6-Color Stack-Type Full Servo Printing Press (TF-FS06-1000 1200)

Product Overview

The TF-FS06-1000 1200 is a high-performance 6-color stack-type full servo flexographic press integrated with Siemens technology, designed to meet the demanding needs of modern printing production. Boasting a maximum material width of 1200mm and an impressive ±0.05mm registration accuracy, this press delivers high-quality multi-color printing across a vast range of substrates, including plastic films, various papers, aluminum foils, composite films, and non-woven fabrics. Its advanced stack-type structure combines independent servo-driven printing units with intelligent centralized control, making it an ideal solution for diverse, multi-variety production environments that require both precision and efficiency.

Technical Principles & Core Structure

Built on advanced stack-type flexographic technology, the TF-FS06-1000 1200 features six independent printing units stacked sequentially, each equipped with international-brand servo motors that independently drive the plate and impression cylinders. This independent drive design ensures precise control over each printing unit, laying the foundation for high-precision multi-color registration. A closed-chamber doctor blade system works in tandem with precision ceramic anilox rollers to ensure uniform ink transfer to photopolymer plates, guaranteeing consistent, accurate printing on every substrate.
At the heart of the machine is a Siemens PLC-based centralized control system, which integrates high-precision photoelectric encoders for closed-loop tension and registration control. This system maintains stable tension from unwind to rewind, preventing registration deviations caused by material stretching or slackening, even at high production speeds. The press supports a design speed of 260 m/min, with actual production speeds ranging from 30–220 m/min depending on substrate type and design complexity. Its print repeat length spans 360–1000 mm, and the anilox rollers offer micron-level precision with a full range of 100–1200 lines per inch, accommodating various printing requirements from bold graphics to fine text.
To ensure optimal ink drying at high speeds, the press is equipped with a dual-stage electric heating drying system, including both main oven and inter-color drying configurations. The high-temperature, high-velocity airflow ensures thorough ink drying, eliminating issues with ink offsetting or buildup, even during continuous high-speed production runs.

Key Technical Advantages

1. International Tier-1 Core Components: The machine utilizes a complete SIEMENS full-servo system, including PLC, servo motors, HMI, and frequency inverters, alongside global premium components such as Japan’s NSK bearings, Germany’s Leuze sensors, and Ingersoll Rand ink pumps. This top-tier component selection ensures long-term operational stability and consistent precision, minimizing downtime and maintenance costs.
2. Industry-Leading ±0.05mm Registration Accuracy: Both horizontal and vertical registration are driven by independent motors and precision ball screws, paired with real-time closed-loop feedback from photoelectric rotary encoders. This level of precision meets the rigorous registration requirements of high-end sectors like food and pharmaceutical packaging, where even the smallest deviation can lead to compliance issues.
3. Fully Automatic Intelligent Impression Control: Each printing unit features a synchronized four-servo motor closed-loop linkage, enabling automatic pressure detection and correction. Operational parameters are permanently stored in the system, allowing for one-click recall of settings for repeat jobs. The system supports both individual and synchronized unit engagement/disengagement, enhancing operational flexibility.
4. Closed-Chamber Doctor Blade System (6 Units): The precision CNC-machined alloy chamber is finished with an anti-stick coating, ensuring superior sealing to eliminate ink leakage. The tool-free doctor blade design allows for one-step replacement, reducing maintenance time and significantly improving the workshop environment by eliminating ink splashing and contamination.
5. Anti-Clogging Anilox Roller Design: Equipped with an independent drive mechanism, the anilox roller rotates automatically during machine stops or unit disengagement. This innovative design fundamentally eliminates the industry-common issue of ink drying and clogging the roller mesh, reducing maintenance frequency and extending the roller’s service life.
6. Sleeve Quick-Change Structure: The flip-and-load sleeve design allows for rapid plate sleeve replacement, reducing changeover time by over 80% compared to traditional models. This feature is particularly beneficial for enterprises with short-to-medium run lengths and frequent job changes, minimizing downtime between production batches.
7. Full-Process Closed-Loop Tension Control: Automatic tension detection and compensation from unwind to rewind ensure consistent material tension throughout the printing process. This prevents registration deviations caused by material stretching or slackening at high speeds, ensuring stable output from startup to shutdown and minimizing material waste.
8. Powerful Two-Stage Electric Drying System: The combination of main oven and inter-color drying configurations ensures thorough ink drying during high-speed production. The high-temperature, high-velocity airflow penetrates even thick substrates, eliminating ink offsetting and buildup, and ensuring print quality remains consistent across the entire production run.
9. Intelligent Centralized Control System: A large-scale touchscreen interface centrally manages all operational parameters, with job recipe storage and historical data tracking capabilities. This simplifies production changeovers, as operators can quickly recall optimal settings for previous jobs, reducing setup time and human error.
10. Deep Flexible Customization: Standard web widths of 1000–1200mm can be expanded to larger specifications, such as 1400mm or 1600mm, as required. Additionally, the number of color units is not limited to six, allowing for additional units based on specific process requirements, providing bespoke solutions tailored to each client’s unique needs.

