Features
Why Choose Goking?
Plateless, Instant Job Changeovers
No plates, no screens, no setup waste. Operators load a digital file and begin printing in under one minute — compared to hours of plate-making and registration on traditional flexo lines. This unlocks profitable short-run production and eliminates make-ready material waste entirely.
Single-Pass Speed up to 110 m/min
G-series single-pass systems print all colors in one pass through a stationary printhead array. Epson configurations run at 45–80 m/min, while Seiko-equipped machines reach up to 110 m/min — 4 to 10 times faster than multi-pass, matching flexo throughput without any plate-related costs.
Three Printhead Platforms, One Fit
Epson (8–32 heads, 600/1,200 DPI, five-color CMYKW) for premium detail. Xaar (6–12 heads, grayscale) for high-viscosity reliability. Seiko (4–18 heads, up to 1,800 mm) for large-format speed. Every machine is configured to the converter's exact requirements — no one-size-fits-all compromise.
Seamless Inline and ERP Integration
Goking machines connect directly to die-cutters, folder-gluers, and stackers for continuous production flow. ERP connectivity enables automated job dispatch, real-time tracking, and digital inventory management — turning a manual print floor into a data-driven operation.
We Have The Best Solutions for Your Business
Goking is a leading manufacturer of industrial digital printing machines for the packaging industry, headquartered in Dongguan, China, with a 10,000-square-meter production facility in Huangjiang Town. We specialize in UV-curable inkjet printing systems that eliminate the need for traditional printing plates, enabling on-demand production with near-zero setup time.
Our product portfolio spans three core series: the J-series multi-pass printers for high-resolution short-run production, the G-series single-pass systems delivering 45 to 110 meters per minute for high-volume packaging lines, and the innovative GJ series 2-in-1 machines that combine both multi-pass and single-pass modes in a single platform. All systems feature flexible printhead options — Epson, Xaar, or Seiko — supporting resolutions up to 1,200 DPI and print widths from 200 to 1,800 mm across CMYK plus white color configurations.
Goking machines handle corrugated board, kraft paper, coated paperboard, and honeycomb board with CE-certified quality. Key advantages include one-minute job changes, CMYK digital color matching, inline converting line and ERP connectivity, and eco-friendly UV LED curing technology with low energy consumption. With OEM and ODM customization capabilities, Goking delivers production-ready solutions tailored to converters' specific needs across the global packaging market.
How Does a Digital Printing Machine Work?
The digital printing process begins with a digital file — typically created in graphic design software and saved in a standard format such as PDF, TIFF, or JPEG. This file is sent to the machine's RIP (raster image processor), which converts the vector and raster data into a bitmap that defines exactly which nozzles fire at which positions on the substrate.
The RIP output drives the printhead electronics, which activate individual nozzles at precisely timed intervals as the substrate moves past the printhead array. Each nozzle ejects a microscopic droplet of UV-curable ink — droplet volumes range from a few picoliters to tens of picoliters depending on the printhead model and image requirements. The droplets land on the substrate surface and are immediately exposed to UV LED light, which triggers instant polymerization.
This entire process — from digital file to cured print on the substrate — takes place in a continuous flow with no intermediate steps. There are no plates to make, no plates to mount, no registration to adjust, and no test sheets to run. The first board or sheet through the machine is a production-quality print. This is the fundamental advantage of digital printing: it transforms printing from a batch process with significant setup overhead into a continuous process with near-zero setup cost.
Digital Printing Machine Architectures: Multi-Pass vs Single-Pass
Goking digital printing machines are available in two fundamental architectures, each optimized for different production scenarios. Understanding the distinction is essential for selecting the right machine.
Multi-pass architecture uses a printhead carriage that scans back and forth across the substrate. In each pass, the carriage deposits a portion of the image. Multiple passes build up the complete image with increasing detail and color density. The J-series uses this architecture, achieving speeds of 700 to 1,500 meters per hour at resolutions up to 1,200 DPI. Multi-pass is ideal for applications where print quality is the primary consideration — premium packaging, prototypes, display graphics, and short runs where maximum resolution matters.
