The primary distinction between single-pass and multi-pass printing is the number of passes the print head makes over the material to produce an image. Single-pass printing deposits all required ink in one continuous motion, leading to faster speeds but possibly lower resolution. Multi-pass printing, on the other hand, involves the print head making several passes over the same area, which allows for higher resolution and potentially better color accuracy, albeit at a slower pace.
Core Technical Differences
| Feature | Single-Pass (e.g., XMS-H2 ONEPASS) | Multi-Pass (e.g., 2513Flatbed printer) |
| Printing Mechanism | Fixed printhead; substrate moves on a conveyor belt | Printhead scans back-forth over stationary substrate |
| Speed | 50 meters/minute (ideal for mass production) | 5–20 meters/minute (slower due to scanning) |
| Resolution & Quality | 600–1200 dpi; excels in batch consistency | Up to 1200 dpi; better for gradient/artwork |
| Dot Control | High droplet accuracy (minimizes misalignment) | Uses techniques like MWDT to reduce banding |
product key technologies
Choose ONEPASS If:
Faster printing speeds are achieved as the material only needs to pass once under the print head.
Applications:
High-volume printing, industrial printing, packaging, textiles.
Choose Multi-Pass If:
Achieving higher resolution and better color accuracy is possible through multiple passes and ink layering.
Applications:
Photo printing, proofing, art printing, and situations where high print quality is prioritized over speed.
One-stop inkjet printer Factory in China