PlantSpecDriven lets you assign catalog data from AutoCAD Plant 3D pipe classes to your P&ID symbols. This makes it possible to generate bills of materials directly from your P&ID drawings.
In the next phase, you can insert the P&ID symbols with the assigned data into your AutoCAD Plant 3D drawings. During this process, PlantSpecDriven checks for inconsistencies between P&ID and 3D. Equipment and their nozzles can also be linked and checked for inconsistencies.
PlantSpecDriven links P&ID symbols with AutoCAD Plant 3D pipe class data and checks consistency between P&ID and 3D models.
Highly customizable
PlantSpecDriven lets you assign AutoCAD Plant 3D pipe class catalog data to P&ID symbols and adapt the workflow to your project structure and data requirements.
Validates P&ID with 3D
Insert P&ID symbols with assigned data into AutoCAD Plant 3D drawings and let PlantSpecDriven check for inconsistencies between P&ID and 3D, including equipment and nozzle connections.
Bills of materials from P&ID
Use the assigned pipe class data to generate bills of materials directly from your P&ID drawings before moving into 3D detailing.
P&ID to Plant 3D insertion
Transfer symbols with assigned catalog data into AutoCAD Plant 3D drawings as part of a controlled, consistency-checked workflow.
Equipment and nozzle linking
Link equipment and nozzles as part of the model handover and include them in the consistency checks between P&ID and 3D.
Catalog-driven symbol assignment
Map Plant 3D pipe class catalog data to your P&ID symbols so relevant component information stays connected throughout the workflow.
References
What customers say about auxalia PlantTools
References
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"We recorded a 25% time saving in our 3D piping work and reduced the error rate to a minimum. With PlantTools, our daily work has become much easier."
Gerhard Kaiper
Vogelbusch Biocommodities, Austria
Questions about PlantSpecDriven?
Tell us which P&ID, bill-of-materials, or data-consistency workflows matter for your project, and our team will get back to you.
