by
MARZIO NAVA

Artificial Intelligence represents one of the key drivers of innovation for the industrial laundry sector, not only as a technological tool, but also as a factor in business competitiveness and growth. AI can optimise the entire washing process through the continuous analysis of data generated by machines. A multitude of sensors and algorithms can automatically adjust programmes, dosing, and water and energy consumption according to the load size, fabric type, and level of soiling, reducing waste and operating costs. Everything revolves around data management. For machinery manufacturers, Artificial Intelligence should not be seen merely as an additional feature, but as a fundamental design element. New machines should be designed from the outset to collect and process data, be easily integrated with management software, and offer intuitive platforms that make information accessible even to less skilled operators. How far has AI advanced in the design and development of machinery?

by
MARZIO NAVA

The industrial laundry sector is undergoing a profound transformation driven by the integration of management software and RFID technology. Each textile item, from hospital linen to workwear, can be identified via an RFID tag embedded in the fabric and monitored throughout the entire production cycle: collection, washing, sorting, packaging, and delivery. This technology enables real-time traceability, reduces handling errors, and improves inventory control. The main solution providers offer integrated platforms with readers, RFID tunnels, and management software. The key differences lie in modularity, integration capabilities with company ERPs, and reporting. From the users' perspective, the benefits are tangible: automatic item counting, reduction of losses, greater invoicing accuracy, and availability of analytical data on consumption. The true added value arises from combining RFID and advanced management software. It's not just about identifying an item, but about transforming the collected data into operational information to improve productivity, service quality, and profitability. For manufacturers, this means offering increasingly integrated solutions that support the laundry: simplification and punctuality. For users, it means moving from reactive management to predictive, data-driven management

by
MARZIO NAVA

Self-service laundries are undergoing a significant evolution, shifting from mere functional spaces to hybrid, technologically advanced environments. This transformation is propelled by new consumption patterns, urbanization, and a heightened focus on hygiene, sustainability, and energy efficiency. From a technological perspective, the sector is advancing rapidly through the adoption of intelligent systems, including machines equipped with smart sensors capable of automatically regulating water and detergent consumption, ozone-based sanitization technologies, and app-controlled remote management solutions designed to monitor cycles and reduce waste. International markets, particularly in Europe and the US, already showcase even more advanced models, characterized by cashless payment systems, integration with digital platforms, and centralized management of entire laundry networks. The expansion of specialized and personalized services further underscores this shift. Carefully designed interiors, Wi-Fi connectivity, and relaxation areas are transforming waiting times into moments of connection, fostering urban micro-communities and redefining the social role of these establishments. Which do you believe will be the future direction of the sector, based on your experience and business model?

by
MARZIO NAVA

The laundering of workwear and Personal Protective Equipment (PPE) is a central issue in industrial and professional laundries, directly impacting workplace safety. Specialized laundries have evolved into critical partners in worker prevention and health protection, moving beyond simple cleaning. Regulatory mandates require employers to ensure PPE remains functional and hygienically sound. Modern industrial laundries meet these demands with advanced automated systems for detergent dosing, temperature control, and RFID traceability. The sector is also prioritizing sustainability through the use of eco-friendly products and energy-saving technologies to reduce its ecological footprint. The question remains: what specific measures are manufacturers implementing to address these evolving requirements?