# ceiling-design-draw-a-tray-ceiling-with-slanted-edges

> Learn to design tray ceilings with slanted edges using guide positioning, offset modeling, and section editing tools. Achieve stunning results easily. Try now!

- **URL**: https://www.coohom.com/helpcenter/ceiling-design-draw-a-tray-ceiling-with-slanted-edges
- **Locale**: en_US
- **Updated**: 2026-06-16

## Content

In the ceiling editor tool, using operations such as guide line positioning, offset modeling, section editing, and adding oblique angle of line, you can quickly draw a tray ceiling with slanted edges and achieve an ideal design effect.

⭐Before reading the article, it's recommended to watch the video tutorial first to get started quickly\~

 \[Video URL\](https://www.youtube.com/watch?v=yW1ZJmovv08)

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For Users
=========

All users

Entrance
========

Select the ceiling surface and click to enter **Ceiling Editor.**

![](//qhstatic-sg-s3.coohom.com/image/png/1775112284052/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

Drawing a Tray Ceiling with Slanted Edges
=========================================

1. On the **Ceiling Editor** page, Add guides first, then use the **Straight Line** tool to draw out the curtain box area.

![](//qhstatic-sg-s3.coohom.com/image/gif/1775117908395/D0F6A7934A629582CB972C4F55C2A615.gif)

2. Click the **Offset** tool in the top toolbar, then click anywhere on the ceiling surface, input the offset value, and press the **Enter** key to confirm.

![](//qhstatic-sg-s3.coohom.com/image/gif/1775117954562/435B495D2CC0DB3743BE6523FD081D5D.gif)

3. Click the rectangular area generated after offsetting, and set the **Extrusion**value in the lower-right corner.

![](//qhstatic-sg-s3.coohom.com/image/png/1775117984063/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

4. Next select the modeling line and click to enter **Section Editing**.

![](//qhstatic-sg-s3.coohom.com/image/png/1775119005488/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

5. At the top of the left material bar, search for **the Oblique Angle of Line** , then click and drag the desired line to the target position. Adjust the chamfer line size as needed, and click **Done** after adjusting.

![](//qhstatic-sg-s3.coohom.com/image/png/1775119145362/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

![](//qhstatic-sg-s3.coohom.com/image/png/1775119180708/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

6. Select the configured modeling line, click **Duplicate** , and then **Paste Into Current Styling Area**.

![](//qhstatic-sg-s3.coohom.com/image/gif/1775119377854/8B92EAD58843012015ACE668614C773A.gif)

7. After completing the settings, you can drag and enlarge the top-right viewport to check the effect and see if adjustments are needed.

![](//qhstatic-sg-s3.coohom.com/image/png/1775119532640/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)8. If no adjustments are needed, click **Exit** **with** **Save**at the top-right corner. After rendering, you will get a satisfactory rendering.

![](//qhstatic-sg-s3.coohom.com/image/png/1775119638620/A8CEBABD0663ECBAEEE7516DF7A7D2B5.png)

* The final effect is shown below:

![](//qhstatic-sg-s3.coohom.com/image/jpeg/1775206567644/780100DB193D87DB52BCD9BE20926573.jpg)