Desktop Engineering: Video- PTC Creo View MCAD 1.0

By ADMIN | Published: JAN 5, 2012

Watch a demonstration where Kenneth Wong, Senior Editor of Desktop Engineering Magazine, reports on Creo View. He takes a look at one of the included examples in the software of a GPU and experiments with some of Creo View’s tools.

Examining a GPU in Creo View

Watch the demonstration here.

Desktop Engineering: A Quick Look at PTC Creo View 1.0 (MCAD)

By ADMIN | Published: JAN 3, 2012

Creating a Quarter Cut using the Cross-Sectioning Tools in Creo View

“Creo View uses a native file format, along with several neutral 3D formats (IGES, STEP, VRML, and STL among them) and graphics formats (JPEG, TIFF). Keep in mind that, if you choose to work in Lite mode, you’ll be limited to fewer options. Assemblies load and respond to rotation commands fairly quickly, making the viewer a better alternative for inspecting, annotating, and animation 3D design files if you don’t plan to edit geometry.

Along with normal inspection tools (zoom, pan, rotate), you also get cross-sectioning tools and animation tools (Translate to drag and reposition components manually; explode to automate the process). Cross-sectioning command lets you drag a plane along an axis to reveal the inside of your assembly design. (You need to drag and cutting plane, not the arrow. The arrow is a direction indicator, not a drag-handle, as I quickly discovered.) Creo View gives you the option to perform quarter cuts, by using a combination of two cutting planes.”

Read the full article here.

PTC Product Update

By Charles Clarke

Product design and development software leads from the front with a sometimes unbelievable rate of development. The last few months have seen some significant updates to PTC’s offerings across design, development and PLM. Charles Clarke takes a look for TCT.

Well here we are at the first release of Creo, the new design and development platform from PTC. If you’re a parent, it’s also appropriate at this time of year as June/July is ‘School Report’ time. So how did they do?

Read the full article

Creo 1.0: Just the app’s mam: Creo View ECAD

By Geoff Hedges | Published: May 20, 2011

We’ve all heard “A picture is worth a thousand words” – the idea that a complex idea can be conveyed with just a single still image. It also aptly characterizes one of the main goals of visualization, namely making it possible to absorb large amounts of data quickly. One of the biggest issues facing many manufacturers today is how to efficiently share the large volume of digital product content created throughout the product development process to all those involved, at the right time, right place, and right way. And in today’s world, that digital product content is a myriad of mechanical, electrical, electronic, MS Office documents, 2D and 3D forms.

Be it for communication, collaboration, inspection, or approval, providing visualization tools to all those involved in product development maximizes productivity, increases the opportunity to fix problems early, and leads to better products. And with Creo 1.0, we’re providing a broad range of viewing apps, including Creo View MCAD and Creo View ECAD, together with range of extensions to meet the broadest set of needs.

Now as a Mechanical Engineer (or spanner as we’d be called by the sparks), I’d normally focus on the MCAD viewing apps first, but Mark Caradonna, Product Manager at PTC,  insisted we discuss Creo View ECAD. [Ed-We’ll describe Creo View MCAD in a later article.]




GH: What is Creo View ECAD?

Caradonna: Creo View ECAD is a standalone viewing app for those who want to view, interrogate, and mark up ECAD data. It works out-of-the-box with the other Creo apps, but can also complement non-Creo environments as it can handle all common ECAD formats. For example, users can directly load Cadence .brd files or Mentor DxDesigner project files directly.

GH: Who would typically use Creo View ECAD?

Caradonna: As most products now include electronics, manufacturers see ECAD design just as critical as the mechanical design. But more than 50% of today’s electronic designs must be changed after prototype testing due to problems that were not identified and communicated, adding costly design spins. Companies want to ensure effective design reviews and achieve fewer design spins. Creo View ECAD allows users within engineering, design, fabrication, test and assembly to quickly verify electronic design content that was developed in the ECAD tools.

GH: Does each user have different needs?

Caradonna: Yes, but they’re served by one app. For example, for Electrical Engineers, Creo View ECAD can support design reviews for placement and routing, for Mechanical Engineers, it can provide a more accurate view of the ECAD design, for Manufacturing Engineers it provides a way to check designs earlier to make sure they can be manufactured.  For those in testing, it can be used to view and identify faults much quicker without needing to use paper plots.

GH: What are the highlights of Creo View ECAD?

Caradonna: Here’s what I’d say are the five highlights of Creo View ECAD:

1. Consistent improved UI and user experience across all the Creo apps (easier to learn and use). Browse locally or via Windchill for schematic or physical PCB CAD databases, without using ECAD design tools, for library, schematic, PCB and BOM data
2. Query one or many intelligent design data objects including component, pin and net attributes
3. Follow net connectivity across the schematic to PCB by pin fx., (identify bad signal sources)
4. Communicate changes, comments, or red-line data in multiple languages to the EDA tool user
5. Cross-select components, keep in/out regions, and holes to and from the PCB Layout and the 3D mechanical view of the product (this requires Creo View MCAD or Creo Parametric)– so that you can view the areas of interest in both representations simultaneously.