Having to use a CAD tool that doesn’t match your needs isn’t just frustrating; it can lead to serious problems with your product development. Think about it, if you have an unsuitable tool, delays and mistakes become almost inevitable.
Having to use a CAD tool that doesn’t match your needs isn’t just frustrating; it can lead to serious problems with your product development. Think about it, if you have an unsuitable tool, delays and mistakes become almost inevitable.
For modern companies, working with multiple CAD tools is a reality. In a recent PTC survey, it was revealed that companies are using an average of 2.7 different CAD systems internally. There are several reasons that companies might be using different CAD tools. For example, different departments might have different tools that they like to use. Or, it might be that a key customer is using a different system to you, so you also need adopt their CAD software.
Working in multi-CAD environment can be a real challenge for engineering and designers. Discrepancies between different CAD tools can mean hours spent cleaning up data and ensuring that legacy data is fully integrated.
You may have been wondering how 3D CAD software Creo works with engineering calculations software Mathcad Prime 3.0. John Sheehan spoke on his blog earlier this year about how the two work together. In fact, he made it known to his readers that the integration between the two products has existed since 2006. To what extent are they integrated? Well, dimensions and parameters can be sent from Creo to Mathcad where it can be run through complex (or simple) calculations – the results of which can be returned to Creo and tied back to the dimensions and parameters.
It is only in the last few years that direct modeling has really started to come to the fore. While it has previously only been used in a few functions, many engineers and designers are now turning to a direct modeling approach in some of their work. In this blog post, we’ll out line why this is the case.
We’re very excited to announce the details of out PTC Creo Improving 2D & 3D design event. This free one-day event will be held at Brooklands museum, the birthplace of British motorsport.
Product design often happens in a multi-team setting. While there are many advantages of this, including being able to scale more quickly or access particular expertise, there are drawbacks.
Years ago, when parametric technology and features first came about, it’s not an exaggeration to say that it revolutionised the CAD industry. This technology really changed the way that engineering organisations not only developed 3D models, it also changed the way that they made amends to the drawings as well. Even recently, research has shown the benefits of building intelligence into models and modular approaches that really provide a lot of power and help automate a lot of the engineering process.
Creo parametric offers users the highest level of performance of any 3D parametric modeling software. It also gives you greater depth of capability and more option extensions to meet your specific needs. With such an impressive toolset, it’s not a surprise that we want to share this. So, we’ve made 11 tweetable facts on Creo Parametric, which are all easy to share.
Today, we’re going to look at how to create a drawing file in Creo Parametric. We’ll also look at some basic tools and features that you can use to get started with drawings in Creo Parametric 2.0.