| Dimension | Scanning UV Printing | Dreams One-pass UV printing |
| Architecture | ONE Pass & Scanning | |
| Printhead arrangement | Limited (few printheads) | Page-wide (full-width) |
| Four color Printhead wide | 53mm-720mm | 1250mm-1680mm |
| Production method | Batch | Continuous |
| Automation | Not achievable | Fully automatic |
| Production management software | None | Order system + Production Management System + IoT |
| Labor | Multiple operators | Reduced (fewer operators) |
| Machine utilization | Always very low | Very high with stable orders |
| Floor space | High (large footprint) | Lower (smaller footprint) |
| Color consistency | Machine-to-machine variation | Unified |
| High-volume orders | Limited | Designed for mass production |
| Return on Investment (ROI) | Low (low for small orders; also low when large orders cannot be produced) | High (higher ROI with larger orders) |
What are the differences between a single-pass printer and a traditional scanning printer?
With the rapid development of industrial digital printing technology, the variety of printing equipment is becoming increasingly diverse. In packaging printing, decorative building materials, advertising production, and industrial manufacturing, single-pass printers and traditional scanning printers are two common types of equipment. Although both can complete image printing tasks, there are significant differences in their working methods, production efficiency, application scenarios, and equipment structure. For enterprises, understanding the characteristics of these two types of equipment helps in choosing a more suitable solution based on actual production needs.
Dreams Onepass printer Significant Differences in Working Principles
How Many Advantages of OnePass industry printers ?
Compared to scanning printers, single-pass printers have the following characteristics:
These characteristics make OnePass industry printers an important piece of equipment in the industrial printing field.
What is Differences in Print Quality and Production Efficiency
In terms of printing quality, both types of equipment can achieve high-precision output, but the methods of achieving this different. Scanning printers, due to their multiple-pass printing, can improve detail by increasing the number of print passes, thus having an advantage in some high-precision customization scenarios. Single-pass printers, on the other hand, rely on high-density printhead arrangement High Reselotion Printheads to achieve high-resolution output, maintaining image quality while achieving higher production speeds.
How To Choose OnePass industry printers and Scnning Printer?
From a production efficiency perspective, the difference between the two is even more pronounced. OnePass industry printers can achieve continuous, non-stop production, making them suitable for long order tasks; scanning printers require multiple scanning actions during the printing process, resulting in a relatively slower overall production speed. The efficiency difference becomes more significant as order sizes increase. One-pass printer normally for Industry market,scanning printer work for sign market.
Suitable Application Scenarios for Each Type of Equipment
Different production needs correspond to different equipment choices:
Single-pass(onepass) printer:
How Companies Choose the Right Equipment
Equipment selection requires consideration not only of print quality but also of production capacity needs, budget investment, and future development plans. For businesses facing large-volume order production, single-pass printers can help improve overall production efficiency and reduce unit production costs. For businesses primarily focused on customized business and small-batch production, traditional scanning printers offer greater flexibility. As industrial digitalization continues to advance, more and more large manufacturing enterprises are adopting single-pass (onepass)printing technology to build automated production systems, while scanning and printing equipment continues to maintain stable demand in the advertising, crafts, and personalized customization markets. Making a rational choice based on one’s own business characteristics is crucial to fully realizing the value of the equipment and maximizing production efficiency.