Single-pass architecture uses a stationary array of printheads that spans the full print width. The substrate passes under the array in a single motion, and all colors are deposited simultaneously in one pass. The G-series uses this architecture, achieving speeds of 45 to 110 meters per minute. Single-pass is ideal for high-volume production where throughput is the primary consideration — corrugated box printing, carton production, and long runs where speed and consistency matter most.
2-in-1 architecture (GJ series) combines both modes in one machine, allowing converters to switch between multi-pass quality and single-pass speed as job requirements dictate. This dual-mode capability is unique to digital printing — an analog press cannot be reconfigured between architectures. The GJ series is the ultimate flexibility machine, eliminating the need to choose between quality and speed.
| Architecture | Speed | Max Resolution | Best For |
|---|---|---|---|
| Multi-pass (J-series) | 700-1500m/h | 1200 DPI | Premium quality, short runs |
| Single-pass (G-series) | 45-110m/min | 1200 DPI | High-volume production |
| 2-in-1 (GJ series) | Both modes | 1200 DPI | Mixed production |
Key Components of a Digital Printing Machine
A digital printing machine is a complex system of integrated subsystems, each performing a specific function in the printing process. Understanding these components helps operators and production managers optimize machine performance and troubleshoot issues.
Printhead array — The core component that ejects ink droplets. Goking machines use Epson, Xaar, or Seiko piezoelectric printheads, each with different nozzle counts, drop volumes, and resolution capabilities. The printhead array determines print quality, speed, and color capability.
Ink delivery system — Pumps, valves, and tubing that supply ink from reservoirs to the printheads. The system maintains consistent ink pressure and temperature to ensure uniform droplet ejection across all nozzles. UV ink systems are simpler than solvent systems because the ink does not dry in the lines.
UV LED curing system — Ultraviolet LED arrays positioned after the printheads that expose the deposited ink to UV light, triggering instant polymerization. The curing system determines how quickly ink becomes a solid film and affects adhesion, durability, and surface properties.
Media transport system — Belts, rollers, guides, and vacuum systems that move the substrate through the machine with precise positioning. The transport system maintains consistent substrate speed and flatness, which directly affects print registration and quality.
RIP and control system — The computer and software that process digital files and drive the printhead electronics. The RIP handles color management, image scaling, halftone screening, and job queuing. Modern RIPs support variable data printing, allowing each printed piece to be unique.
Advantages of Digital Printing Over Analog Methods
The transition from analog to digital printing represents a fundamental shift in how packaging is produced. The advantages extend beyond simple cost savings to encompass workflow efficiency, market responsiveness, and environmental impact.
No plate-making eliminates the cost, time, and waste associated with physical printing plates. In flexographic printing, each color requires a separate plate, and each job requires a new set of plates. Plate production takes hours and costs hundreds to thousands of dollars per job. Digital printing eliminates this entirely — the machine prints directly from the digital file.
One-minute job changes transform production scheduling. On an analog press, changing jobs takes 30 to 60 minutes — removing old plates, mounting new plates, adjusting registration, running test sheets. A digital printing machine switches jobs in under a minute by loading the next file. This enables converters to accept short-run jobs that would be unprofitable on analog equipment.
Variable data printing enables each printed piece to be unique. Sequential barcodes, personalized names, region-specific designs, and individual QR codes can all be printed in a single run without stopping the machine. This is impossible with analog printing, where every piece from a plate is identical.
CMYK digital color matching replaces the manual ink mixing and spot color preparation of analog printing. Colors are specified digitally and reproduced consistently by the inkjet system, eliminating the variation that occurs when different operators mix inks on different shifts.
ERP integration connects the printing machine directly to the converter's business system. Job orders flow automatically from order entry to the press, and production data flows back for real-time tracking. This integration eliminates manual data entry errors and provides production visibility that analog equipment cannot offer.
Substrates and Applications for Digital Printing Machines
Goking digital printing machines handle a comprehensive range of packaging substrates. The UV-curable ink system adheres to both porous and non-porous surfaces, and the media transport system accommodates varying thicknesses and stiffness levels.
Corrugated board (A, B, C, E flute) — The primary substrate for Goking single-pass systems. Applications include shipping boxes, retail-ready packaging, shelf displays, and e-commerce mailers. Single-pass speeds of 45 to 110 meters per minute support high-volume corrugated production.
