Compact slicing and packaging line architecture

An integrated slicing and packaging line for the food retail sector combines footprint reduction, performance control, and hygienic design for applications such as processed meat and sliced cheese.

Compact architecture and space efficiency
The solution introduces a compact line architecture that reduces required floor space by approximately 28 percent compared to equivalent configurations for this application. This optimization addresses typical constraints in processing plants and retail packaging facilities, where equipment density directly affects operating costs and internal logistics.

The line integrates a slicer from the Advanced series with a new infeed conveyor equipped with a weighing system, enabling product flow to be recorded from the start of the process. This design supports improved traceability across the value chain, aligning with the principles of a digital supply chain.

Performance monitoring across multiple process points
The system includes four measurement points distributed along the packaging process. At these points, product quantities and production volumes are continuously recorded. This monitoring architecture enables performance losses to be assigned to specific process stages, supporting data-driven efficiency analysis.

Including the infeed conveyor in the monitoring system extends operational visibility from product loading through to final packaging. This approach enables bottlenecks to be identified and production parameters to be adjusted based on quantifiable metrics.

Hygienic design and optimized maintenance
Hygienic design is applied across the entire line, including a rocker optimized for cleaning and format changes, as well as an intermediate product buffer. The handling module features an open-frame design that reduces areas where residues can accumulate and improves accessibility during cleaning operations.

Quick-change grippers and interchangeable components enable faster reconfiguration, reducing line downtime. This capability is particularly relevant in environments with high product variability, such as packaging cooked ham, cured ham, and sliced cheese.

Integration of thermoforming and inspection systems
The line incorporates an R 245 thermoforming machine with operator-focused improvements, including optimized emergency stop fixtures and a straight side design that facilitates access. A cross-web labeling system enables both top and bottom package identification.

An integrated inspection system verifies correct label application and print quality, supporting compliance with regulatory requirements and traceability standards. At the outfeed, an additional handling module is integrated into the thermoformer, optimizing product transfer and reducing the need for additional equipment.

Applications and validation in a trade fair environment
The solution is presented at interpack 2026, held in Düsseldorf from May 7 to 13, 2026, with live demonstrations for packaging cooked ham, cured ham, and sliced cheese. These demonstrations include features such as rapid gripper change, batch reporting, and the implementation of digital product passports, which are relevant in advanced traceability environments.

Additional Context: technical specifications and competitive benchmarking not included in the original announcement
In the segment of integrated slicing and packaging lines, manufacturers such as Weber Food Technology and Marel offer comparable solutions with process automation and control capabilities. For example, Weber systems integrate in-line weight control and portion management with tight tolerances, while Marel incorporates machine vision systems for sorting and quality control.

The technical differentiation of the presented solution lies in the combination of reduced physical footprint, integrated continuous measurement across multiple process points, and rapid reconfiguration capability. These parameters can be benchmarked using indicators such as floor space per line, average format changeover time, and percentage of yield loss attributable to each process stage.

Edited by Maria Brueva, Induportals editor – adapted by AI.

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