Dec 12, 2025

Improve ergonomics in logistics with exoskeletons

Discover how a distribution center reduced fatigue and back pain through the integration of ergonomic exoskeletons.

Warehouse worker using an exoskeleton to reduce the strain on the back during the repetitive lifting of bins.

A Well-Known Challenge in Logistics

In logistics environments, the repetitive lifting of loads and frequent movements put considerable strain on workers' backs. Over time, these stresses can lead to fatigue, discomfort, and an increased risk of musculoskeletal injuries.

Focusing on Prevention Rather Than Reaction

Looking to improve the health and well-being of its employees, a large distribution center in the medical sector adopted a proactive approach focused on prevention. The goal was to reduce the physical load related to daily tasks, without increasing the work pace or imposing new constraints on the teams.

Testing in Real Conditions

Before implementing a solution, a testing phase was carried out directly on the ground. Several exoskeletons were assessed to determine which offered the best balance between comfort, ease of use, and integration into existing tasks. Employees were involved from the start, which helped guide the choice towards a solution that was truly suited to their needs.

A Voluntary and Gradual Adoption

The chosen exoskeleton was offered as a voluntary support tool. Employees could use it when they felt the need, which fostered a climate of trust and a gradual adoption within the teams.

Quickly Observed Benefits

After a few weeks of use, workers reported a decrease in back pain and a reduction in fatigue at the end of their shifts. Several also mentioned better overall comfort and easier recovery after work.

A Sustainable Solution for Workplace Health

Given the positive results observed on the ground, the organization now views the exoskeleton as a true preventive tool. It is exploring the possibility of extending its use to other tasks and sites, in an effort to continuously improve ergonomics.

At Exoskeletons Canada, this approach based on analysis, field testing, and employee involvement is at the heart of every implementation project.

A Well-Known Challenge in Logistics

In logistics environments, the repetitive lifting of loads and frequent movements put considerable strain on workers' backs. Over time, these stresses can lead to fatigue, discomfort, and an increased risk of musculoskeletal injuries.

Focusing on Prevention Rather Than Reaction

Looking to improve the health and well-being of its employees, a large distribution center in the medical sector adopted a proactive approach focused on prevention. The goal was to reduce the physical load related to daily tasks, without increasing the work pace or imposing new constraints on the teams.

Testing in Real Conditions

Before implementing a solution, a testing phase was carried out directly on the ground. Several exoskeletons were assessed to determine which offered the best balance between comfort, ease of use, and integration into existing tasks. Employees were involved from the start, which helped guide the choice towards a solution that was truly suited to their needs.

A Voluntary and Gradual Adoption

The chosen exoskeleton was offered as a voluntary support tool. Employees could use it when they felt the need, which fostered a climate of trust and a gradual adoption within the teams.

Quickly Observed Benefits

After a few weeks of use, workers reported a decrease in back pain and a reduction in fatigue at the end of their shifts. Several also mentioned better overall comfort and easier recovery after work.

A Sustainable Solution for Workplace Health

Given the positive results observed on the ground, the organization now views the exoskeleton as a true preventive tool. It is exploring the possibility of extending its use to other tasks and sites, in an effort to continuously improve ergonomics.

At Exoskeletons Canada, this approach based on analysis, field testing, and employee involvement is at the heart of every implementation project.

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Discover our articles and learn more about exoskeletons

See other articles

Discover our articles and learn more about exoskeletons

See other articles

Discover our articles and learn more about exoskeletons