How SMC supports the protein industry

SMC solutions are designed to support a wide range of protein production processes, including meat, poultry, seafood, dairy proteins, and plant-based protein manufacturing. Their automation components can be applied across processing, portioning, packaging, and auxiliary systems where hygiene, reliability, and repeatability are critical.

Automation helps minimise downtime by enabling predictive maintenance, faster cleaning cycles, and improved component durability. By combining hygienic design with monitoring technologies, manufacturers can identify performance deviations early and service equipment before failures disrupt production.

In protein processing, equipment is exposed to frequent washdowns, chemicals, and temperature fluctuations. Selecting components with longer service life reduces replacement frequency, unplanned stoppages, and maintenance labour, resulting in a lower total cost of ownership over the machine’s lifetime.

SMC’s hygienic automation supports sustainability by helping protein manufacturers clean equipment more efficiently during frequent washdowns. By applying hygienic design principles that reduce soil build-up and improve cleanability, cleaning cycles can be shortened and typically require less water and fewer harsh chemicals. This helps reduce environmental impact while maintaining high food safety and hygiene standards in demanding production areas.

Yes. Automation components equipped with monitoring and diagnostic capabilities provide traceable data that supports audit readiness. This helps manufacturers demonstrate control over critical parameters during internal reviews, third-party audits, and customer inspections.

Monitoring compressed air systems helps ensure consistent air quality at the point of use. Early detection of filter clogging or pressure loss prevents contamination risks and supports preventive maintenance strategies that align with food safety management systems.

In protein production, OEE is often impacted by frequent sanitation stops, harsh washdown conditions, and strict quality controls that leave little tolerance for variability. Automation can improve OEE by keeping equipment running consistently between cleaning cycles, reducing unplanned stoppages caused by moisture or contamination-related wear, and supporting stable, repeatable handling that protects product quality. When monitoring is used to spot issues early—such as drops in air pressure that affect actuation—maintenance can be planned around production schedules, helping processors minimise downtime, reduce rework, and maintain throughput across shifts.

Yes. Many SMC automation and air preparation solutions can be integrated into existing machinery. This allows manufacturers to upgrade hygiene, monitoring, or efficiency without the need for a complete machine redesign.