Target Customer Groups

1. Medium-to-large flexible packaging enterprises: Specializing in roll-to-roll printing on diverse materials including plastic films, paper, and non-woven fabrics, and requiring high-speed, high-precision production capabilities.
2. High-precision sectors: Manufacturers serving high-demand segments such as food, daily chemicals, pharmaceuticals, and label printing, where strict registration accuracy and superior print quality are critical to meeting industry standards and compliance requirements.
3. Paper product manufacturers: Enterprises focused on printing for paper cups, paper bowls, paper bags, and kraft paper packaging, needing a versatile press that can handle various paper substrates and print repeat lengths.
4. Multi-variety label producers: Manufacturers specializing in pressure-sensitive adhesive labels, shrink-sleeve labels, and other complex label formats, requiring quick changeovers and consistent color registration.
5. Factories undergoing equipment upgrades: Facilities planning to replace outdated mechanical-shaft presses or aging servo-driven machinery, seeking to improve production efficiency, reduce waste, and enhance print quality.
6. Flexible production enterprises: Businesses characterized by short-to-medium run lengths, frequent job changes, high-frequency material switching, and mixed-mode production, benefiting from the press’s quick changeover capabilities and versatile substrate compatibility.
7. Specialized custom-order clients: Customers with requirements for ultra-wide format printing (1400mm+) for industrial packaging or complex multi-color processes (8+ colors) for premium packaging applications, who can leverage the press’s customization options to meet unique production needs.

Application Scenarios

1. High-speed mass printing for food packaging bags: Including snack back-seal bags, stand-up pouches with zippers, and retort pouches, where consistent print quality and high production speeds are essential to meet large order volumes.
2. High-definition multi-color printing for personal care & cosmetics: Flexible packaging films for detergents, shampoos, and cosmetic products, requiring vibrant colors and precise registration to showcase product branding effectively.
3. High-precision compliant printing for pharmaceutical packaging: Including blister foil composite films and specialized medical-grade composite films, where strict registration accuracy and compliance with industry standards are non-negotiable.
4. Large-format, high-efficiency production for industrial soft packaging: Agricultural seed bags, fertilizer packaging films, and related industrial substrates, needing a press that can handle wide web widths and durable materials.
5. Flexible production for diverse materials: Labels, shrink films, and heat-seal films, optimized for small-batch runs and rapid job changeovers, allowing enterprises to respond quickly to market demands.
6. Customized production for ultra-wide industrial packaging films: Specialized manufacturing for widths of 1400mm and above, catering to industrial packaging needs that require larger format printing.
7. High-end manufacturing for premium packaging: High-value, multi-color jobs including 8–10 colors plus varnish, matte finish, or cold foil stamping, enabling enterprises to produce premium packaging that stands out in competitive markets.

Industry Pain Points Solved

1. Unstable registration and high waste rate on legacy models: The full-servo closed-loop drive, ±0.05mm registration accuracy, and PLC-based automatic tension compensation ensure high-quality output immediately upon startup, reducing startup waste and eliminating the need for lengthy setup adjustments.
2. Long changeover times and high downtime losses: The sleeve-type quick-change structure allows a single operator to complete unit changeovers in minimal time. A full 6-color changeover can be completed within 30 minutes, significantly reducing total downtime and increasing effective production hours.
3. Ink splashing and labor-intensive cleaning: The closed-chamber doctor blade system, fully enclosed ink path, automatic ink chamber cleaning, and centralized waste ink recovery system eliminate ink splashing, reduce cleaning time, and significantly improve the workshop environment, creating a safer and more efficient workplace.
4. Frequent anilox roller clogging and high maintenance costs: The innovative anti-drying design with automatic roller rotation during disengagement prevents ink from drying in the roller mesh, fundamentally eliminating the root cause of anilox clogging, reducing maintenance frequency, and lowering long-term operational costs.
5. Incomplete drying and ink offsetting at high speeds: The dual-stage hot air drying system, with main oven and inter-color drying configurations, ensures thorough ink drying even at high production speeds, preventing ink offsetting and buildup, and ensuring consistent print quality across the entire production run.
6. Difficulty recalling parameters for repeat jobs: The touchscreen interface with centralized recipe storage and historical data logging allows operators to restore optimal parameters with a single click, reducing setup time and minimizing human error for repeat production jobs.
7. Loss of orders due to fixed width or color limitations: The modular design allows for on-demand expansion of web width and addition of color units, enabling one machine to adapt to diverse process requirements. This flexibility allows enterprises to take on a wider range of orders, including ultra-wide format and multi-color jobs, expanding their business horizons and increasing revenue potential.

