How to Remove Background in Figma Without Plugin: Native Methods 2025

While plugins can automate background removal, understanding how to remove backgrounds using Figma’s native tools gives you more control over the process and doesn’t require external dependencies. Whether you’re working in an environment where plugins aren’t available or you prefer manual control for precision work, mastering these native techniques will make you a more versatile designer.

Understanding Background Removal in Figma

Why Learn Native Methods?

Understanding Figma’s built-in background removal capabilities offers several advantages:

• No Plugin Dependencies – Work in any Figma environment without external tools
• Precise Control – Manual methods often provide more accurate results
• Learning Value – Understand core Figma tools and techniques
• Performance – Native tools typically run faster than plugins
• Reliability – No risk of plugin compatibility issues or updates
• Team Consistency – Everyone can use the same techniques regardless of plugin access

Types of Background Removal Scenarios

Different image types require different approaches:

• Simple Backgrounds – Solid colors or simple gradients
• Complex Backgrounds – Detailed textures or patterns
• High Contrast Images – Clear distinction between subject and background
• Low Contrast Images – Similar colors between subject and background
• Transparent Formats – Images that already support transparency

Method 1: Vector Tracing Technique

When to Use Vector Tracing

Vector tracing works best for:

• Simple Shapes – Objects with clear, defined edges
• High Contrast Images – Strong distinction between subject and background
• Logo Isolation – Extracting logos or graphics from backgrounds
• Geometric Objects – Items with straight lines or simple curves

Step-by-Step Vector Tracing Process

Create precise cutouts using Figma’s pen tool:

1. Import Your Image – Place the image in your Figma frame
2. Lock the Image – Prevent accidental movement while tracing
3. Select Pen Tool – Press ‘P’ or select from the toolbar
4. Start Tracing – Click around the edge of your subject to create anchor points
5. Follow the Contour – Carefully trace the entire outline of your subject
6. Close the Path – Complete the shape by connecting back to your starting point
7. Create Mask – Use the traced shape as a mask for the original image

Tips for Effective Vector Tracing

Improve your tracing accuracy and efficiency:

• Zoom In – Work at high magnification for precise edge detection
• Use Bezier Curves – Drag handles to create smooth curves instead of many points
• Strategic Point Placement – Place points at corners and curve inflection points
• Adjust as You Go – Fine-tune points and curves during the tracing process
• Work in Sections – Break complex shapes into manageable sections

Method 2: Layer Masking Technique

Understanding Figma Masking

Masking allows you to hide parts of an image without permanently deleting them:

• Non-Destructive – Original image remains intact
• Editable – Masks can be modified or removed later
• Flexible – Combine multiple masking techniques
• Layer-Based – Works with Figma’s layer system

Creating Effective Masks

Build masks that cleanly separate subjects from backgrounds:

1. Create Shape Layer – Draw a shape that covers your desired visible area
2. Position Shape – Place the shape precisely over your subject
3. Select Both Layers – Choose both the image and the shape
4. Create Mask – Right-click and select “Use as Mask” or use Ctrl/Cmd + Alt + M
5. Refine Edges – Adjust the mask shape as needed for perfect fit

Advanced Masking Techniques

Use sophisticated masking approaches for complex images:

• Multiple Masks – Combine several masks for complex shapes
• Gradient Masks – Create soft edges with gradient-filled shapes
• Inverted Masks – Use masks to hide backgrounds instead of revealing subjects
• Nested Masking – Apply masks within masked groups for complex effects

Method 3: Manual Selection and Deletion

When Manual Selection Works Best

Manual selection is effective for:

• Vector Graphics – SVG files where you can select individual elements
• Simple Compositions – Images with easily selectable background areas
• Grouped Objects – Designs where background elements are grouped
• Text-Based Designs – Layouts where you can select and delete background text or shapes

Selection Techniques in Figma

Master Figma’s selection tools for efficient background removal:

• Direct Selection – Click on individual elements to select them
• Marquee Selection – Drag to select multiple elements in a rectangular area
• Lasso Selection – Not available in Figma, but use multiple clicks for irregular selections
• Layer Panel Selection – Select elements through the layer panel for precision

Method 4: Blend Mode Techniques

Using Blend Modes for Background Removal

Certain blend modes can help isolate subjects from specific background types:

• Multiply – Removes white or light backgrounds
• Screen – Removes black or dark backgrounds
• Difference – Highlights differences between layers
• Exclusion – Similar to difference but with softer contrast

Blend Mode Workflow

Apply blend modes strategically for background removal:

1. Duplicate Image – Create a copy of your original image
2. Apply Blend Mode – Try different blend modes on the duplicated layer
3. Adjust Opacity – Fine-tune the effect with opacity adjustments
4. Add Effects – Combine with other effects like color adjustments
5. Mask if Needed – Use masking to limit the blend mode effect to specific areas

