AutoCAD

How To Get Rid Of Wipeout Border In AutoCAD?

Understanding Wipeout Borders in AutoCAD

Wipeout is a powerful feature in AutoCAD that allows users to mask objects, but the accompanying boundaries can sometimes be distracting. Below, detailed instructions are provided on how to effectively remove these wipeout borders in AutoCAD 2025.

Steps to Remove Wipeout Borders

  1. Access the Annotate Tab:

    • Navigate to the Annotate tab located on the ribbon at the top of the AutoCAD workspace.
  2. Locate the Wipeout Tool:

    • In the Markup panel, find the Wipeout tool. This is your gateway to managing wipeout options.
  3. Command Input:

    • When prompted, type F for Frames. This command provides options to modify the visibility of wipeout borders.
  4. Choose Visibility Option:
    • You will see three choices:
      • On: Displays the wipeout frames.
      • Off: Hides the frames.
      • Display But Not Plot: Shows frames in the workspace but excludes them from printing.
    • Select your desired option based on how you want the wipeout to appear in your drawing.

Removing Boundaries from Wipeout

If you want to eliminate the boundaries associated with a wipeout:

  1. Create a Polyline:

    • Draw a polyline around the area you wish to mask using the Wipeout tool. Ensure that the polyline encloses the correct region.
  2. Invoke the Wipeout Command:

    • Use the Wipeout command, and when prompted, choose the Polyline option.
  3. Confirmation of Deletion:
    • When asked if you wish to delete the polyline after creating the wipeout, respond with Yes.

Hiding Wipeout Frames

To prevent the wipeout frame from displaying:

  1. Open the Command Line:

    • First, press the Command key or navigate to the command line at the bottom of the AutoCAD workspace.
  2. Toggle Frame Display:
    • Type TFRAMES into the command line. This will toggle the visibility of the wipeout frames, allowing you to show or hide them as needed.

Functionality of Wipeout in AutoCAD

Wipeout serves a specific purpose: it masks underlying objects with the background color of your current display. The wiped area can be created in various shapes, enhancing the clarity and organization of your drawings.

Using Wipeout Commands in AutoCAD 2025

  1. Activate Wipeout:

    • You can activate the wipeout tool by typing WI or selecting Wipeout from the drop-down menu under the Draw panel.
  2. Defining the Wipeout Area:

    • Click to define the outline of your wipeout area with your cursor. After you have outlined the desired section, press Enter to finalize the wipeout.
  3. Using Polylines for Wipeout:
    • You can also convert a pre-existing polyline into a wipeout boundary, enhancing versatility in your design process.

Common Queries About Wipeout in AutoCAD

1. What happens to the wiped-out areas when printing?
Wiped-out areas with Display But Not Plot will be visible on-screen but will not appear on the printed output. This option is useful for clean layouts.

2. Can I use Wipeout in different shapes other than rectangles?
Yes, you can create wipeout areas using various shapes, including complex polygons or circles, depending on how you define your wipeout boundary.

3. How can I easily toggle wipeout frames on and off?
Simply use the command TFRAMES in the command line to switch between showing and hiding the wipeout frames quickly, streamlining your workflow.

About the author

Wei Zhang

Wei Zhang

Wei Zhang is a renowned figure in the CAD (Computer-Aided Design) industry in Canada, with over 30 years of experience spanning his native China and Canada. As the founder of a CAD training center, Wei has been instrumental in shaping the skills of hundreds of technicians and engineers in technical drawing and CAD software applications. He is a certified developer with Autodesk, demonstrating his deep expertise and commitment to staying at the forefront of CAD technology. Wei’s passion for education and technology has not only made him a respected educator but also a key player in advancing CAD methodologies in various engineering sectors. His contributions have significantly impacted the way CAD is taught and applied in the professional world, bridging the gap between traditional drafting techniques and modern digital solutions.