Four subscription plans ranging from $8.2/month (120 credits) to $279.3/month (7,200 credits) when billed annually. New users receive 6 free credits with no credit card required. Credits roll over for up to 6 months.
Free Account: Sign up to get 10 free credits. Pay as you go: One-time payment to remove watermark forever. Credits valid for 180 days. Free users get unlimited free face swap features with watermark.
Key features
Ghost Mannequin - Remove models and mannequins to create 3D hollow effect
AI Fashion Model - Generate realistic try-on images without models or photoshoots
Image to Video - Turn product images into engaging videos with smooth motion
Color Change - AI recoloring tools to create product color variations
Jewelry Retouching - Refine supplier photos to catalog white
Jewelry Model - Place jewelry pieces on model templates
Flat Lay - Create clean white-background images from product photos
Face Swap - Swap faces in product images
Fashion Video - Create product videos from garment photos
Batch Editing - Process large catalogs consistently across multiple SKUs
Automatic face detection and selection
Support for multiple video formats including MP4, MOV, M4V
Web-based tool requiring no software installation
Fast AI processing for quick results
Mobile app support for iPhone and mobile devices
GIF face swap support
Customizable face selection from library or uploads
High-quality realistic face swap results
Watermark removal option with one-time payment
Priority queue with high quality image
What makes it different
Designed specifically for ecommerce product photography workflows unlike general AI image generators
Under $0.10 per image cost for high-volume sellers
Available on web, iOS, Android, and Shopify app
No studio needed - works with phone photos and simple product shots
Results ready to list in minutes without additional editing
Works directly in browser without software installation
Handles multiple faces simultaneously in one operation
Completely free to use with watermark
Advanced AI deep learning algorithms for high precision