Background

Across Europe, manufacturing and construction workers undertake physically strenuous activities which increase their risk of health problems, disability and sick leave. This leads to lower job attractiveness and job candidate scarcity, resulting in unfilled job openings that slow growth and competitiveness. This is particularly true for many North Sea Region SMEs, who are unaware of available solutions via exoskeleton adoption as solution developers tend to target large corporates.

As many as 44 million workers in the European Union (EU) are affected by workplace-related musculoskeletal disorders (MSDs), at a total annual cost in excess of €240 billion to the European economy. Exoskeletons have the capacity to decrease the number of musculoskeletal injuries and increase quality of life at work, thereby reducing costs for a company in the long run.

Objective

The overall objective of EXSKALLERATE is to accelerate the adoption of exoskeletons into construction and industrial manufacturing SMEs, where heavy physical work leads to severe health issues, and thereby, strengthen SME competitiveness in the North Sea Region.

 

Approach

EXSKALLERATE contributes to SME competitiveness and occupational health by making the North Sea Region a leading exoskeleton ecosystem.  

The consortium of business support organisations, clusters, and research institutes, will do this through 3 main activities: 

1) Identifying SME challenges to influence the co-design of field labs where next-generation exoskeletons integrate improvements. Improved exoskeleton benefits are validated in end-user pilots sites. 

2) Informative workshops for SMEs where exoskeleton experts present and receive feedback on tools to support SME decision making in exoskeleton adoption, a key challenge limiting adoption. 

3) Transnational benchmarking to accelerate industrial exoskeleton standardisation (Needed for SME decision making).

 

A partnership of 6 NSR countries:

The Netherlands: InnovationQuarter, TNO Netherlands Organisation for Applied Scientific Research, University of Twente

Belgium: VUB (Vrije Universiteit Brussel), KUL (Katholieke Universiteit Leuven), POM - West Flanders

Germany: MoWiN - Regionalmanagement Nordhessen, HAWK University of Applied Sciences and Arts, 

United Kingdom: Built Environment - Smart Transformation (formerly Construction Scotland Innovation Centre), National Manufacturing Institute for Scotland (NMIS) at the University of Strathclyde

Sweden: University of Gävle

Denmark: Aalborg University, Centre for Information Technology and Architecture (KADK)

  

Header image source: © EksoVest by Ekso Bionics.

Latest Project News

How exoskeletons can help plasterers in their everyday practice.

27 September 2022

A recent field test by EXSKALLERATE partner TNO and supported by Knauf and NOA, showed that a majority of plasterers equipped with an exoskeleton (Ske…

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EXSKALLERATE Meeting in Delft

25 July 2022

For the first time since before the pandemic, the EXSKALLERATE consortium managed to meet in-person in 2022.

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TNO performs new study on “The complementarity of soft and rigid back exoskeletons”

14 June 2022

EXSKALLERATE’s TNO researchers are currently testing the Auxivo soft exoskeleton and Laevo’s rigid Exoskeleton FLEX, with the aim to identify the stre…

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EXSKALLERATE wins award at the North Sea Video Contest

13 June 2022

At the North Sea Conference in Bruges on May 24th, Anton Duisterwinkel of InnovationQuarter picked up EXSKALLERATE’s award for the best video in the…

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Shaping the future of exoskeletons: BE-ST webinar on May 19th

03 May 2022

This free-to-attend webinar from UK partner BE-ST will focus on what EXSKALLERATE has achieved so far, findings from the lab trials, and how you can e…

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