8-Color Stack-Type Semi Servo Printing Press （TF-SS08-1000 1200）

Product Overview

The TF-SS08-1000 1200 is a high-performance 8-color stack-type full servo flexographic press integrated with Siemens technology, designed to meet the stringent demands of modern printing production. With a maximum material width of 1200mm and an industry-leading ±0.05mm registration accuracy, this press delivers exceptional printing quality across a vast range of substrates, including various plastic films, papers, aluminum foils, composite films, and non-woven fabrics. It combines advanced stack-type flexographic technology with intelligent control systems, supporting a design speed of 220 m/min and an actual production speed range of 30–170 m/min, adapting flexibly to different substrate types and design complexities. Whether for large-scale batch production or frequent small-batch job changes, this press ensures stable, efficient, and high-precision printing output, making it an ideal solution for diverse multi-variety production environments.

Technical Principles & Core Structure

Built on advanced stack-type flexographic technology, the TF-SS08-1000 1200 features 8 independent printing units stacked sequentially, each equipped with international-brand servo motors that independently drive the plate and impression cylinders. This independent drive design enables precise control over each printing unit, laying the foundation for high-precision multi-color registration. At the heart of the ink transfer system is a closed-chamber doctor blade system, which works in conjunction with precision ceramic anilox rollers to ensure uniform ink transfer to photopolymer plates, resulting in clear and accurate prints on various substrates. The entire system is centrally managed by a Siemens PLC, which integrates high-precision photoelectric encoders to achieve closed-loop control of tension and registration. This integration ensures that every aspect of the printing process is monitored and adjusted in real time, maintaining consistent quality even at high production speeds. Additionally, the press is equipped with a dual-stage electric heating drying system, featuring both main oven and inter-color drying configurations, which uses high-temperature, high-velocity airflow to ensure thorough ink drying during high-speed production, effectively preventing ink offsetting or buildup that could compromise print quality.

Key Performance Parameters

1. Registration Accuracy: ±0.05mm (horizontal and vertical)
2. Design Speed: 220 m/min
3. Actual Production Speed: 30–170 m/min (depending on substrate and design complexity)
4. Maximum Material Width: 1200mm
5. Print Repeat Length: 360–1000 mm
6. Anilox Roller Line Range: 100–1200 lines per inch (micron-level precision)
7. Supported Substrates: Plastic films (PE, OPP, BOPP, CPP, PET, breathable films), various papers (kraft, coated, offset, thin cardstock), adhesive labels, aluminum foils, composite films, non-woven fabrics
8. Control System: Siemens PLC with intelligent centralized touchscreen control

Core Competitive Advantages

1. Industry-Leading Registration Precision: 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 ensures ±0.05mm registration accuracy, meeting the strict quality requirements of high-end sectors such as food and pharmaceutical packaging, where even the slightest deviation can affect product safety and brand image.
2. Fully Automatic Intelligent Impression Control: Each printing unit is equipped with a synchronized four-servo motor closed-loop linkage system, which enables automatic pressure detection and correction. All operational parameters are permanently stored, allowing for one-click recall of settings. This supports both individual and synchronized unit engagement/disengagement, simplifying operation and reducing the risk of human error.
3. Efficient Closed-Chamber Doctor Blade System: The precision CNC-machined alloy chamber is coated with an anti-stick layer, ensuring excellent sealing to eliminate ink leakage and improve the workshop environment. The tool-free doctor blade design allows for one-step replacement, reducing maintenance time and increasing production efficiency.
4. Anti-Clogging Anilox Roller Design: Equipped with an independent drive mechanism, the anilox roller rotates automatically when the machine stops or a unit is disengaged. This prevents ink from drying and clogging the roller's mesh, a common industry issue that can lead to print defects and downtime, ensuring consistent ink transfer quality over long production runs.
5. Rapid Sleeve Quick-Change Structure: The flip-and-load mechanism for plate sleeve replacement reduces changeover time by over 80% compared to traditional models. This is especially beneficial for enterprises with frequent job changes, minimizing downtime and increasing overall production capacity.
6. Full-Process Closed-Loop Tension Control: From unwind to rewind, the press features automatic tension detection and compensation. This prevents registration deviations caused by material stretching or slackening at high speeds, ensuring stable startup and reducing material waste, which helps lower production costs.
7. Powerful Two-Stage Electric Drying System: The combination of main oven and inter-color drying ensures that ink dries thoroughly even during high-speed production. This eliminates issues such as ink offsetting or buildup, ensuring that each print is crisp and clear, regardless of production speed or substrate type.
8. Intelligent Centralized Control: A large-scale touchscreen serves as the central hub for managing all operational parameters. It supports job recipe storage and historical data tracking, streamlining production changeovers and making it easy to replicate successful printing settings, which is particularly useful for multi-variety production environments.
9. Flexible Customization Options: While the standard web widths are 1000–1200mm, the press can be expanded to larger specifications such as 1400mm or 1600mm to meet the needs of customers requiring ultra-wide format printing for industrial packaging or premium applications.

