Designing is a serial process involving constant switching between navigation and edit modes to achieve the desired results. To modify and visualise a 3D object, the designer uses a mouse and keyboard to navigate and position the object, then switches to the edit mode, in order to select and activate several menu choices that make the required modifications to the object. The move to this more efficient work style has reduced the amount of engineering time we spend on projects by as much as 30%, and that is purely down to the ease and speed at which we can use the tools in Inventor.’ĭesigning and visualising requires frequent interaction with the menu- and button-rich user interfaces that are standard in today’s powerful 3D software. The main benefits are fewer errors because we can visualise components from any angle and we have also found that productivity is up because we are not constantly switching between mouse and keyboard.
It also uses Autodesk Productstream PLM for data management.Īmong the benefits to the business Hyatt reports fewer design errors as well as overall productivity improvements: ‘The SpacePilots give us the ability to move around CAD models very quickly and easily. The company uses Autodesk Inventor 2009 and AutoCAD Electrical 2009 for its design work. The move to a more efficient two-handed work style using SpacePilot 3D mouse technology has dramatically cut design cycles at Douglas Equipment, one of the world’s leading suppliers of aviation towing tractors, ground support vehicles and yard shunting tractors.ĭanny Hyatt is a senior design engineer at Douglas Equipment. It engages both hands into a balanced and co-operative work style. A subtle increase or decrease in pressure accelerates or slows motion, enabling precise micro-adjustments.Ĭombining 3D mice with a conventional mouse and keyboard set-up allows for even greater flexibility and enhanced workflow. Unlike traditional mice confined to one flat plane, 3Dconnexion 3D mice enable design engineers to move in all three dimensions simultaneously, using six degrees of freedom sensor technology.īy gently lifting, pressing and turning the controller cap on the 3D mice, engineers can simultaneously pan, zoom and rotate 3D objects without stopping to select commands. Armed with the right input tools, designers and engineers can derive even more benefit from their 3D CAD systems. Yet the improvements could go further, as many forward-thinking manufacturing and engineering companies have discovered. Some companies have seen design times cut by as much as 80% since the transition to 3D and realising further productivity improvements through the reuse of design data. Generate bills of materials (BOMs) from a 3D model and to use rapid prototyping or computer aided manufacturing systems to take the time and cost out of building prototypes of finished parts. Using 3D CAD models, it is possible to detect problems much earlier in the design process through accurate visualisation by subjecting them to finite-element analysis (FEA) or computational fluid dynamics (CFD) techniques. Companies that have embraced the technology enjoy improved productivity and considerable cost savings. There are clear advantages to designing in 3D. Optimising your 3D workstation with a 3D mouse can reportedly cut design times by as much as 30% 3D CAD systems have gone a long way to improving productivity across engineering industries, yet there are still gains to be had.
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