Turck is positioning its decentralised automation architecture as a practical response to the growing demand for smarter, data-driven conveyor systems across packaging and processing environments.
As production lines become increasingly connected, manufacturers are under pressure to maintain uptime while accommodating higher speeds, greater flexibility and evolving throughput requirements. According to industrial automation and sensor solutions specialist Turck, decentralised digital conveyor architectures built around block I/O control modules and distributed IP67 components offer an alternative to traditional centralised control models.
In sectors such as food and beverage, biomedical and pharmaceuticals, hygiene requirements, washdown conditions and constrained production footprints present daily operational challenges.
Turck says cabinet-free IP67 components mounted directly in the field can help address these constraints by reducing reliance on large control panels and extensive cable runs. The approach is designed to simplify installation, streamline layouts and free up valuable production space.
In intralogistics and warehousing applications – where conveyor systems may span large facilities and operate continuously – the company argues that decentralised intelligence can support both performance and resilience.
By enabling local processing at machine level, only essential data is transmitted to higher-level control systems. Turck states this can reduce network traffic and contribute to faster cycle times, particularly in high-throughput sortation and assembly environments.
The company contrasts this with conventional centralised architectures, which can increase wiring complexity and create additional potential points of failure. Turck’s distributed IP67 block I/O modules, PLCs and network switches are designed to be mounted close to sensors and actuators, with the stated aim of improving signal integrity and reducing commissioning time.
Turck also points to availability benefits. Shorter cable paths and fewer centralised components are intended to reduce fault risk, while integrated diagnostics support faster troubleshooting. According to the company, this can assist facilities implementing predictive maintenance strategies, particularly in operations where unplanned downtime directly affects productivity and revenue.
Across FMCG, automotive, logistics, pharmaceutical and industrial manufacturing applications, Turck describes its distributed IP67 platform as a modular framework that enables scalable conveyor automation. The focus, the company says, is on combining flexibility and high availability within a decentralised structure suited to modern, continuously operating production environments.
This article was first published in PKN Packaging News March 2026 issue, page 42.
