What Is the Vertical Positional in CABINET VISION? (And Why It Matters)
- 1.Grain Matching Multiple Assemblies in CABINET VISION [VIDEO]
- 2.Exploring Different Edge Banding Options in CABINET VISION [VIDEO]
- 3.Draw More Efficiently When You Understand the CABINET VISION Hierarchy [VIDEO]
- 4.Simplify the Complex…with the xShaping Multiplier [VIDEO]
- 5.How to Create a Custom Built-In Microwave Cabinet with CABINET VISION: A Step-by-Step Guide [VIDEO Tuturial]
- 6.How to Add Custom Comments to S2M Part Labels in CABINET VISION
- 7.How to Quickly Design Floating Vanities in CABINET VISION: The Ultimate Shortcut
- 8.Guide to Installing and Uninstalling Keyless Licences in CABINET VISION
- 9.Using the _NOCNC Parameter in CABINET VISION: Smarter Control Over Your Parts
- 10.Mastering Part Spacing in CABINET VISION: A Step-By-Step Guide to Precision and Efficiency
- 11.How to Use Cross Sections in CABINET VISION for Clearer Drawings
- 12.How to Create Custom Pulls in CABINET VISION (Including SketchUp Models)
- 13.How to Add Custom Comments to S2M Part Labels in CABINET VISION
- 14.What Is the Vertical Positional in CABINET VISION? (And Why It Matters)
If you’ve ever spotted the term “Vertical Positional” in CABINET VISION and thought, “What on earth is that?”, you’re not alone.
In this quick tutorial, we’re unpacking what the Vertical Positional setting does, how it works, and how it can speed up your workflow — especially when you’re customizing your cabinet catalog.
Watch the video tutorial below.
Click here for video script
G’day! It’s Clayton from Planit Canada with another CABINET VISION tutorial. Welcome back. Today, I want to start with a simple question: what on earth is this “Vertical Positional” setting?
I still remember when I first started learning CABINET VISION. I would see “Vertical Positional” and have absolutely no idea what it meant. Since it did not seem to affect my everyday work in any obvious way, I just ignored it and told myself I would come back to it later. If you are anything like me back then, you might not really know what the Vertical Positional is or why it matters. This video is here to clear that up, and you will see that it is actually not complicated at all.
Let us click OK and add a wall elevation. I will place an upper cabinet: Door → Upper Right. When I place this cabinet on the wall, you will notice that it automatically attaches itself underneath the soffit. In this example, the soffit is at 12 inches, and the cabinet is sitting right under it.
Now, here is the part you might not know. If I right-click on a cabinet, choose “Save as”, then go into “Advanced”, there is a tab called “Placement”. In CABINET VISION, every single object can be saved with a specific vertical placement setting. That means that every time you go into the Object Catalog, grab that cabinet, and drop it onto a wall, it will attach itself at a height based on this vertical placement setting.
For base cabinets, that vertical placement is obviously set so that they sit on top of the floor. For upper cabinets, they are set to attach under the soffit. In this Placement tab, you will also see options called “Above positional” and “Below positional”. This is where the “Vertical Positional” comes into play.
Think of the vertical positional as an imaginary horizontal line on your wall. You can define the height of this line. When a cabinet is saved using a vertical placement that references this positional value, it will automatically attach itself to that imaginary line when you place it in the room.
For example, let us choose “Below positional” for this upper cabinet and save it as a “below positional” upper. Then we go back to the Object Catalog, open our uppers, and select the catalog where that setting was saved. When we place that cabinet, you will see it snaps to that imaginary positional line instead of under the soffit or on the floor.
If we go to Room → Room Layout, we can see that the Vertical Positional is set to 70. That means our imaginary line is at a height of 70, and the cabinet has been placed at that exact height.
Once you understand this, it can give you some ideas for how to build a custom catalog. You can create cabinets that reference different points on the wall through this Vertical Positional setting. That way, when you drop them into a room, they automatically go to the right height, which can make your design process much faster and more efficient.
Thanks for watching, and we’ll see you in the next video!
What is the Vertical Positional?
The Vertical Positional is an imaginary line on a wall in CABINET VISION. When placing objects like cabinets, this setting tells the software where to align that object vertically — above, below, or on this positional line.
It’s especially useful when creating or customizing objects for your catalog in your custom cabinet design software. For example:
- Base cabinets attach on top of the floor
- Upper cabinets typically attach under the soffit
- Other items may reference custom positional lines depending on your setup
Why You Should Care
When you understand and properly use the Vertical Positional setting, you can:
- Predefine how and where your cabinets snap to the wall
- Create smarter, reusable catalog objects
- Speed up your design process with more efficient placement logic
- Reduce repetitive manual adjustments
Step-by-Step: How to Use “Vertical Positional” in Your Catalog
Let’s walk through a simple example with an upper cabinet.
1. Place a Cabinet in Elevation View
- Open a job in CABINET VISION
- Go to Wall Elevation
- Add an Upper Right Door Cabinet to the wall
You’ll notice it snaps right under the soffit — that’s the default vertical behavior.
2. Check the Vertical Placement Setting
- Right-click on the cabinet
- Go to Save As > Advanced
- Click the Placement tab
Here, you’ll see your options for vertical placement:
- Above Positional
- Below Positional
This is where the magic happens.
3. Change the Setting (Example: Below Positional)
- Select Below Positional
- Click OK and save this version to your object catalog
This setting tells CABINET VISION, “Every time I use this cabinet, place it below the Vertical Positional line.”
4. Adjust the Vertical Positional Line for the Room
- Open Room Layout
- Set the Vertical Positional (e.g., 70 inches)
Now, when you insert your saved cabinet again:
- It automatically places itself at the 70-inch mark
Create a Smarter Custom Catalog
This technique is incredibly helpful if you’re building a custom cabinet catalog. By saving objects with specific vertical placement rules, your catalog becomes:
- More consistent
- Faster to use
- Easier for designers and engineers to work with
Wrap-Up
Understanding how Vertical Positional works gives you more control over your cabinet placements and lets you build a smarter, more efficient design environment in CABINET VISION.
