Hello, this is BIMBOX.
In the third Internet competition held by BOX, there is a work in the Information competition area that does a good job, introducing the air duct prefabrication technology, which can improve the accuracy of the model, can improve the work efficiency of the air duct from BIM drawing to production and processing, and the engineering quantity can be accurate to the auxiliary materials related to air duct processing and air duct installation, and its scope can be applied to almost all domestic air duct production factories.
So we found the author of the work, 9676, and hoped that he could pass on the experience and technology used in this work to you, and 9676 was very willing.
He said that he is like all BIMers, are doing ordinary work in ordinary positions, if his experience can help others, less detours, is his honor, I hope that in the future BIM can realize the prefabrication of all mechanical and electrical majors, the digitalization of the construction industry, not a pit, it is just not a road to fill in, through exploration and learning we fill it together.
So after months of preparation, recording, and post-production, we recommend this course to you today, "Revit+Fabrication Duct Prefabrication Case Practice".
This course systematically talks about the whole process of using Revit software to do air duct prefabrication, which is a set of proven and feasible solutions, and on the basis of this solution, the FabricationTools plug-in is also developed, which encapsulates some links in the process into buttons in the plug-in, so that you can quickly apply this solution.
This set of plug-ins has been developed for a year, there are already more than 20 functions, the plug-in is still in the free stage, there will be plans to charge in the future, the friends who buy the course forward today's article to the circle of friends, contact the editor to get this plug-in for free.
What problems can be solved by the course of study?
The course solves the problem that the air duct processing plant uses the traditional way to do air duct segmentation is relatively inefficient, and after the pipe section is divided, the number of standard sections and special-shaped parts cannot be counted, and it cannot be directly imported into the Camduct software for nesting and writing NC code.
For construction units and consulting companies, the combination of BIM technology and air duct processing can improve the accuracy of the BIM model, make the model more suitable for the site, and improve the level of project management.
Course Chapters
The course is divided into eight chapters: learning preparation, content package production, air duct modeling, air duct segmentation, air duct numbering, air duct calculation, air duct drawing, and export processing.
Preparation for study: introduce industry-related backgrounds and different technical routes;
Content package production: Modify the content package provided by the official to meet the minimum requirements of air duct prefabrication;
Duct modeling: Describes drawing processing, introduction to the use of Revit software, modeling methods of ordinary air ducts and prefabricated air ducts, and using the market's Olive Mountain and Magicad plug-ins to quickly do air duct molding;
Duct segmentation: describes the norms and principles that need to be observed in duct segmentation;
Duct Numbering: Explain the production of prefabricated related annotation families, the use of view managers, and how to number ducts;
Air duct calculation: A small plug-in was developed to calculate the air duct area, and the air duct area obtained was close to the result calculated by Glodon installed calculation software, and the number, size, area and other information of standard sections and special-shaped air ducts in the project were counted using the Revit schedule;
Duct drawing: Explains the creation of drawings and local 3D views, annotation and export of drawings;
Export machining: Export the prefabricated model from Revit software to Camduct software for pre-processing before machining;
End Outcome and Learning Foundation
The course is an application-oriented course, which describes the entire process of air duct prefabrication from CAD drawings to Revit from the perspective of an air duct processing factory, which is a set of systematic experience ideas.
If you are a fan of an air duct processing factory, after learning this course, you will be able to use Revit to do duct modeling, duct segmentation, duct numbering, duct calculation, duct drawing, and export processing.
For this part of the friends, before the course learning, even if there is no Revit software foundation, it doesn't matter, but you need to meet the requirements of being able to use CAD software for duct segmentation, so that the course will not be too difficult to learn.
For electromechanical BIMer, theoretically you can learn it if you are proficient in Revit software, but if you have experience with one or two projects, then it will be easier to learn, but to apply the processing link in this solution, you still need to connect with the technical staff of the air duct processing plant.
This set of courses is valid forever after purchase, and can be invoiced as you go.
We will also establish an exclusive learning group, and the author 9676 will also chat with you in the group to solve the problems you encounter in learning. You can touch the fish, you can mix, but don't really cook, when you need to be on your own, you have to convince others, if the course content is in your job skill tree, light it up, scan the QR code below to buy.
If you are interested, you can take it, don't forget to join the group, there will be guidance for entering the group after purchase, and the course materials will be published in the group.
Okay, there's attitude, there's depth, this is BIMBOX, we'll see you in the next session!