Core Product Value & ROI

1. Boosted Productivity: With a design speed of 260 m/min and stable operating speeds of 30–220 m/min, the press achieves a 40%–60% efficiency gain over traditional mechanical-shaft models. Based on a 1200mm web width and 150 m/min average speed, a single 8-hour shift can produce over 86,000 square meters, enabling enterprises to fulfill larger orders in shorter timeframes.
2. Significant Reduction in Waste: The combination of ±0.05mm registration accuracy, automatic closed-loop tension control, and integrated auto-guiding reduces startup waste from the industry average of 8%–12% to under 3%. Depending on order volume, this can save hundreds of thousands in annual material costs, directly improving profit margins.
3. Substantial Reduction in Downtime: The sleeve-type quick-change structure reduces single-unit changeover time by over 80% compared to traditional models. Adding an estimated 1–2 hours of effective daily production time, this increase in uptime translates to higher overall output and revenue.
4. Ink Cost Savings: The closed-chamber doctor blade, constant-pressure demand-based ink supply, and centralized ink recovery system reduce ink waste by 15%–25% compared to open ink pans. Additionally, high-quality diaphragm pumps reduce supply system failure rates by over 60%, lowering maintenance and replacement costs.
5. Export Compliance and Quality Assurance: Electrical components meet CE/UL certification standards, with industrial-grade control cabinets ensuring international compliance. Key structural components undergo aging annealing and precision CNC machining to ensure long-term stability and accuracy, making the press suitable for enterprises targeting international markets.
6. Transparent Energy Configuration: The drying system features clearly defined power consumption, precise temperature ranges, and independently adjustable zones, allowing clients to accurately plan energy costs and facility power requirements, optimizing operational budgeting.
7. International Supply Chain and Residual Value: Core components from global brands like Siemens, NSK, Leuze, and Ingersoll Rand ensure clear traceability, long-term reliability, and higher secondary market value compared to purely domestic-assembled models, providing better long-term asset value.
8. Customization Expands Business Horizons: While standard configurations cover over 85% of conventional roll-fed printing needs, customizable web widths and additional color units enable entry into high-margin blue-ocean markets like ultra-wide industrial packaging. This can increase individual order profit margins by 20%–40%, opening up new revenue streams for enterprises.

Frequently Asked Questions (FAQ)

Q1: What substrates can the TF-FS06-1000 1200 handle?
A: The press is compatible with a wide range of materials, including plastic films (PE, OPP, BOPP, CPP, PET, breathable films), various papers (kraft, coated, offset, thin cardstock), adhesive labels, aluminum foils, composite films, and non-woven fabrics.
Q2: What is the registration accuracy of this press?
A: The TF-FS06-1000 1200 offers industry-leading ±0.05mm registration accuracy, with both horizontal and vertical registration controlled by independent motors and precision ball screws, paired with real-time closed-loop feedback.
Q3: How does the press reduce changeover time?
A: The sleeve quick-change structure allows for rapid plate sleeve replacement through a simple flip-and-load mechanism, reducing changeover time by over 80% compared to traditional models. A full 6-color changeover can be completed within 30 minutes.
Q4: Can the press be customized to meet specific production needs?
A: Yes, the press offers deep flexible customization. Standard web widths of 1000–1200mm can be expanded to larger specifications such as 1400mm or 1600mm, and additional color units can be added beyond the standard 6 to meet complex process requirements.
Q5: What is the maximum production speed of the TF-FS06-1000 1200?
A: The press has a design speed of 260 m/min, with actual production speeds ranging from 30–220 m/min depending on the substrate type and design complexity of the print job.