Thank you for your patience while we completed the final checks.
Version 2.0 is a major upgrade compared with the previous release. We took the lessons learned from the first release and version 1.3, listened to user feedback, and redesigned the workflow to make PCF export from Autodesk Revit clearer, more guided, and easier to manage.
PipeEX PCF Export 2.0 introduces:
✅ a redesigned user interface ✅ guided setup through the plug-in ✅ reusable mapping profiles ✅ improved validation tools ✅ focused repair workflow ✅ batch export capabilities ✅ a more structured Revit-to-PCF workflow
PipeEX PCF Export 2.0 is developed for teams working with Autodesk Revit piping models who need PCF output for downstream engineering workflows, including pipe stress analysis, isometric generation, and other PCF-compatible tools.
We are excited to finally share this next version with our users.
We planned to release PipeEX PCF Export 2.0 on 7 September 2026.
During the final deployment process, we encountered an issue that needs to be resolved before we make the new version available.
Because PipeEX PCF Export 2.0 is a major upgrade compared with the previous release, we are taking a little more time to complete the deployment properly and make sure the version is stable and ready for users.
Thank you for your patience and understanding.
We will share an updated release announcement as soon as the final checks are complete.
We have refined the PipeEX website—with education at the centre.
The updated learning platform makes it easier to:
✅ Choose structured learning paths for Revit, Plant 3D, AutoCAD, and PipeEX ✅ Find video tutorials by task and experience level ✅ Download Revit families, CSV tables, templates, and other lesson files ✅ Learn complete piping workflows, including documentation, PCF export, isometric production, and engineering analysis
Whether you are a student learning industrial piping for the first time or an experienced professional developing your Revit skills, you can now find the right starting point more easily.
On our LinkedIn page, we’ll share more company updates, product news, engineering workflow tips, and professional discussions around Revit and piping automation.
In this part of the piping system series, we continue with secondary steel supports for the pump discharge line.
This video covers:
placing primary supports on the discharge line creating U-shape and L-shape secondary steel supports working with reference planes like PS004, PS005, PS006, and PS007 using copy/monitor to bring in a missing civil level adjusting view range and view depth for support placement building a heavier frame where no beams or floor are available reviewing the fully supported system in 3D
In this part of the piping system series, we create a gravity flow line from the P&ID to the 3D Revit model, including:
- routing from TK-102 to TK-101
- setting a 1% slope down
- adjusting view range to control visibility
- connecting the pipe to the nozzle
- adding flanges, bolts, gaskets, and butterfly valves
- assigning valve tags HA-124 and HA-125
This new workflow is built to reduce repetitive Revit piping modeling work by up to 60%, helping turn P&ID-based intent into connected 3D piping faster.
In the preview, I walk through nozzle selection, pipe routing, flanges, reducers, gasket/bolt alignment, valve connections, branch routing, and early Connection Manager automation.
Still in development, but this shows the direction: faster modeling, cleaner connections, fewer manual steps.
00:00 Opening / 3D piping preview
00:40 P&ID reference and tagged line layout
01:20 Switch from P&ID to 3D Revit model
02:00 Select equipment nozzle connection
03:00 Start main pipe route
04:00 Add flange and reducer details
06:00 Align gasket and bolted flange assembly
08:00 Extend pipe toward next connector
09:00 Insert main valve/flange assembly
12:00 Add reducer / transition geometry
13:00 Connect valve into pipe route
15:00 Add branch / drop connection
17:00 Review completed branch and valve assembly
18:00 Configure PipeEX Connection Manager
19:00 Continue connected pipe placement
21:00 Connect pump/nozzle to pipe run
22:00 Inspect long run and expansion joint
23:00 Final valve assembly check
24:58 PipeEX outro
In this video, I walk through how to create a parametric expansion joint family in Revit using a CSV lookup table, so the geometry updates automatically when the size changes.
The tutorial covers reference planes, shared parameters, lookup formulas, flange/bellow geometry, arrayed elements, support rods, and pipe connectors.
If you work with Revit MEP, piping families, or parametric BIM content, this one is for you.
