How to Remove Objects from Images in Figma (Complete Guide)

Removing unwanted objects from images has traditionally required switching to dedicated photo editing software like Photoshop. However, with AI-powered Figma plugins, designers can now perform professional-grade object removal without leaving their design environment.

Why Remove Objects in Figma?

Design workflows often require quick image edits—removing unwanted elements from product photos, cleaning up mockup backgrounds, or eliminating distracting objects from hero images. Traditionally, this meant context-switching to Photoshop or other dedicated image editors, disrupting the creative flow.

Figma plugins for object removal solve this problem by bringing AI-powered inpainting technology directly into your design workspace. This integration offers several advantages:

• Eliminate context switching between applications
• Maintain design workflow continuity
• Process images 10x faster than traditional methods
• No additional software licenses required
• Real-time preview and iteration

Step-by-Step: Using Object Removal in Figma

1. Install the Imgour Object Remover Plugin

Navigate to the Figma Community and search for "Imgour - Object Remover" or visit the plugin page directly. Click "Install" to add it to your Figma workspace. The plugin is completely free and requires no account creation or sign-up process.

2. Select Your Image

In your Figma file, select the image layer containing the object you want to remove. The plugin works with any image format supported by Figma, including JPEG, PNG, and WebP files. Ensure the image is selected as a single layer—the plugin cannot process images within groups or frames directly.

3. Launch the Plugin

Right-click on your selected image and choose "Plugins" from the context menu, then select "Imgour - Object Remover." Alternatively, use the keyboard shortcut (Cmd/Ctrl + /) to open the quick actions menu and search for the plugin name.

4. Brush Over Unwanted Objects

The plugin interface presents your image with a customizable brush tool. Adjust the brush size using the slider control to match the scale of objects you're removing. Paint over any unwanted elements—people, objects, watermarks, or blemishes. The red overlay indicates the masked area that will be removed.

For best results, slightly overlap your brush strokes and extend the mask slightly beyond the object's edges. This provides the AI algorithm with sufficient context for accurate inpainting.

5. AI Processing

Once you've marked all objects for removal, the plugin automatically processes your request. The AI analyzes the surrounding context and intelligently fills the masked areas with content that matches the background. This process typically takes 5-15 seconds depending on image size and complexity.

The underlying technology uses advanced inpainting algorithms that understand image structure, textures, and patterns. The system generates contextually appropriate fills rather than simple cloning or blurring.

6. Review and Refine

After processing, review the results. If certain areas need additional work, you can use the undo feature to restore the previous version and refine your mask. The plugin supports iterative editing, allowing multiple removal passes on the same image.

Best Practices for Object Removal

Work with High-Resolution Images

Higher resolution source images provide better results. The AI algorithm has more pixel data to analyze and generate fills from, resulting in cleaner, more realistic output. Aim for images at least 1920px on the longest edge for professional results.

Simple Backgrounds Yield Better Results

Object removal works best when the background behind the unwanted element is relatively uniform or has predictable patterns. Solid colors, gradients, simple textures, and repeating patterns are ideal. Complex, detailed backgrounds may show subtle artifacts around the removal area.

Remove One Object at a Time

For images with multiple unwanted elements, process them sequentially rather than marking everything at once. This approach gives you better control and allows you to evaluate each removal individually. The plugin maintains edit history, enabling easy reversal if needed.

Extend Mask Slightly Beyond Object Edges

When masking objects for removal, extend your brush strokes slightly beyond the object's visible edges. This technique, called "edge feathering," prevents visible halos or outlines in the final result by ensuring complete coverage of the object and its shadow or reflection.

Common Use Cases

Product Photography Cleanup

E-commerce designers frequently need to remove props, stands, or unwanted reflections from product photos. The plugin streamlines this workflow, enabling rapid cleanup of entire product catalogs without leaving Figma.

Mockup Preparation

When creating design mockups, stock photos often contain distracting elements. Remove people, signs, or branded items from environmental shots to create cleaner, more focused mockup backgrounds that don't compete with your design.

Marketing Asset Creation

Marketing teams can quickly adapt existing photography by removing outdated elements, seasonal decorations, or specific products. This extends the usability of your photo library and reduces the need for costly reshoots.

Watermark and Logo Removal

For internal mockups and presentations (never for final client work with copyrighted material), the plugin can remove watermarks from stock photos during the design exploration phase. Always purchase proper licenses before using images in production.

Technical Considerations

The Imgour Object Remover plugin uses cloud-based AI processing, which means it requires an active internet connection. Image data is transmitted securely via HTTPS to the processing server, where the inpainting algorithm runs, and the cleaned image is returned to Figma.

Processing time varies based on image resolution and server load, typically ranging from 5-15 seconds. The plugin maintains image quality by preserving the original resolution and using high-quality JPEG encoding (95% quality) for the output.

Limitations and Alternatives

While AI-powered object removal in Figma is highly effective, it has limitations. Complex scenes with intricate backgrounds, transparent objects, or highly detailed textures may require manual retouching in dedicated photo editing software.

For production-critical work where absolute pixel perfection is required, consider using the plugin for initial cleanup and then performing final refinements in Photoshop. However, for most design workflows—mockups, presentations, and iterative concepts—the plugin delivers professional results without additional tools.

Conclusion

Object removal in Figma represents a significant workflow improvement for designers. By eliminating the need to switch between applications for basic photo editing tasks, teams can maintain creative momentum and iterate faster. The AI technology powering these tools continues to improve, delivering results that rival dedicated photo editing software for many use cases.

The Imgour Object Remover plugin is completely free, requires no sign-up, and integrates seamlessly into existing Figma workflows. For designers who regularly work with photography, mockups, or marketing assets, it's an essential addition to the plugin library.