Edge is a portfolio of affordable, easy-to-use software tools that address all aspects of the product development process – 3D design, simulation, manufacturing, data management and more. Solid Edge combines the speed and simplicity of direct modeling with the flexibility and control of parametric design – made possible with synchronous technology.

Get more Solid Edge:

Solid Edge YouTube: http://bit.ly/SolidEdgeYouTube
Solid Edge Community: http://bit.ly/SolidEdgeUserCommunity
Like Solid Edge on Facebook: http://bit.ly/SolidEdgeFacebook
Follow Siemens PLM on Twitter: http://bit.ly/SiemensPLMTwitter
Siemens PLM LinkedIn: http://bit.ly/SiemensPLMLinkedIn

This video will demonstrate how you can now simulate robotic machines using NX-generated milling tool paths. Robotic machines are useful for milling, polishing, linishing, deburring, and laser, plasma, and water jet cutting.

Have questions for our experts? Visit our NX for Manufacturing forum: https://community.plm.automation.siem...

Overview
The following video training series explores the details of Python parser customization in NX CAM Simulation

Basic knowledge and understanding of NX CAM, NC Code, Python, Regular Expressions and the CSE is required.

If you are a beginner with the Common Simulation Engine, it is recommended to start with the introductory training videos found here:

Understanding Machine Tool Simulation Concepts: https://community.plm.automation.siem...

NOTE: It will take almost a minute before all of the content on this page is displayed and you can scroll down. Please be patient while the previews for all videos are loaded.

Created with NX 11.0.2

Details
Contents: This video series is broken down into 3 sections, as described below. It is helpful to go through them in order at first, but having several chapters makes it easier to return to the material for reinforcement.
Learning Objectives:
1. Gain an understanding of Python parser customization in NX CAM Simulation
2. Become familiar with PLY module in CSE
3. Learn on a generic sample the basics to add and customize Lex and Yacc functions
Demo File Preparation: Save the attached sim08_mill_5ax_handson.7z file (found at the bottom of the article) locally and follow the instructions in the Session 2: Hands on sessions - 00:00:10 - First Steps: Preparing Hands On Environment
The used CAM setup and sample NC Code file is located in sim08_mill_5ax\cam_setup\
The provided sim08 sample machine found in the zip file is modified and should be used for this video series.
If you want to concentrate on the videos without coding, there is an MCF file (MyController_MCF_ToBe.7z) and the python scripts (MyController_PythonScript _ToBe_Basics.7z) with all shown modifications inside. This file is located in the sim08_mill_5ax\cse_driver\MyController\ folder.


Session/Chapter Overview
Session 1: Introduction, Overview and Theory
00:00:00 - Introduction/Overview
00:01:08 - Theory: About Parsing
00:04:57 - Theory: Configurable Parser Architecture in CSE
00:10:48 - Theory: The Lex script
00:13:07 - Theory: The YACC script
00:19:41 - Theory: CSE Python Interface
DOWNLOAD Session 1
Session 2: Hands on sessions
00:00:00 - Introduction
00:00:10 - First Steps: Preparing Hands On Environment
00:02:12 - First Steps: Checking Syntax
00:04:14 - First Steps: G0 X100
00:15:37 - First Steps: G0 X=100
00:21:55 - First Steps: Adding new axis adress
00:23:59 - First Steps: Token Sequence
00:29:43 - First Steps: Adding 'AnyCommand'
00:33:39 - First Steps: Adding parameter to 'AnyCommand'
00:37:53 - First Steps: Adding optional MCParameter to 'AnyCommand'
00:52:18 - First Steps: NC Variables
DOWNLOAD Session 2
Section 3: Debugging
00:00:00 - Introduction and Overview
00:00:33 - Debugging - NX Log file
00:01:28 - Debugging - Lex sequence checker
00:07:31 - Debugging - PLY Logger
00:08:44 - Debugging - Runtime Debugging (will be submitted later)
DOWNLOAD Session 1

Looking for a better way to handle engineering change for CATIA? This video shows how easy it is to manage CATIA engineering change with Teamcenter.

In this demonstration, we’ll look at design automation in Solid Edge. Design automation describes the ability of designers to create shortcuts within Solid Edge to quickly accomplish common tasks. These shortcuts, or automations, allow designers to work more productively, greatly reducing the amount of work that needs to be repeated. Here, we use a snow blower assembly to outline some of the more common automation tools. From configurators and families of assemblies, to sensors and assembly relationships, automation in Solid Edge provides tools for designers to be more efficient with their common workflows.

To try Solid Edge for free, follow this link: http://bit.ly/TrySolidEdge

Solid Edge is a portfolio of affordable, easy-to-use software tools that address all aspects of the product development process – 3D design, simulation, manufacturing, data management and more. Solid Edge combines the speed and simplicity of direct modeling with the flexibility and control of parametric design – made possible with synchronous technology.

Get more Solid Edge:

Solid Edge YouTube: http://bit.ly/SolidEdgeYouTube
Solid Edge Community: http://bit.ly/SolidEdgeUserCommunity
Like Solid Edge on Facebook: http://bit.ly/SolidEdgeFacebook
Follow Siemens PLM on Twitter: http://bit.ly/SiemensPLMTwitter
Siemens PLM LinkedIn: http://bit.ly/SiemensPLMLinkedIn

Solid Edge users! See how easy it is to use product lifecycle management (PLM) without leaving your Solid Edge CAD application. With the Teamcenter Active Workspace embedded in Solid Edge, you have powerful Solid Edge CAD data management at your fingertips to quickly and easily find, share and re-use designs and data. Because you’re connected with Teamcenter PLM, you can go beyond simple Solid Edge CAD data management for your engineering workgroup by collaborating with people who don’t use Solid Edge, leveraging one PLM system to support the product lifecycle from ideation to realization.

Learn more: https://www.plm.automation.siemens.co...