🚪 New Revit Tutorial: Parametric Gate Valve Family
Learn how to create a **CSV-based parametric gate valve family in Autodesk Revit** from scratch.
In this tutorial, we cover:
✅ Reference planes and locked constraints
✅ Revolves, extrusions, blends, and swept blends
✅ CSV lookup tables
✅ Size lookup formulas
✅ Parametric testing for different valve sizes
Perfect for Revit MEP users who want to build smarter, reusable pipe accessory families.
PipeEX
PipeEX PCF Export 2.0 is now available.
Thank you for your patience while we completed the final checks.
Version 2.0 is a major upgrade compared with the previous release. We took the lessons learned from the first release and version 1.3, listened to user feedback, and redesigned the workflow to make PCF export from Autodesk Revit clearer, more guided, and easier to manage.
PipeEX PCF Export 2.0 introduces:
✅ a redesigned user interface
✅ guided setup through the plug-in
✅ reusable mapping profiles
✅ improved validation tools
✅ focused repair workflow
✅ batch export capabilities
✅ a more structured Revit-to-PCF workflow
PipeEX PCF Export 2.0 is developed for teams working with Autodesk Revit piping models who need PCF output for downstream engineering workflows, including pipe stress analysis, isometric generation, and other PCF-compatible tools.
We are excited to finally share this next version with our users.
Need PCF export from Autodesk Revit?
Message PipeEX to request a demo or trial access.
#PipeEX #PCFExport #AutodeskRevit #RevitMEP #RevitPlugin #PipingDesign #PipingEngineering #IndustrialPiping #PipeStressAnalysis #StressAnalysis #IsometricGeneration #BIMWorkflow #DigitalEngineering #EngineeringSoftware #EngineeringAutomation #CAESARII #AutoPIPE #AutoCADPlant3D
1 week ago | [YT] | 1
View 0 replies
PipeEX
PipeEX PCF Export 2.0 — release update
We planned to release PipeEX PCF Export 2.0 on 7 September 2026.
During the final deployment process, we encountered an issue that needs to be resolved before we make the new version available.
Because PipeEX PCF Export 2.0 is a major upgrade compared with the previous release, we are taking a little more time to complete the deployment properly and make sure the version is stable and ready for users.
Thank you for your patience and understanding.
We will share an updated release announcement as soon as the final checks are complete.
PipeEX PCF Export 2.0 is still coming — just slightly later than planned.
#PipeEX #PCFExport #AutodeskRevit #RevitMEP #PipingDesign #PipingEngineering #IndustrialPiping #BIMWorkflow
2 weeks ago | [YT] | 0
View 0 replies
PipeEX
We have refined the PipeEX website—with education at the centre.
The updated learning platform makes it easier to:
✅ Choose structured learning paths for Revit, Plant 3D, AutoCAD, and PipeEX
✅ Find video tutorials by task and experience level
✅ Download Revit families, CSV tables, templates, and other lesson files
✅ Learn complete piping workflows, including documentation, PCF export, isometric production, and engineering analysis
Whether you are a student learning industrial piping for the first time or an experienced professional developing your Revit skills, you can now find the right starting point more easily.
Explore the updated learning platform:
www.pipeex.org/learn
What industrial piping or Revit topic should we cover next?
#PipeEX #Revit #IndustrialPiping #Plant3D #BIM
3 weeks ago | [YT] | 2
View 0 replies
PipeEX
🔥 Back for three weeks only!
We’re bringing back our complete Revit tutorial series on creating a universal parametric pipe-branch family that supports multiple connection types:
🔹 Tap connection: https://youtu.be/SsCSFsvbcO8
🔹 Tee connection: https://youtu.be/EmHNyBbUjEM
🔹 Olet connection: https://youtu.be/-xYVJEV91iY
🔹 Branch with a reinforcement pad: https://youtu.be/cv69LB1x64w
The full series will remain publicly available for three weeks. After that, it will be available exclusively to PipeEX channel members.
Watch it while it’s available—and save the playlist for later!
3 weeks ago | [YT] | 3
View 0 replies
PipeEX
PipeEX is now on LinkedIn!
On our LinkedIn page, we’ll share more company updates, product news, engineering workflow tips, and professional discussions around Revit and piping automation.
