Wide-Web Flexographic Printing Press FLP1220 High-Speed Modular
Reel-to-Reel Flexographic Printing Press
FLP1220/X-A KingFisher Wide-Format, High-Speed, Long-Lifespan
Flexographic Press
Product Overview
The FLP1220/X-A "KingFisher" high-performance flexographic printing
press is a wide-format, high-speed modular web flexographic system
designed for mid-to-high-end customers engaged in large-scale
production. It forms a clear product lineup alongside the
FLP650/X-A, which is geared toward customers seeking value for
money and a quick return on investment.
The press features a 1220mm wide-format design and is equipped with
a high-specification Rexroth servo control system and tension
control system, significantly enhancing both printing speed and
registration stability during long-run continuous production. It
natively supports high-end modules such as UV curing, cold foil
stamping, in-line optical inspection, and non-stop paper splicing,
enabling it to handle complex, high-value-added production orders.
The machine features a forward-looking architectural design and,
through its modular, upgradeable design, can adapt to new materials
and processes. It includes reserved IT interfaces to accommodate
the development of AI-driven intelligent and data-driven
technologies, ensuring an effective profitable lifespan of over 15
years and avoiding the industry's common dilemma of "machinery
still functioning while production processes have become obsolete."
The equipment has obtained EU CE certification and is widely
compatible with a variety of materials, including aluminum foil
paper, coated paper, and white kraft paper. It serves as core
production equipment for large-scale packaging and printing
enterprises looking to boost production capacity, expand high-end
business, and ensure long-term competitiveness.

Technical Advantages
1220mm Wide-Web Design, Significantly Increasing Production
Capacity Per Roll
- Accommodates roll stock up to 1,220 mm wide, significantly
increasing the number of designs that can be laid out per roll
compared to models with a 650 mm web width, and greatly improving
output efficiency per unrolling cycle
- Supports printing on larger-sized packaging products and can
simultaneously lay out multiple columns of smaller-sized products,
increasing production capacity per unit of time and enabling
large-scale, high-volume order production
High Speed (300 m/min) and High Precision, Suitable for High-End
Orders
- Equipped with a higher-specification Rexroth servo control system
and a full-line tension control system, the press achieves a
maximum printing speed of 300 m/min, resulting in a significant
boost in production efficiency
- Registration accuracy is maintained at ±0.1 mm, with no drift even
during prolonged, continuous production at full capacity,
significantly enhancing registration stability and meeting the
high-precision printing requirements of high-end food packaging and
premium packaging
Extremely Flexible Development with Native Support for High-End
Modules
The equipment comes with built-in interfaces for high-end
processes, supporting the on-demand selection of various
high-value-added modules to maximize factory profitability:
- UV Curing + Water-Cooling Module: Designed for UV ink printing, it
delivers high gloss and excellent abrasion and scratch resistance
- Cold Foil Stamping Module: Enables precise, registered cold foil
stamping, enhancing product quality and added value
- In-Line Visual Inspection Module: Detects printing defects and
registration errors in real time, automatically alerts operators
and rejects defective products
- Non-Stop Paper Change Module: Allows for roll changes without
stopping the machine, ensuring greater production continuity
Imported High-End Rexroth Servo Systems, Ensuring Stable Operation
- The entire machine utilizes Rexroth high-end servo shaftless drive
systems, with each printing unit driven independently
- The shaftless drive completely eliminates the backlash errors
associated with traditional gear drives, resulting in more stable
registration accuracy
- The servo system features fast response times and strong overload
capacity, resulting in low equipment failure rates and minimal
downtime
End-to-End Intelligent Management and Control to Reduce Costs and
Improve Efficiency
- High-precision tension control system: Provides closed-loop control
of web tension throughout the entire process
- Automatic web guidance + intelligent registration mark tracking
system: Detects web position in real time and automatically
corrects misalignment
- Dual-Effect Infrared + Hot Air Drying System: Delivers higher
drying efficiency and more thorough ink curing
Forward-Looking Architectural Design with 15+ Year Effective Profit
Life
Most printing equipment in the industry has a mechanical and
physical lifespan of up to 20 years. However, because such
equipment generally lacks room for upgrades, cannot adapt to new
materials and processes, and has outdated IT capabilities, after
5-8 years of operation, it either becomes unable to take on new
orders or incurs printing costs far higher than those of new
equipment used by competitors.