Method 5: Color Replacement Technique

When Color Replacement Works

This technique is effective for backgrounds with consistent colors:

• Solid Color Backgrounds – Uniform background colors
• Green Screen/Blue Screen – Chromakey-style backgrounds
• High Contrast Scenarios – Clear color distinction between subject and background

Color Replacement Process

Replace background colors with transparency:

1. Identify Background Color – Note the exact color of the background
2. Create Color Layer – Add a rectangle with the same background color
3. Use Difference Blend – Apply difference blend mode to highlight non-matching areas
4. Create Mask from Result – Use the resulting contrast to create a selection mask
5. Apply to Original – Use the mask on the original image to remove background

Method 6: Frame Clipping Technique

Using Frames as Clipping Masks

Leverage Figma’s frame system for quick background removal:

• Precise Boundaries – Define exact visible areas
• Easy Adjustment – Resize frames to change visible content
• Multiple Images – Apply same frame to multiple images
• Responsive Design – Frames adapt well to different layouts

Frame Clipping Workflow

Use frames to hide unwanted background areas:

1. Create Frame – Draw a frame around your desired visible area
2. Size Precisely – Adjust frame to exactly match your subject
3. Move Image Inside – Drag your image into the frame
4. Adjust Position – Position the image within the frame for optimal visibility
5. Enable Clip Content – Ensure the frame clips content at its boundaries

Combining Multiple Techniques

Hybrid Approaches

Combine different methods for complex background removal:

• Rough + Refined – Start with quick masking, then refine with vector tracing
• Multiple Masks – Use different mask types for different parts of the image
• Blend Mode + Masking – Combine blend modes with manual masking
• Frame + Vector – Use frames for rough cropping, vectors for precise edges

Workflow Optimization

Develop efficient workflows for different image types:

• Assessment First – Quickly evaluate which method will work best
• Progressive Refinement – Start with quick methods, then add precision
• Save Versions – Keep copies at different stages of the process
• Template Creation – Build reusable templates for common scenarios

Quality Control and Refinement

Checking Your Results

Ensure high-quality background removal:

• Edge Quality – Zoom in to check for jagged or imprecise edges
• Color Fringing – Look for unwanted color halos around edges
• Missing Areas – Ensure all intended areas are properly removed
• Smooth Transitions – Check that masks create smooth, natural-looking edges

Common Refinement Techniques

Improve the quality of your background removal:

• Edge Feathering – Soften harsh edges with subtle blur effects
• Color Correction – Adjust colors to remove background color spill
• Shadow Recreation – Add artificial shadows to improve realism
• Lighting Adjustment – Modify lighting to match new background context

Troubleshooting Common Issues

Dealing with Difficult Edges

Handle challenging edge cases:

• Hair and Fur – Use multiple overlapping masks with varying opacity
• Transparent Objects – Maintain transparency while removing background
• Motion Blur – Work with blurred edges caused by movement
• Reflection and Shadows – Decide whether to include or exclude these elements

Performance Optimization

Maintain good performance during complex background removal:

• Work with Copies – Always work on duplicated layers
• Reduce Image Size – Work with smaller images when possible
• Flatten When Done – Combine layers to reduce file complexity
• Clean Up – Remove unnecessary layers and elements

Alternative Approaches and Workarounds

Creative Solutions

Think beyond traditional background removal:

• Design Around Background – Incorporate existing background into design
• Overlay Techniques – Use overlays instead of removing background
• Artistic Effects – Turn background removal challenges into creative opportunities
• Collage Approach – Combine multiple images creatively

Time-Saving Strategies

Efficient approaches for common scenarios:

• Template Library – Build a library of masking templates
• Batch Processing – Apply similar techniques to multiple images
• Style Guides – Document successful techniques for team use
• Component Systems – Create reusable masking components

When to Use Plugins vs. Native Methods

Plugin Advantages

Understand when plugins might be more efficient:

• AI-Powered Accuracy – Machine learning for complex edge detection
• Speed for Batch Work – Processing many images quickly
• Specialized Algorithms – Advanced techniques not possible with native tools
• Automated Workflows – Hands-off processing for routine tasks

Native Method Advantages

Benefits of mastering Figma’s built-in tools:

• Creative Control – Complete control over every aspect of the process
• No Dependencies – Work anywhere without plugin requirements
• Learning Value – Builds fundamental design skills
• Consistency – Results depend on your skill, not plugin algorithms

Conclusion

Learning to remove backgrounds in Figma without plugins gives you valuable skills and creative control over your design process. While plugins can be efficient for certain tasks, mastering native techniques ensures you can work effectively in any environment and have complete control over the quality and precision of your results.

The key to successful background removal is choosing the right technique for each specific image and situation. Practice these various methods to build your skills and develop an intuitive sense of which approach will work best for different types of images and design contexts.