Südpack automates flexographic changeovers with dual robotics in Poland

The mechanical answer to SKU proliferation

The packaging printing sector is facing a universal bottleneck: the explosion of SKUs and the relentless shrinking of run lengths. In July 2026, the answer to this margin-killing dynamic is increasingly mechanical. SÜDPACK Verpackungen SE & Co. KG has laid out a blueprint for high-efficiency flexography at its Competence Center in Kłobuck, Poland, integrating dual robotics to eliminate manual changeover delays.

While Südpack traditionally leans heavily into flexible plastics, the technological architecture of this Kłobuck investment is a clear signal for the broader fibre and paper packaging printing industry. The core of the upgrade is a high-performance flexographic press equipped with two independent, high-speed robots. These units handle the heavy lifting, allowing operators to prepare cylinders for up to four subsequent print jobs while the press is still running at full capacity.

RFID and Industry 4.0 integration

Automation at the Kłobuck facility extends well beyond mere mechanical muscle. The plant has integrated RFID technology to track and correctly match carrier cylinders, anilox rolls, and sleeves. For any plant manager in the corrugated or folding carton sector, the implications are highly relevant:

• Elimination of human error in component matching.
• Direct recovery of lost machine uptime.
• Improved operator ergonomics by removing the need to manually lift heavy adapters.

Furthermore, the system is fully Industry 4.0-ready. It feeds real-time production data directly into the plant's ERP and IoT networks, providing a transparent foundation for continuous workflow optimization across the entire printing floor.

Blurring the lines between flexo and digital

In 2026, the traditional boundary between short-run digital printing and long-run flexography is blurring. By reducing the setup time to a fraction of its historical average, Südpack makes short runs economically viable on traditional flexo equipment. This is a critical survival tactic as brands demand more localized, variable packaging without paying digital premiums. The standardized printing process also minimizes potential sources of error, ensuring consistently high and reproducible print images throughout the entire run.

The integration of robotics into flexographic changeovers is not just a luxury; it is becoming the baseline standard for any packaging converter looking to protect margins against the relentless fragmentation of order sizes. If robotic sleeve changes can make flexo competitive with digital for short runs, how long until we see this level of automation become mandatory in every major corrugated printing plant? Follow The Paper for daily news, market signals and key updates from the global paper, corrugated and packaging industry. — Sigue toda la actualidad del sector en www.thepaper.ai