Upload Your Clothing Photo
Upload the fashion image you want to transform. Your original photo provides the subject, pose, clothing, and overall composition for the generated result.

Create faster in the app
Transform clothing photos into xray-style fashion visuals with AI. Upload a clothing image, refine the prompt to describe the desired effect, and generate layered garment visuals while keeping the original subject and composition consistent.
Upload Your Clothing Photo
Click to browse — JPG, PNG, WEBP
JPG, PNG, WEBP
Turn an existing clothing photo into an xray-style visual by combining your image with a customized prompt.
Upload the fashion image you want to transform. Your original photo provides the subject, pose, clothing, and overall composition for the generated result.

Adjust the prompt to describe the clothing effect you want to create. Specify details such as sheer fabrics, transparent layers, garment structure, or other xray-inspired visual effects.

Generate a new version of your image with the selected clothing effect. AI transforms the garment while maintaining the key visual elements of the original photo.


Turn an existing fashion photo into a layered garment visual without recreating the image from scratch. AI reinterprets the clothing with transparent, sheer, and layered effects to create a distinctive xray-inspired appearance. Use your original clothing photos as the starting point for exploring new ways to present garment layers, materials, and construction details.
Free to Try
Change the appearance of the clothing while keeping the original subject consistent. AI preserves key elements such as the model's facial features, skin, pose, and overall composition while applying the requested xray clothing effect. This allows you to experiment with new garment treatments without changing the identity or visual character of the original fashion image.
Free to Try
Generate xray-style clothing visuals quickly and preview new ideas without lengthy manual rendering. Refine your prompt, generate another variation, and compare different clothing effects from the same source image. Fast rendering makes it easier to iterate on garment layers, transparency, materials, and other visual directions during the design process.
Free to TryExplore new ways to present garments, materials, and clothing structures across different fashion and creative workflows.
Explore different garment structures, silhouettes, layering ideas, and material treatments from an existing fashion image.
Experiment with sheer, transparent, lightweight, and layered fabric effects to explore how different materials can be presented visually.
Create distinctive xray-style fashion imagery for editorial concepts, creative campaigns, social media, and other visual content.
Use layered garment visuals to communicate clothing construction, material relationships, and garment details in presentations and educational content.
Transform apparel concepts and photos into xray-inspired imagery. Explore different garment presentations in just a few steps.
AI Xray Clothes is an AI-powered tool for transforming clothing photos into xray-style fashion visuals. It can create layered, sheer, transparent, and other xray-inspired clothing effects while preserving key elements of the original image.
Upload a clothing photo, then refine the prompt to describe the clothing effect you want. Generate the image to create a new xray-style version of your original photo.
Yes. The AI xray clothes tool produces images suitable for design reviews, client presentations, lookbooks, and editorial content. The output communicates garment construction and fabric layering in a visually distinct format that adds a new dimension to standard fashion imagery.
No. You can start with an existing clothing photo and refine the desired effect using a simple text prompt without specialized rendering software.
Fashion Diffusion offers free credits upon registration, which can be used to generate AI xray clothes visuals at no cost. Available usage and limits may vary depending on your account or plan.