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Zero vibration injuries in the metal industry (NollVib Metall)

Purpose and goal

The aim is to eliminate vibration injuries in the metal and mining industry, where this type of occupational injury is the most common and often leads to chronic problems. The core of the project is technology development where we will adapt and introduce vibration-reducing machine solutions, carry out measurements in participating companies and spread knowledge. The goal is to reduce vibration injuries in the participating companies, for further dissemination to other metal industries.

Expected effects and result

The project contributes to a sustainable and resilient industry by addressing the work environment and reduced personal injuries. It will focus on the needs/initiatives required to achieve the impact target “Zero vibration injuries” for companies within the ore – steelmaking – foundry value chain. In the long term, this will lead to both fewer sick leave and less suffering, as well as opportunities for employers to attract and retain staff.

Planned approach and implementation

The project will address technology, biological testing, workplace culture and communication through the following packages: – Mapping and measures on hand-held machines, – Development of the RVM10 to RVM20 measurement system, – Working methods for acceptance and competence building around harmful vibrations, – Preparatory studies to create a basis for future limit values for impact vibrations, – Internationalisation and dissemination of results, and – Coordination and project management.

The text has been written by the project team. The content is copied from the funding agency’s website and has not been reviewed by the Program Office.

Project title
Zero vibration injuries in the metal industry (NollVib Metall)
Registration number
2025-03011
Coordinator
RISE Research Institutes of Sweden AB
Call
2025-00876 Impact Innovation: Research and development projects within Social Action Areas in the program Swedish Metals and Minerals
Project duration
November 2025 - August 2028
Project type
Full-scale project
Responsible funding agency
Vinnova

For further information about the project, please visit Vinnova