Since 2016, Hapo has been designing and manufacturing non-motorized exoskeletons in France, specifically designed to adapt to its users and preserve their health at work on a daily basis.
Patented
technology
Human
preserved
Design and manufacturing
French
Eco
responsibility
Too many professionals suffer from pain caused by repetitive tasks or awkward postures. However, we have always believed that everyone deserves to work in conditions that respect their health and well-being. This conviction led to the creation of the first non-motorized exoskeleton Hapo in 2016 and continues to inspire our innovations today. Instead of designing heavy, complex, and often expensive motorized devices, we chose an eco-friendly design approach centered on humans. Our non-motorized exoskeletons (also known as "passive" exoskeletons) are designed to be effective, durable, simple to use, and, most importantly, easily accepted by those who wear them. For nearly 10 years, we have been developing devices that support hundreds of professionals in their daily lives. And we continue to innovate to meet the evolving needs of our users.
Originally dedicated to maintaining the employment of employees with disabilities, the company ErgoSanté has evolved over the years towards the design and manufacturing of innovative ergonomic solutions, adapted to all professionals. In its continuous quest for innovation and well-being, ErgoSanté launched Hapo, its range of non-motorized exoskeletons, to better address the specific challenges of workers and reduce pain and body wear.
The technological core from Hapo Research & Development is based on innovative materials with mechanical properties for adaptable elastic resistance.
Our ambition: to offer exoskeletons that are more efficient, more comfortable, more reliable, and more accessible.
Thanks to springs combining lightness with a high capacity for storing and releasing energy
To reduce muscle strain while maintaining the precision of movements
An agile and multidisciplinary R&D process
Engineers, doctors, and ergonomists collaborate to create innovative and high-performance exoskeletons, ensuring an optimal balance between efficiency, comfort, and compliance with safety standards in every work environment.
Laboratory and real-world tests
The objective: to accurately measure the biomechanical impacts on the body (muscle activity, postural balance...) and the subjective feelings of the users (level of comfort, freedom of movement...).
A local production
On our sites in France and the United States. This dual presence allows us to stay close to our users and take advantage of their feedback to continuously improve our devices.
The Hapo advisors near you
Thanks to their expertise and the analysis of data collected with the postural analysis application Hapo LEA, they assess the specific issues of each work environment, identify the most suitable solutions, and support their implementation through personalized monitoring.
Hapo has developed a complete range of mechanical exoskeletons to provide targeted solutions in reducing postural risk factors and limiting body wear in the workplace. To maximize their effectiveness while respecting the body's natural movements, each exoskeleton targets specific postures and specific areas of the body.
Optimized power
Intelligent energy return management
Efficiency/Comfort
Maximum performance with lasting comfort
Lightness & robustness
Ultralight and strong materials
Freedom
Respect for natural movements
Ease of use
Setup < 50 s and removal (+/-) 20 s
Practicality
Breathable, water-repellent
and washable fabric
Discretion
Minimal clutter and neutral colors
Autonomy
Zero battery recharge needed
Designers, mechanical engineers, doctors in biomechanics, ergonomists, analysts, integrators, consultants, seamstresses, assembly operators…: the entire team of Hapo specialists constantly challenge the norms together to imagine, design, and manufacture effective and innovative non-motorized exoskeletons. In the service of everyone's health.
Since the launch of its first non-motorized exoskeleton, HAPO has filed several patents as part of its innovation strategy to promote workplace health. In line with this approach, our teams have also developed the HAPO Sensor and the LEA postural analysis application - two tools that allow for detailed analysis of work movements and postures and continuously improve the impact and effectiveness of our devices.
Patented
Technology
Sensor Hapo
Sensor
LEA Postural
Analysis
Application
To preserve the planet and limit waste production, Hapo offers to collect and recycle your end-of-life exoskeletons. Each piece is then carefully sorted by material, then placed in the appropriate bins or shredded internally to promote their reuse.
Users of our exoskeletons testify to the concrete benefits observed
Arnaud D.
"if you ever have an exoskeleton that is light enough, adapted to your morphology, and allows you to have slightly fewer constraints, then technically, you are less exposed"
Stéphane
" I mainly use it in the workshop, I take it to the sites when I have to do a lot of handling, that is to say, loading, unloading the van, and bringing all the elements to the clients"
In less than 5 minutes, assess your situation and discover our recommendations
and the Hapo exoskeleton that suits your needs.
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Poor postures + Poor movements = high risk of body wear at work. In one click, for free and in complete confidentiality, detect and analyze your postural risks with Hapo LEA.
In less than 5 minutes, assess your situation and discover our recommendations and the Hapo exoskeleton that suits your needs.
Poor postures + Poor movements = high risk of body wear at work. In one click, for free and in complete confidentiality, detect and analyze your postural risks with Hapo LEA.
