For standard 1.2m×2.4m panels under the 6-PASS high-precision printing mode: The DREAMS One Pass high-speed UV flatbed printer finishes printing one panel in only 17 seconds. A conventional scanning UV flatbed printer takes 5 to 8 minutes to print a single panel. The time difference between the two machines ranges from 18 to 28 times, creating roughly a 20-fold gap in production efficiency. Their output capacities for mass orders are completely unmatched.
1.Conventional scanning UV printers Panels remain fixed on the platform, while the print carriage moves back and forth horizontally for scanning. To achieve 6-PASS high precision, the print head must build ink layers layer by layer. Every back-and-forth cycle involves acceleration, constant-speed movement, deceleration, and pauses for direction switching. A huge amount of time is wasted on reciprocating mechanical motion. Higher PASS counts mean more back-and-forth cycles and exponentially longer printing times.
2.DREAMS One Pass model Print heads span the full width of the machine in a complete horizontal array and stay stationary; they only move in tiny increments for multi-PASS high-precision modes. No frequent back-and-forth carriage scanning is required. Panels are fed through the printing zone by the conveying platform and finished in a single pass, eliminating most of the time wasted on reciprocating carriage travel. Even with three short back-and-forth movements for the 6-PASS high-precision mode, printing still only takes 17 seconds per panel.
1.Dramatically boosted production capacity and higher order ceiling At 17 seconds per panel, the machine can stably output over 200 standard panels per hour, while traditional printers only produce a dozen panels hourly. It outperforms conventional UV equipment by a wide margin when handling rush orders, bulk advertising panels, and packaging proofing jobs. Factories no longer need to stack multiple conventional printers to boost output, significantly cutting factory space and labor costs.
2.Uncompromised high printing precision at high speeds Many high-speed printers sacrifice print clarity for faster output. In contrast, the DREAMS One Pass supports multi-PASS high-precision modes. It delivers crisp printouts in just over ten seconds with consistent fine details and smooth gradient transitions, minimal dimensional deviation, balancing mass-production speed with premium print quality to achieve "fast yet sharp output".
3.Superior stability for non-stop continuous production The machine features a thickened carbon steel composite frame with strong vibration resistance. Its carriage base plate is precision CNC integrally machined for outstanding flatness and stable operation. It supports round-the-clock uninterrupted industrial mass production, making it ideal for advertising factories running at full capacity long-term with lower equipment maintenance costs.
4.Effective reduction in per-unit production costs Fewer working hours and higher output dilute electricity bills, labor expenses, and equipment depreciation costs. For the same batch of orders, the per-panel processing cost of the DREAMS One Pass high-speed UV flatbed printer is far lower than that of conventional UV printers, helping manufacturers maintain profit margins amid fierce price competition across the industry.
The nearly 20-fold speed gap between the DREAMS One Pass high-speed UV flatbed printer and conventional scanning UV printers stems from an upgrade in printing architecture: it replaces reciprocating scanning multi-PASS layered printing with a stationary print head plus panel conveying single-pass process. The measured 17-second printing time for one high-precision panel does not merely shorten printing cycles — it directly raises advertising factories’ order handling capacity, delivery efficiency, and profitability. For factories looking to escape low-margin price wars and expand mass digital printing services, the DREAMS One Pass high-speed UV flatbed printer has become the top alternative to banks of traditional UV printers.
Why is there a speed gap of dozens of times between One Pass UV printers and multi-PASS scanning UV printers?
Under the 6-PASS high-precision mode, how long does the DREAMS One Pass flatbed printer take to print one panel?
How many conventional scanning UV printers can one DREAMS One Pass UV printer replace?
Does high-speed UV printing compromise print resolution and image quality?