Target Customer Groups

1. Medium-to-large flexible packaging enterprises: These businesses specialize in roll-to-roll printing on diverse materials including plastic films, paper, and non-woven fabrics, and require a press that can handle high volumes and multiple substrate types efficiently.
2. High-precision sector manufacturers: Companies serving industries such as food, daily chemicals, pharmaceuticals, and label printing, where strict registration accuracy and superior print quality are non-negotiable to meet regulatory requirements and brand standards.
3. Paper product manufacturers: Enterprises focused on printing for paper cups, paper bowls, paper bags, and kraft paper packaging, who need a press that can handle various paper substrates with consistent quality.
4. Multi-variety label producers: Manufacturers specializing in pressure-sensitive adhesive labels, shrink-sleeve labels, and other complex label formats, who benefit from the press's quick changeover capabilities and high precision.
5. Facilities undergoing equipment upgrades: Factories looking to replace outdated mechanical-shaft presses or aging servo-driven machinery, seeking to improve production efficiency, print quality, and reduce downtime.
6. Flexible production enterprises: Businesses with short-to-medium run lengths, frequent job changes, high-frequency material switching, and mixed-mode production, who rely on the press's versatility and quick adjustment features to stay competitive.
7. Specialized custom-order clients: Customers with requirements for ultra-wide format printing (1400mm+) for industrial packaging or complex multi-color processes for premium packaging applications, who can take advantage of the press's customization options.

Application Scenarios

The TF-SS08-1000 1200 is highly versatile and suitable for a wide range of printing scenarios. In the flexible packaging industry, it is used for printing on plastic films for food packaging, ensuring that prints meet strict hygiene and quality standards. For paper product manufacturers, it handles printing on kraft paper for bags, coated paper for high-end packaging, and thin cardstock for boxes. In the label printing sector, it produces high-precision pressure-sensitive adhesive labels and shrink-sleeve labels for various products. It also serves well in non-woven fabric printing for items like shopping bags and hygiene products, as well as aluminum foil printing for pharmaceutical and food packaging. Its ability to handle frequent job changes makes it ideal for small-batch, multi-variety production, while its high-speed capabilities support large-scale batch production, catering to the diverse needs of modern printing enterprises.

Industry Pain Points Solved

1. Poor Registration Accuracy: Traditional printing presses often struggle with registration deviations, especially at high speeds, leading to print defects and material waste. The TF-SS08-1000 1200's ±0.05mm precision and closed-loop control system eliminate this issue, ensuring consistent, high-quality prints even for complex multi-color designs.
2. Long Changeover Times: Frequent job changes in multi-variety production can lead to significant downtime with traditional presses. The press's sleeve quick-change structure reduces changeover time by over 80%, minimizing downtime and increasing overall production efficiency.
3. Ink Clogging and Leakage: Anilox roller clogging and ink leakage are common problems that affect print quality and workshop cleanliness. The anti-clogging anilox roller design and closed-chamber doctor blade system solve these issues, maintaining consistent ink transfer and improving the working environment.
4. Inconsistent Drying: Inadequate ink drying at high speeds can cause ink offsetting, ruining prints and increasing waste. The two-stage electric drying system ensures thorough drying, even during high-speed production, eliminating this problem.
5. Inflexible Substrate Compatibility: Many presses are limited to specific substrate types, restricting production capabilities. The TF-SS08-1000 1200's wide range of compatible substrates allows enterprises to expand their service offerings without investing in multiple machines.
6. Manual Operation Errors: Manual adjustment of printing parameters can lead to inconsistencies and errors. The intelligent centralized control system with job recipe storage and one-click parameter recall reduces human error and ensures consistent print quality across production runs.

Frequently Asked Questions (FAQ)

Q1: What is the registration accuracy of the TF-SS08-1000 1200?
A: The press offers industry-leading ±0.05mm registration accuracy for both horizontal and vertical alignment, driven by independent motors, precision ball screws, and real-time closed-loop feedback from photoelectric rotary encoders, meeting the strict requirements of high-end sectors like food and pharmaceutical packaging.
Q2: What substrates can this press handle?
A: It is compatible with a wide range of substrates, 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, making it suitable for diverse production needs.
Q3: How does the press reduce changeover time?
A: The sleeve quick-change structure with a flip-and-load mechanism allows for rapid plate sleeve replacement, reducing changeover time by over 80% compared to traditional models, which is ideal for enterprises with frequent job changes.
Q4: Can the press be customized for wider web widths?
A: Yes, while the standard web widths are 1000–1200mm, it can be expanded to larger specifications such as 1400mm or 1600mm to meet the needs of customers requiring ultra-wide format printing.
Q5: What is the production speed range of this press?
A: The design speed is 220 m/min, and the actual production speed ranges from 30–170 m/min, depending on the type of substrate and the complexity of the printing design, ensuring flexibility for different production scenarios.