The FLP1220/X-A addresses this pain point from the design stage,
ensuring long-term investment value:
- Guaranteed mechanical lifespan: The machine body is constructed
from heavy-duty steel plates using a welded, integral tempering
process
- Modular, upgradeable architecture: Printing units, drying systems,
and functional modules all feature standardized, modular designs
- Built-in interfaces for IT and automation: Native support for
integration with production management systems and smart factory
data platforms
- Continuous Adaptability to New Materials: The tension system and
material path are designed with a wide range of adjustable
parameters
Technical Specifications
| Item | Technical Parameters |
|---|
| Power Supply | 380V/50Hz |
| Total Power | 275KW |
| Max. Printing Speed | 300m/min |
| Registration Accuracy | ±0.1mm |
| Max. Web Width | 1220mm |
| Max. Printing Width | 1200mm |
| Max. Unwind/Rewind Diameter | 1600mm |
| Plate Cylinder Teeth Range | Z=80 ~ Z=200 |
| Imperial Plate Cylinder Circumference | 254 ~ 635mm (CP=3.175mm) |
| Compatible Materials | 100~300gsm aluminum foil paper, coated paper, white kraft paper,
etc. |
| Machine Dimension | 24000×2500×1650mm (L×W×H) |
| Footprint | 27000×4500mm (L×W) |
| Machine Weight | 20T |
| Core Drive System | Rexroth High-End Servo Shaftless Drive System |
| Certification | EU CE Certification |
Standard and Optional Features
Standard Configuration
- Unwinding mechanism
- Automatic web guiding system
- High-precision tension control system
- Shaftless drive independent printing units (1-12 sets available)
- Rexroth High-End Servo Control System
- High-Precision Ceramic Anilox Rollers
- Infrared + Hot Air Dual-Effect Drying System
- Hydraulic Lifting Device
- Rewinding Mechanism
- Heavy-Duty Reinforced Frame
- CE-Compliant Electrical System
Optional Configurations
- UV curing unit + water-cooling system
- Cold foil stamping unit
- MT-1000/1200 high-end plate-mounting machine
- Non-stop paper splicing device
- Corona treatment unit
- Dust removal system
- Surface winder
Compatible Materials and Application Scenarios
Compatible Materials
100-300 gsm aluminum foil, coated paper, white kraft paper,
laminated paper, composite paper, biodegradable paper-based
materials, and other high-end packaging and printing substrates
Applicable Industries and Products
- Food Packaging Industry: High-end food boxes, snack packaging,
baked goods packaging, frozen dessert and ice cream packaging
- Personal Care and Household Products Packaging Industry: Cosmetic
boxes, outer packaging for daily necessities
- Paper Tableware Industry: Printing on high-end paper cups, paper
bowls, paper plates, and ice cream cone sleeves
After-Sales Service System
Warranty Service
The whole machine is covered by a 12-month free warranty, and core
servo drive components are covered by an 18-month free warranty.
Installation & Commissioning
All orders are delivered on-site by factory-certified engineers,
who complete equipment positioning and installation, horizontal
accuracy calibration, no-load operation test and full-load
production commissioning, ensuring that the equipment reaches the
factory-standard capacity, accuracy and operational stability upon
delivery.
Operation Training
We provide systematic hands-on training for the customer's
operation team on site, covering four core modules: basic equipment
operation, daily maintenance, common fault troubleshooting and
basic process adjustment.
Fault Response Service
A dual-track response mechanism of remote diagnosis + on-site
service is established. Equipped with a digital remote service
system, we can quickly troubleshoot conventional program and
electrical faults.
Spare Parts Supply Service
Original spare parts for all series of equipment are stably
supplied for a long time. Relying on a standardized warehousing
system, common wearing parts and core functional parts are kept in
stock with stable supply and efficient delivery.
Upgrade & Iteration Service
We provide software updates for equipment control systems to
continuously optimize equipment performance and the user
experience.
Supplementary Notice: The actual service scope for industrial equipment is affected by
multiple factors, including but not limited to: basic industrial
supporting conditions in different countries and regions,
differences in power and environmental standards, transportation
and logistics accessibility at the customer's factory location,
professional competence and operational standardization level of
the customer's on-site operators, customized configurations at the
time of purchase, actual operating conditions, daily maintenance
level and life cycle stage of the equipment. Therefore, this policy
is for reference only. The final service scope, response time,
warranty terms and cost provisions shall be subject to the formal
business contract signed by both parties.
Frequently Asked Questions
Q: What is the core difference between FLP1220 and FLP650 flexo
printing machines?
A: The core positioning is different: FLP650 is a cost-effective
model for quick payback, suitable for SMEs, with 650mm width and
150m/min speed; FLP1220 is the Kingfisher performance model for
large scale high-end customers, with 1220mm width and 300m/min
speed, natively supporting high-end modules such as UV curing, cold
stamping and non-stop splicing. It adopts forward-looking
upgradable architecture with longer effective profitable lifespan,
suitable for long-term main capacity layout.
Q: What is the maximum printing speed and registration accuracy of
FLP1220?
A: The maximum printing speed can reach 300m/min, and the
registration accuracy is stable at ±0.1mm. Equipped with higher
specification Rexroth servo and tension system, the registration
remains stable during long-time continuous high-speed production,
suitable for high-end order requirements.
Q: Can this machine do high-end processes such as cold stamping and
UV printing?
A: Yes, absolutely. FLP1220 natively reserves high-end process
interfaces, supporting optional UV curing + water cooling, cold
stamping, in-line visual inspection, non-stop splicing and other
high-end modules, capable of undertaking high value-added complex
process orders.
Q: What materials can this machine print? Can it adapt to new
materials in the future?
A: Currently it is compatible with 100~300gsm aluminum foil paper,
coated paper, white kraft paper, PE coated paper, composite paper
and other high-end packaging printing substrates. The equipment
adopts forward-looking architecture design, the tension system and
web path reserve a wide parameter range, and can be upgraded to
adapt to degradable materials and new composite functional
materials in the future.
Q: What is the service life of this equipment? Will it become
obsolete in a few years?
A: From two dimensions: ① Mechanical physical lifespan: With
heavy-duty reinforced frame and core components from international
first-tier brands, the mechanical lifespan can reach more than 20
years under standardized operation; ② Effective profitable
lifespan: This is also the more critical indicator. Many equipment
in the industry seem to have long mechanical lifespan, but lose
competitiveness and are phased out 5-8 years after commissioning
due to inability to upgrade and keep up with new materials,
processes and informatization development. FLP1220 adopts
forward-looking modular architecture, supports process module
upgrading, reserves information interfaces, and adapts to future
new materials. The effective profitable lifespan can reach more
than 15 years under standard maintenance, effectively avoiding
investment waste.