Presenting all of this data in-line represents a huge simplification over the way the same knowledge was transmitted in 2D engineering drawings. Using Geometric Distancing & Tolerancing, the universal language for depicting these specifications, increases information density while simplifying explanations by resolving all your requirements into a common language you can count on downstream users understanding when you send your plans out. Use custom measurements or indicate standard component sizes for assembly stepsĪll of this information is not only present, but in 3D modeling environments, it’s presented in-line as part of the design layout.3D CAD/CAM systems allow for in-line annotation, which makes it even easier to make sure you communicate exactly what you need when sending information out to suppliers who will build your components. It’s not just the visual depiction of a working model that adds information, either. It makes project management easier when you can be sure everyone can see and interact with the end result.
One of the key advantages you gain when using 3D modeling in your manufacturing design process is the ability to then show that working system of components to the engineers, fabricators, and other skilled players in your supply chain and assembly line. When the people building components for your product can’t see how everything comes together for themselves, they often misunderstand important parts of their own process, leading to assumptions that can hinder the project. The biggest obstacle to successfully manufacturing to a precise and complex set of specifications is clear communication. Communicate Clearly with Downstream Operators That’s where 3D modeling can really help. That can be a lot to manage, and you need to be able to simplify your processes wherever possible to ensure a consistency to your product quality and to keep everyone at every stage of design and delivery on the same page about the goals and materials being used. That means each passing year requires you to do more, faster, with even more new tools and materials. On top of that, the increase in technological development toward specialization and precision is not linear, it’s accelerating. Between the wide range of new materials being developed, the increasing complexity of goods manufactured in almost every industry, and the increased sophistication of designers’ tools, they are expected to produce at a level of sophistication that breaks new territory every year. Today’s manufacturers face a lot of challenges and solutions their predecessors could only dream about.