Follow PipeEX on LinkedIn:
linkedin.com/company/pipeex
Thank you for being part of our Learning Revit community.
2 months ago | [YT] | 3
View 0 replies
PipeEX
New PipeEX/Revit tutorial is live.
In this part of the piping system series, we continue with secondary steel supports for the pump discharge line.
This video covers:
placing primary supports on the discharge line
creating U-shape and L-shape secondary steel supports
working with reference planes like PS004, PS005, PS006, and PS007
using copy/monitor to bring in a missing civil level
adjusting view range and view depth for support placement
building a heavier frame where no beams or floor are available
reviewing the fully supported system in 3D
3 months ago | [YT] | 1
View 0 replies
PipeEX
New PipeEX/Revit tutorial is live.
In this part of the piping system series, we create a gravity flow line from the P&ID to the 3D Revit model, including:
- routing from TK-102 to TK-101
- setting a 1% slope down
- adjusting view range to control visibility
- connecting the pipe to the nozzle
- adding flanges, bolts, gaskets, and butterfly valves
- assigning valve tags HA-124 and HA-125
Watch here: https://youtu.be/uY38WvjefoA
#PipeEX #Revit #BIM #RevitMEP
3 months ago | [YT] | 1
View 0 replies
PipeEX
Dev Preview: PipeEX Connection Manager is coming.
This new workflow is built to reduce repetitive Revit piping modeling work by up to 60%, helping turn P&ID-based intent into connected 3D piping faster.
In the preview, I walk through nozzle selection, pipe routing, flanges, reducers, gasket/bolt alignment, valve connections, branch routing, and early Connection Manager automation.
Still in development, but this shows the direction: faster modeling, cleaner connections, fewer manual steps.
00:00 Opening / 3D piping preview
00:40 P&ID reference and tagged line layout
01:20 Switch from P&ID to 3D Revit model
02:00 Select equipment nozzle connection
03:00 Start main pipe route
04:00 Add flange and reducer details
06:00 Align gasket and bolted flange assembly
08:00 Extend pipe toward next connector
09:00 Insert main valve/flange assembly
12:00 Add reducer / transition geometry
13:00 Connect valve into pipe route
15:00 Add branch / drop connection
17:00 Review completed branch and valve assembly
18:00 Configure PipeEX Connection Manager
19:00 Continue connected pipe placement
21:00 Connect pump/nozzle to pipe run
22:00 Inspect long run and expansion joint
23:00 Final valve assembly check
24:58 PipeEX outro
Watch the full preview here: https://www.youtube.com/watch?v=-CIKx...
#PipeEX #Revit #BIM #PipingDesign #MEP #MechanicalEngineering #DigitalConstruction
3 months ago | [YT] | 1
View 0 replies
PipeEX
New Revit MEP tutorial is live.
In this video, I walk through how to create a parametric expansion joint family in Revit using a CSV lookup table, so the geometry updates automatically when the size changes.
The tutorial covers reference planes, shared parameters, lookup formulas, flange/bellow geometry, arrayed elements, support rods, and pipe connectors.
If you work with Revit MEP, piping families, or parametric BIM content, this one is for you.
Watch here: https://youtu.be/zHa5nET6mo0
#Revit #RevitMEP #BIM #ParametricFamily #PipingDesign #MEPDesign #RevitTutorial #PipeEX
3 months ago | [YT] | 1
View 0 replies
PipeEX
🚪 New Revit Tutorial: Parametric Gate Valve Family
Learn how to create a **CSV-based parametric gate valve family in Autodesk Revit** from scratch.
In this tutorial, we cover:
✅ Reference planes and locked constraints
✅ Revolves, extrusions, blends, and swept blends
✅ CSV lookup tables
✅ Size lookup formulas
✅ Parametric testing for different valve sizes
Perfect for Revit MEP users who want to build smarter, reusable pipe accessory families.
Watch the full tutorial here:
https://youtu.be/molk0iqUf74
#Revit #AutodeskRevit #RevitMEP #BIM #PipeDesign #ParametricFamily #RevitFamilies #MEP #BIMModeling
4 months ago | [YT] | 1
View 0 replies
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