Repeat Set Generator
Convert any design into a seamless repeating pattern for textile printing.
Upload a design and get a production-ready tileable pattern in 40-60 seconds. Choose from four repeat types, adjust creativity to control how much the AI interprets your design, and preview the result in a grid view from 2x2 up to 8x8 before exporting.
Real-World Use Cases
Fabric mills scaling monthly output
A textile mill in Surat converts 200 designs into seamless repeats every month for their rotary printing line. What would take 2 designers full-time manually is handled in a few days with automated repeat generation.
Fashion brands preparing seasonal collections
A brand developing a Spring collection needs every pattern to tile perfectly across dress, shirt, and scarf formats. Consistent repeat alignment across different fabric widths (90cm to 150cm) is non-negotiable for production.
Home textile manufacturers
Curtain and upholstery producers need patterns that repeat seamlessly across 3-meter wide fabric. Any seam visibility ruins the product. Perfect alignment across wide formats is critical.
How It Works
Upload your design
Drop your image (PNG, JPEG, TIFF, or PSD). Maximum 50MB.
Choose repeat type and settings
Select block, half-drop, half-brick, or step repeat. Set grid size for preview and creativity level to control AI interpretation.
Preview and export
View your pattern tiled in a grid. Adjust if needed. Export as a tillable image or single tile.
Key Features
4 Repeat Types
Block, half-drop, half-brick, and step - all generated automatically.
Adjustable Creativity
Control how much the AI interprets your design when filling seamless areas.
Grid Preview
Preview from 2x2 up to 8x8 to check alignment before exporting.
Tillable Image Export
Export multiple repeats in one image for quality checking and production.
Frequently Asked Questions
How long does processing take?
Typically 40-60 seconds depending on image size. Manual repeat creation takes 30-90 minutes.
What is the Creativity setting?
Controls AI interpretation when filling seamless areas. Lower values stay closer to original, higher values allow creative filling.