This series of short informative case studies looks at a range of policy level initiatives across Europe and beyond aiming to prevent and manage work-related MSDs. The studies focus on achievements, factors contributing to their success and challenges encountered, and transferability to other...
Strumenti pratici e orientamenti sui disturbi muscoloscheletrici
Per consentire un’agevole valutazione e gestione dei rischi di DMS nei luoghi di lavoro, la nostra banca dati di facile utilizzo contiene vari strumenti pratici e materiali orientativi sviluppati a livello dell’UE e nazionale.
Le risorse includono studi campione e materiali visivi e riguardano svariati settori, tipi di pericolo e misure di prevenzione. Alcune sono rivolte in modo specifico a determinati soggetti interessati, ad esempio datori di lavoro, lavoratori o dirigenti, mentre altre alla gestione dei DMS tra gruppi specifici di lavoratori. Le risorse possono essere filtrate per una di queste categorie o altre ancora, così non avrai problemi a trovare esattamente ciò che cerchi.
Resources available (6)
The coronavirus (COVID-19) pandemic has challenged employers to equip their workers with the tools they need in order to do their jobs safely at home, and it’s important that this focus includes both mental and physical health.
This fact sheet covers a wide range of health and safety issues related to teleworking. It includes ergonomic tips for setting up a home office; tips for work scheduling (work load) issues; what is an appropriate home office environment, etc.
This brochure is aimed at construction workers and addresses biomechanical overload of the spine. It contains risk sheets by job, by production sector and by individual work tasks.
The level of vibration generated by a pneumatic screwdriver depends on the power of the internal motor and on the clutch type. Traditional screwdrivers, using a mechanical slip clutch, produce high levels of vibration. Modern clutches that automatically and immediately stop the feeding air when the...
The shaft assembly phase (when inserting the steel shaft into the body) of yacht building was particularly critical. The risk of manual handling was very important. A new design of the shafting and handling system was required.