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Complete your mold design using specialized mold design features such as parting lines and surfaces, and core/cavity splitting as well as specialized plastic part design features such as shrinkage, draft, ribs, fastening features and lip and groove features. In SolidWorks, you can import any of the major CAD formats including IGES, STEP, Parasolid and ACIS to begin your mold designs. Then, generate precise manufacturing drawings with cut lengths for all segments. Modify, validate, reinforce your design then enhance it with standard parts that you can drag & drop from the Design Library and/or 3D ContentCentral. Sketch a layout for your frame and select a weldment profile, then SolidWorks will automatically generate a weldment design in 3D. SolidWorks does not offer this technology. IronCAD uses Drag and Drop approach to sheet metal design. Alternatively, create a solid shape as starting point then use advanced capabilities such as ‘convert solid-to-sheet metal’ functionality to develop a manufacturable sheet metal part. Using the Freeform feature, creating new geometry or importing and manipulating new surfaces are easy and intuitive.Ĭreate sheet metal parts from scratch using folds, bends, flanges, rips, tabs, miters, lofted bends, sketched bends, hems and more. Improve the aesthetics, ergonomics, and usability of your product designs. IronCAD has not trademarked this ability, it just has it. Without rendering, you can quickly create nearly lifelike, fully dynamic representations of your parts, assemblies, and completed products. Visualize and communicate your designs more clearly than ever. Drag/drop, pattern, copy and mirror features to eliminate repetitive modeling tasks. Time saving features such as holes, bosses, fillets, chamfers, slots, keyways, o-ring grooves, louvers and ribs are also provided. Edit by merely clicking and dragging geometry, or by clicking and changing dimensions. Sketch in 2D and then extrude, revolve, blend or sweep the section along a path to create any 3D geometry. Design parts as they will be positioned in the assembly to manage relationships to other parts. Speed product development from concept to production with powerful and easy-to-use 3D part modeling tools. IronCAD has embedded in it and as standalone IronCAD Draft which provides unprecedented abilities to manage, edit, reuse, and covert AutoCAD files as is or within IronCAD itself. Alternatively, use DWGeditor®-included with SolidWorks software-to edit, manipulate and maintain existing AutoCAD® DWG files in their native format. SolidWorks includes data translation tools along with help documentation for AutoCAD users, so you can smoothly convert DWG files into 3D models. There's no need to start from scratch when you want to transition a 2D drawing to a 3D model. With the Heads-up User Interface, you get a complete, customizable set of visual display and mouse-driven control capabilities that reduce design steps, minimize the need for dialog boxes, and lessen visual clutter. And integrated tutorials provide instructive workflow demonstrations along with visual cues. SolidWorks CommandManager logically groups similar functions for easy access. IronCAD is free-form in nature and the need to troubleshoot these types of “features” and "constraints" is not required to design in IronCAD. As a result, users of any experience level can be more effective and innovative. SWIFT automates time-consuming detail work and techniques, diagnosing and resolving problems related to feature order, mates, sketch relationships, and the application of dimensions.
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SolidWorks Intelligent Feature Technology (SWIFT) lets you spend time creating products that work well, instead of trying to make your software work for you.
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This table shows the Mechanical CAD Capabilities differences between IronCAD and SolidWorks Part 3/3: Design Validation Capabilities Answer IronCAD vs SolidWorks Comparison Part 1/3: Mechanical CAD Capabilities