French process and packaging equipment manufacturers are positioning automation, flexibility and decarbonization at the center of their technology strategies ahead of Interpack 2026, as outlined in a collective pre-show briefing coordinated by industry association GEPPIA.

The document brings together a group of French OEMs presenting at the Düsseldorf trade fair, highlighting how suppliers are responding to mounting operational pressures across manufacturing—from labor shortages and traceability requirements to energy costs and material constraints.

At a system level, the collective frames current industry challenges around increasing complexity in production environments, with manufacturers expected to deliver higher throughput, greater flexibility and improved environmental performance simultaneously.

Automation and data integration emerge as a consistent theme across the portfolio. Several companies emphasize the role of connected equipment and real-time data in optimizing production efficiency and anticipating maintenance requirements. Solutions showcased within the group range from Industry 4.0-enabled converting systems with automated adjustment capabilities to robotic handling technologies designed to maintain continuous product flow at high speeds.

The shift from mechanical systems to more advanced motion architectures is also highlighted, with developments such as independently driven magnetic shuttle systems enabling more flexible machine configurations and faster changeovers. These approaches reflect a broader move toward modular, reconfigurable production lines capable of handling increasing product variability.

Handling efficiency and product integrity are another focal point, particularly as packaging formats evolve. Equipment designed for minimal-contact conveying and high-speed container grouping aims to reduce product damage and downtime, supporting the transition toward lighter and more recyclable packaging materials.

In parallel, suppliers are expanding capabilities in primary and secondary packaging, including high-speed pouch filling systems and hybrid blow-moulding platforms capable of handling multiple container sizes within a single machine. These developments reflect growing demand for equipment that can balance output performance with reduced capital investment.

Sustainability considerations are integrated throughout the technology portfolio rather than treated as standalone features. Energy efficiency, material reduction and lifecycle analysis are increasingly embedded in machine design. Examples include eco-designed capping systems developed through full lifecycle assessments, as well as equipment engineered to reduce cardboard consumption or enable the use of thinner and recyclable materials.

Decarbonization of thermal processes and utilities also features prominently, with manufacturers promoting site-level energy optimization approaches that consider product characteristics, packaging formats and process parameters to reduce overall carbon footprint.

Alternative processing technologies are gaining traction in areas such as packaging decontamination, where light-based systems are presented as a low-impact solution that eliminates the need for water and chemicals while maintaining microbiological safety standards.

Beyond equipment design, the collective places emphasis on resilience and supply chain stability. Strategies include localized sourcing, standardization of components and the integration of remote support capabilities to maintain operational continuity under travel or geopolitical constraints.

The association itself underscores the role of collaboration in addressing industry challenges, noting that member companies increasingly share best practices and technical insights to accelerate innovation and respond to evolving regulatory and market requirements.

As Interpack 2026 approaches, the combined messaging from French OEMs reflects a sector moving toward more intelligent, adaptable and resource-efficient production systems—aligned with broader industry efforts to reconcile performance demands with sustainability targets.