| Item | Parameter | ||
|---|---|---|---|
| Printheads | |||
| Type | T3200U3-2 | G6 | KM9888H |
| Arrangement | 19×2 / 19×3 | 24×2 / 24×3 | 19×2 / 19×3 |
| Quantity | 38 / 57 pcs | 48 pcs | 38 pcs |
| Print Speed | |||
| Printing Solution | UV / GUV | UV / GUV | UV / GUV |
| High-efficiency Mode | 4pass: 11 s/pcs | 4pass: 9 s/pcs | 4pass: 9 s/pcs |
| Production Mode | 6pass: 17 s/pcs | 6pass: 13 s/pcs | 6pass: 13 s/pcs |
| Quality Mode | 8pass: 23 s/pcs 12pass: 45 s/pcs | — | — |
| Ink Supply System | |||
| Ink Type | UV Ink | ||
| Ink Color | CMYK / WCMYKV / CMYKLcLm / CMYKOrGr | ||
| Ink Tank Volume | 15 L per color | ||
| Ink Supply Method | Two-stage constant temperature & negative pressure | ||
| Printing Substrates | |||
| Max. Printing Width | 1224 mm | ||
| Substrates | PVC, KT board, Coated Art Paper | ||
| Substrate Thickness | 0.3 mm – 50 mm | ||
| Software System | |||
| RIP Software | FEIRY (Former EFI) | ||
| Production Software | Yilios | ||
| Image Format | PDF, TIFF, JPG | ||
| IoT System | yiliOS4 | ||
| Functional Configuration | |||
| Printing Platform | Vacuum suction table | ||
| Drive System | Substrate: 3 rails + high-speed linear motor Carriage: 10 rails + high-speed linear motor | ||
| Loading & Unloading System | Manual + auto lifting platform; Optional single-gantry automatic loading & unloading | ||
| Conveying System | Linear motor | ||
| Lifting Function | 4-screw 4-axis with heavy-duty gantry lifting structure | ||
| Auto Cleaning & Humidifying Assembly | Non-contact negative-pressure cleaning (suction nozzle type), servo motor with dual linear guide drive | ||
| Working Environment | |||
| Power Supply | Dual power: 380V / 220V | ||
| Power Consumption | Peak: 22 kW Operating: 12 kW | ||
| Air Pressure | 2.2 MPa | ||
| Temperature & Humidity | 20–30 ℃, 55–75% RH | ||
| Dimension & Weight | |||
| Machine Dimension | 7000 mm × 2400 mm × 2600 mm | ||
| Packing Dimension | 7000 mm × 2400 mm × 2600 mm ×1.12 | ||
| Machine Weight | 6250 Kg | ||
| Packed Weight | 7250 Kg |
| Selling Point Name | Selling Point Description |
|---|---|
| Fast Printing Speed | 4pass: 11s/pcs;6pass:17s/pcs;8pass:23s/pcs |
| High Printing Precision | Adopts monochrome 600dpi printing mode. High-precision carriage with adjustable error of 0.02mm. Supports 4–12pass printing. Available with image mode & solid color mode to meet diverse requirements. |
| Superior Performance for Fine Text & Barcodes | High sharpness for tiny texts. Supports ultra-small QR code printing for instant scanning. Variable data printing function available. |
| Gloss & Matte Finish Available | Supports full gloss printing solution and full matte printing solution. |
| Proprietary One-Pass Gloss & Matte Printing | Exclusive technology to print gloss and matte effects on the same substrate in one single pass. Two finishes in one print expands application scenarios without extra investment in machines, printheads or varnish. |
| 6-Color Configuration Ready | The machine reserves space for 6-color setup, allowing flexible future upgrades for varnish, spot color or white ink printing. |
| Precise Registration for Double-Sided Printing | Simple operation for double-sided printing with convenient mechanical positioning. Registration error ≤0.2mm. High efficiency & stable quality, solves the alignment difficulty of manual lamination. |
| Direct Printing on Wide Range of Materials | Direct print on various boards for reliable & efficient industrial production. Ideal for customers with tight lead times and helps handle large orders with instant production capacity. |
| Stable Ink Circuit with Multiple Patented Industrial Inkjet Technologies | Multi-stage temperature control with 3 constant-temperature systems. Three heat sources keep ink temperature & viscosity consistent to minimize color difference. Large-capacity 3-stage constant-temperature ink cartridges prevent insufficient ink supply during long-run printing. |
| Non-Contact Printhead Cleaning for Longer Service Life | Negative-pressure ink suction cleans nozzle surface. Reduces risk of physical damage to printheads and avoids foreign particles being sucked into nozzles. |
| Vivid & Accurate Colors with Lower Ink Consumption | Adopts industry-leading UV dedicated software. Printing precision increased by 30%, while UV ink consumption reduced by 40% compared with conventional printers. |
Material Combinations
Full-scenario Coverage
Service Advantages Free 3D renderings, modular split packaging, easy self-assembly without professional installers, local delivery & installation, 24h rush delivery, both sale & rental options.
Pain Points Solved vs Competitors
| Material | Common Abberviation |
| PVC Foam Board / PVC Cellular Board | PVC Board / Foam PVC |
| Kraft-Telefoam Board | KT Board |
| Polymethyl Methacrylate Sheet | PMMA / Acrylic |
| Aluminum Composite Panel | ACP |
| Medium Density Fiberboard | MDF |
| Plywood | Ply |
| Oriented Strand Board | OSB |
| Gypsum Board / Drywall | Drywall / Plasterboard |
| Fiber Cement Board | FC Board |
| Calcium Silicate Board | CS Board |
| PET Decor Panel | PET Panel |
| High Pressure Laminate | HPL |
| Sintered Stone | Sintered Stone |
| Magnesium Oxide Board | MgO Board |
| Aluminum Honeycomb Panel | Alu Honeycomb |
| Polycarbonate Sheet | PC |
| Polypropylene Corrugated Sheet | PP Corrugated / Correx |
| Lyocell Decor Panel | Lyocell Panel |