Print-ready PDF generator for customer designs, with bleed and crop marks
Generate print-ready PDF, SVG and PNG files from customer designs automatically, with bleed, crop marks, safe zones and low-resolution warnings.
Short answer: A print-ready PDF generator converts a customer design into a production file with the correct size, 300 DPI resolution, bleed and crop marks. Prexaya does this automatically for every order from its web-to-print designer, and warns shoppers about low-resolution images and content outside the print area before they check out.
Key takeaways
- Automatic bleed, crop marks and safe zones.
- 300 DPI PDF (PDF/X compatible), SVG and high-resolution PNG output.
- Low-resolution and outside-print-area warnings at design time.
- Flat plans (free Sandbox, $29 Starter, $69 Pro, $199 Enterprise) with 0% commission per order.
Stop fixing customer artwork by hand
Manual prepress is slow and error-prone: wrong sizes, missing bleed and blurry uploads create reprints. Checking files at design time prevents most of that.
Prexaya keeps the print area visible while customers design and warns about low-DPI images, then writes the final file at print resolution.
What the output includes
- Bleed margins and crop marks
- Vector PDF with embedded fonts
- SVG cut lines and PNG exports
- Design JSON for your production system
How it works
- Set the print area. Define size, bleed and safe zones per product.
- Customer designs. Warnings appear for low-resolution or out-of-bounds content.
- File is generated. A print-ready file is attached to the order.
- Send to press. Download and print, or route to your printer.
Related
Frequently asked questions
Does Prexaya generate print-ready PDFs?
Yes. Each order includes a 300 DPI PDF with bleed and crop marks, plus SVG and PNG options.
Does it warn about low-resolution images?
Yes. Shoppers see a warning when an upload is too small for the chosen print size.
Explore Prexaya Pages & Solutions:
Note: Prexaya's interactive 3D WebGL renderer and 2D canvas editor run client-side in modern web browsers with JavaScript enabled. Please enable JavaScript for the full interactive 3D design experience.