Kraft paper — Used for bags, wraps, and eco-friendly packaging. The five-color CMYK plus white configuration enables full-color printing on brown kraft paper with white undercoat for color accuracy.
Coated paperboard — Premium packaging substrate for gift boxes, cosmetic cartons, and pharmaceutical packaging. The 1200 DPI resolution available on Epson configurations delivers the fine detail and smooth gradients that premium applications demand.
Honeycomb board — Specialty corrugated material for heavy-duty packaging and structural displays. The digital printer applies ink to the flat liner surface while accommodating the board's honeycomb core structure.
Frequently Asked Questions
What is the difference between a digital printing machine and a traditional printing press?
A digital printing machine prints directly from digital files without physical plates. Traditional presses (flexographic, offset) require physical plates or cylinders for each job and color. Digital eliminates plate costs, reduces setup time from hours to minutes, and enables variable data printing and short-run profitability.
Can a digital printing machine replace my analog press entirely?
For many converters, yes. Digital printing machines now handle volumes that were previously analog-only territory, especially single-pass systems at 45-110m/min. However, for extremely long static runs (10,000+ identical pieces), analog may still offer speed advantages. Many converters maintain both, using digital for short runs and analog for long runs.
What file formats do Goking digital printing machines accept?
Goking machines support standard graphic design file formats through their RIP software, including PDF, TIFF, JPEG, and EPS. The RIP processes these files into printhead jetting instructions with color management and halftone screening.
How much space does a digital printing machine require?
Machine footprint varies by model and configuration. Single-pass production systems like the G-series are larger and heavier (3,000-3,500kg) than multi-pass systems. Goking provides detailed dimensional drawings for each configuration during the quotation process to help converters plan their facility layout.
Choosing Your Digital Printing Machine
Selecting a digital printing machine requires evaluating production volume, quality requirements, substrate range, print width needs, and integration capabilities. Goking's product range, manufactured at the 10,000-square-meter Dongguan facility, offers configurations across all three series with multiple printhead options (Epson, Xaar, Seiko), resolution settings (600/1200 DPI), and print widths (200-1,800mm).
The core value proposition of a Goking digital printing machine is the combination of no plate-making, one-minute job changes, CMYK digital color matching, eco-friendly UV ink, ERP integration, and inline converting line capability. These features collectively transform packaging production from a plate-dependent batch process into a flexible, digital, on-demand workflow.
Find Your Digital Printing Machine
From multi-pass precision to single-pass production power — explore Goking's complete range of digital printing machines for packaging.
Browse All ProductsLearn more: Single-Pass Machines | Multi-Pass Machines | Key Features | About Goking
In conclusion, a digital printing machine represents the modern standard for packaging production — a plateless, on-demand, digitally-driven system that eliminates the setup costs and constraints of analog printing. Goking's range of multi-pass, single-pass, and 2-in-1 digital printing machines, equipped with Epson, Xaar, and Seiko printheads and using UV-curable ink, provides packaging converters with production-ready solutions across the full spectrum of volume, quality, and substrate requirements. For packaging businesses seeking to modernize their production capabilities, reduce operational costs, and capture new market opportunities in short-run and variable data printing, a Goking digital printing machine is a strategic investment that delivers measurable operational and competitive advantages.
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Frequently Asked Question
Do you have any question?
A digital printing machine prints directly from digital files without physical plates. Traditional presses (flexographic, offset) require physical plates or cylinders for each job and color. Digital eliminates plate costs, reduces setup time from hours to minutes, and enables variable data printing and short-run profitability.
For many converters, yes. Digital printing machines now handle volumes that were previously analog-only territory, especially single-pass systems at 45-110m/min. However, for extremely long static runs (10,000+ identical pieces), analog may still offer speed advantages. Many converters maintain both, using digital for short runs and analog for long runs.
Goking machines support standard graphic design file formats through their RIP software, including PDF, TIFF, JPEG, and EPS. The RIP processes these files into printhead jetting instructions with color management and halftone screening.
Machine footprint varies by model and configuration. Single-pass production systems like the G-series are larger and heavier (3,000-3,500kg) than multi-pass systems. Goking provides detailed dimensional drawings for each configuration during the quotation process to help converters plan their facility layout.