Repair images by inpainting with text prompts
Enhance blurry images to improve clarity
Restore and enhance images using human instructions
Repair images by inpainting missing or unwanted parts
Blind Image Restoration with Instant Generative Reference
Repair images by giving prompts and masks
Repair image defects by masking and inpainting
Restore blurred or small images with prompt
Restore and enhance image quality
Magic object removal or correcting your image
Transform images to vintage film styles
Enhance and restore old photos and AI-generated faces
Enhance or restore your images by selecting a task
FLUX.1 [Inpainting] is an AI-powered tool designed to repair and restore images by inpainting damaged or missing areas. It leverages advanced AI technology to seamlessly fill in gaps or remove imperfections in photos, making it ideal for restoring old or degraded images. With text prompts, users can guide the inpainting process to achieve desired results.
• Text-based inpainting: Use text prompts to describe the desired repairs or additions to the image.
• Advanced AI algorithms: Sophisticated models analyze the image context to create natural, seamless repairs.
• Damaged area detection: Automatically identifies and targets areas that need restoration.
• Customizable output: Adjust settings to match the style and texture of the original image.
• Multi-format support: Works with popular image formats like JPG, PNG, and more.
• User-friendly interface: Intuitive design makes it accessible for both beginners and professionals.
What file formats does FLUX.1 [Inpainting] support?
FLUX.1 supports common image formats including JPG, PNG, BMP, and TIFF.
Can I use FLUX.1 [Inpainting] for non-photographic images?
Yes, FLUX.1 works with any digital image, including artwork, scans, and digital graphics.
How detailed should my text prompts be?
Text prompts should be clear and specific. For example, instead of "Fix photo," try "Restore the torn edge on the left side to match the original texture." This helps the AI generate more accurate results.