- HOW TO USE IRON CAD ASSEMBLY FULL
- HOW TO USE IRON CAD ASSEMBLY SOFTWARE
- HOW TO USE IRON CAD ASSEMBLY PLUS
Shannon McCall is president of Multiple Discipline TechnologyGroup ( which provides engineering, homeland-security, alternative-energy research and development, and construction and information-technology services.Flexible CAD Assembly and Part File Management | IRONCAD, Machinery Design, Modular Design, CAD, Equipment Design, MCAD, Assembly Management
HOW TO USE IRON CAD ASSEMBLY SOFTWARE
The software comes from IronCAD LLC, 700 Galleria Pkwy., Suite 300, Atlanta, GA 30339, (800) 339-7304, Thus, they don't need an additional PDM system to manage individual part and assembly files. Users can save project data in a single file, eliminating the requirement for links and making data more portable. Lastly, IronCAD handles large data loads such as projects containing anywhere from 400 to 3,000 linked parts.
HOW TO USE IRON CAD ASSEMBLY FULL
Designers can add animations to visualize full motion, testing real-world function without expensive prototypes. Dragging a part that might be a driver, such as one link in a four-bar linkage, lets users see the motion of follower parts in mechanisms. Users create these by adding constraints to parts and assemblies and "running" the mechanism mode. In addition, the CAD software makes it simple to analyze interferences and generate full-motion scenarios. IronCAD also works with other Algor programs for advanced analysis.
Any changes to parts are updated in DesignCheck, while maintaining the applied mesh and loads. It includes Algor's DesignCheck FEA program, which directly loads IronCAD parts.
HOW TO USE IRON CAD ASSEMBLY PLUS
IronCAD, on the other hand, lets users define a stretch target by simply using a plane and typing in an amount of stretch.Īnother plus is the software's design analysis.
A history-based CAD system would force users to predict such changes before building the frame - not a simple task. For example, a user might have to extend the length of a steel-tube frame that consists of multiple parts and assemblies. The latter lets users quickly expand an entire part or assembly along a defined direction. Other notable features include SmartAssembly, DesignVariations, and IntelliStretch. Right-click menus provide shortcuts for aligning objects and can even generate linked, independent copies, or patterns of geometry. For example, select an axis and this restricts part movement and rotation on, or about, the chosen direction. Its three-axis directional capability lets users place geometry anywhere using numerical measurements or visual cues.
Additional native translators are available for reading and writing Catia V5 and PTC's Granite, which supports Wildfire.Īlso helpful is the TriBall, IronCAD's patented positioning tool. And models seamlessly import using a wide variety of included translators. I can delete or rearrange geometry without hours of rearranging parent-child relationships. IronCAD helps speed the design by making it simple to remove unnecessary components. The accurate positioning of accelerator components is critical, so geometry in my model seems to constantly change. Users can simplify or reorganize assemblies and parts with no danger of damaging design intent, destroying models, running into regeneration errors, or worrying about failed features, regardless of whether models are native or imported.įor example, I'm currently working on a particle accelerator for Oak Ridge Labs in Tennessee. And geometry manipulation is a breeze because parent-child relationships don't govern the model. For one thing, it sports a drag-and-drop 3D interface that lets users conceptualize designs faster.