The integration of exoskeletons in industrial environments represents a proactive and effective solution to reduce musculoskeletal disorders (MSDs) and improve team performance. However, to ensure the success of the project, it is essential to adopt a structured approach.

Here are the five most common mistakes observed during the implementation of exoskeletons and how to avoid them.

1. Choosing an exoskeleton without analyzing actual tasks

A common mistake is selecting an exoskeleton based solely on a technical sheet or a quick demo.
Each position has specific risks: type of effort, frequency, posture, duration, environment, workspace.

Consequence: The exoskeleton does not provide the right support and remains underused.

Best practice:

• Conduct a field assessment

• Clearly define the targeted tasks

2. Failing to involve workers from the start

The success of the project relies on user experience.

If workers do not understand the objective or do not feel consulted, resistance to change can be significant.

Consequence: Low adoption and negative perception of the equipment.

Best practice:

• Select "super-users" to test the solutions

• Get their feedback during the pilot phase

• Integrate frontline voices into decisions

3. Neglecting training and support

An improperly used exoskeleton cannot deliver its full potential.
Even a passive exoskeleton requires training on adjustment, maintenance, and best practices.

Consequence: Discomfort, improper use, risk of accidents.

Best practice:

• Initial training by a specialist

• Clear documentation (guides, videos, etc.)

• Follow-up after a few weeks of use

4. Implementing a large-scale solution too quickly

Jumping directly from a demonstration to a global deployment can lead to disappointments:
some positions may not be suitable or require adjustments.

Consequence: Significant investment with insufficient return.

Best practice:

• Pilot phase of 4 to 12 weeks

• Measure indicators: comfort, fatigue, efficiency, risk reduction

• Adjustments before full deployment

5. Not tracking the evolution of needs and performance

An exoskeleton project is not a one-time event, but an ongoing process.

Consequence: Gradual abandonment of the equipment and a return to initial constraints.

Best practice:

• Regular follow-up with users

• Reevaluation of high-risk tasks

• Continuous improvement plan

Conclusion

The implementation of exoskeletons is a sustainable strategy to improve health and performance at work.
Avoiding these five mistakes ensures a better return on investment, positive adoption by workers, and measurable reduction in MSDs.

For a successful project, a rigorous, collaborative, and well-supported approach is essential.

Exoskeletons Canada offers comprehensive support

Our team offers:

• Ergonomic assessment of tasks

• Selection of models suitable for your needs

• User training and follow-up

• Flexible rental and purchase options

• Support in measuring results

To discuss your objectives or plan a trial at your workplace:
info@exosquelettescanada.com