In the food industry, personnel hygiene is a critical pillar to ensure both product safety and process integrity. Each plant has its own operational realities, number of workers, shift structures, control requirements, or available space.
One of the most common configurations is the integrated hygiene station, where the operator performs hand and footwear washing and disinfection in a single piece of equipment before entering production areas.
This solution offers several key advantages: centralised process control, straightforward traceability, a high level of hygienic safety, and compliance with the most stringent access standards.
It is particularly suitable for facilities with moderate personnel flows, where the priority is ensuring that each worker completes the full hygiene process before entering the plant.
When large numbers of operators enter during the same shift, an all-in-one system can lead to waiting times. To avoid bottlenecks, an alternative is to split the process into different stages, such as soap dispensing with access control, hand washing, boot washing, and disinfection stations, each with its own controlled access.
This approach allows several workers to perform different stages simultaneously: while one operator washes their hands, another can disinfect their footwear.
In this way, the same high hygienic standards are maintained while enabling a smoother and more agile flow adapted to peak entry times.
Main advantages include:
Each facility presents specific conditions that must be assessed to design the optimal hygiene flow. Factors such as the number of workers per shift, available space, criticality of the production zones, or the type of product processed influence the most efficient configuration.
At Roser, we do not apply standardised solutions, we design custom hygienic flows adapted to each environment, combining equipment and layouts to optimise time and maintain operational safety.
As manufacturers of industrial hygiene solutions for the food industry, we collaborate with our clients from the design stage through to installation, offering configurations that: