What is an Industrial Exoskeleton and How Does It Work?
Definition and Basic Principles
An exoskeleton is a wearable mechanical device that assists, supports, or amplifies the movements of the human body. Designed as an external structure, it conforms to the user's morphology to relieve joints and muscles during repetitive tasks or heavy lifting. There are two main types:
- Passive exoskeleton: operates without motors, using springs, dampers, or elastic cables. It stores and releases mechanical energy to reduce effort.
- Active exoskeleton: integrates motors, actuators, batteries, and sensors. It provides dynamic, sometimes programmable, assistance for tasks requiring additional power.
The primary goal is to reduce physical strain on the operator, particularly during repetitive tasks or heavy lifting. By lowering the perceived load, the exoskeleton enables longer work periods with less fatigue while preserving joint health.
Types of Exoskeletons Suitable for Industrial Environments
For a company exoskeleton France, the choice of model depends on the workstations and identified risks. Here are the main categories:
- Back exoskeleton / lifting aid: relieves the spine during repeated lifting. Ideal for order pickers, forklift drivers, and material handlers.
- Shoulder/arm exoskeleton: supports the upper limbs for overhead or forceful movements. Used in automotive assembly, aerospace, and welding.
- Leg exoskeleton: assists with walking, climbing stairs, or working in a squatting position. Preferred in construction, shipbuilding, and agriculture.
- Full-body exoskeleton: combines multiple zones for comprehensive assistance, especially in logistics and heavy handling.
Why Are French Companies Massively Adopting Exoskeletons?
Reduction of Musculoskeletal Disorders (MSDs) and Improved Safety
MSDs are the leading cause of occupational diseases in France, accounting for nearly 87% of recognised illnesses. Exoskeletons reduce perceived muscular effort by up to 30%, thereby decreasing sick leave and associated costs. By stabilising postures and limiting awkward movements, they contribute to the prevention of workplace accidents. For a company exoskeleton France, this investment translates into a significant reduction in AT/MP insurance contributions.
Productivity Gains and Workplace Comfort
By reducing fatigue, operators can maintain a sustained work pace for longer. Some models can increase the pace by 10 to 15% on repetitive tasks without compromising quality. Increased comfort boosts employee engagement and reduces turnover. Companies see a rapid return on investment, often within 18 months.
HR Innovation and Employer Brand
Adopting exoskeletons positions the company as modern and concerned about employee health. This attracts talent sensitive to working conditions and technological innovation. Exoskeletons fit into a broader ergonomics and quality of work life (QWL) approach, strengthening the employer brand image.
Which Sectors Use Exoskeletons in France?
Automotive and Aerospace Industries
Assembling heavy parts and working at height on production lines are tasks with a high risk of MSDs. Shoulder exoskeletons are particularly suitable for screwing and welding operations. Major groups like Renault, PSA/Stellantis, and Airbus are deploying these devices on a large scale.
Logistics and Warehouses
Order picking, palletising, and handling parcels place intense strain on the back. Back exoskeletons for repetitive lifting reduce lower back pain among forklift drivers and pickers. In retail warehouses, deploying 50 to 100 units is common.
Construction and Building
Carrying heavy materials, working in squatting or bent positions expose workers to knee and back pain. Leg exoskeletons for bricklayers, formworkers, and roofers improve safety on construction sites. Support from CARSAT facilitates acquisition for SMEs.
Food Industry and Agriculture
Handling crates and repetitive movements on packaging lines are frequent. Arm exoskeletons for harvesting and pruning adapt to humid environments and hygiene standards. The food industry is experiencing rapid adoption growth.
What is the Price of an Industrial Exoskeleton in France?
Price Ranges by Type
| Type | Price ex. VAT (per unit) |
|---|---|
| Passive exoskeleton | €2,000 to €8,000 |
| Active exoskeleton | €8,000 to €25,000 |
| Full-body exoskeleton | €15,000 to €40,000 |
Additional costs include training, maintenance, and replacement batteries (for active models).
Exoskeleton Rental: A Flexible Alternative
Monthly or annual rental is ideal for testing or temporary needs. Prices range from €200 to €800 ex. VAT per month depending on the model and duration. It often includes maintenance and technical support, reducing financial risk.
Return on Investment (ROI)
Reducing sick leave generates savings of €3,000 to €10,000 per year per affected operator. Combined with productivity gains, payback is possible within 6 to 18 months. Subsidies and grants further accelerate this return on investment.
Grants and Subsidies for Purchasing Exoskeletons in France
Main Funding Schemes
- Innovation Tax Credit (CII): up to 30% of R&D expenses, applicable to innovative exoskeletons.
- CARSAT subsidies: partial funding via calls for projects, up to 50% for very small and small businesses (VSEs/SMEs).
- OPCO aid: coverage of training and purchase costs for SMEs.
- Regional calls for projects: e.g., Auvergne-Rhône-Alpes, Nouvelle-Aquitaine regions, up to 50% of the cost.
- Health Insurance Prevention Fund: subsidies for VSEs/SMEs.
How to Prepare a Grant Application?
Identify the scheme corresponding to your sector and company size. Prepare a quantified business case: number of MSDs avoided, productivity gain, return on investment. Rely on case studies and partners like Exyvex to justify the technical choice. Respect submission deadlines, which are often annual or semi-annual.
How to Choose the Right Exoskeleton for Your Company?
Essential Technical Criteria
- Type of assistance: back, shoulders, legs, or combined depending on tasks.
- Passive vs. active: passive is lighter and more economical, active offers more power and versatility.
- Ergonomics and comfort: weight, adjustability, breathable materials.
- Battery life (for active models): battery duration, charging time.
- Maintenance and durability: availability of spare parts, after-sales service.
Training and Support
Training operators on correct use is crucial to maximise benefits and avoid poor posture. Plan a trial period (rental or demo) to assess team acceptance. Call on an expert like Exyvex for workstation audits and model selection.
Regulatory Compliance and Standards
CE marking is mandatory (Machinery Directive 2006/42/EC, standard EN ISO 13482 for exoskeletons). Respect weight, force, and speed limits. Declare use to the labour inspectorate if necessary. Ensure your professional liability insurance covers these devices.
Feedback from French Companies Using Exoskeletons
Case 1: Logistics – Group X (Retail)
Deployment of 50 passive back exoskeletons in a warehouse. 40% reduction in sick leave for lower back pain in 12 months. Return on investment in 10 months thanks to lower AT/MP contributions.
Case 2: Automotive – Supplier Y
Use of shoulder exoskeletons on engine assembly lines. 12% productivity increase on critical workstations. Improved operator satisfaction (internal survey: +25 points).
Case 3: Construction – SME Z (Masonry)
Test of 10 leg exoskeletons for foundation work. 60% reduction in sick leave for knee pain. CARSAT grant covering 40% of the purchase cost.
Where to Buy or Rent an Exoskeleton in France?
Suppliers and Distributors
- Exyvex: exoskeleton expert, offers a full range (passive/active) and tailored support (audit, training, after-sales service).
- Other players: ErgoSanté, Laevo, Skelex, Ekso Bionics, Hilti (for construction).
- B2B platforms: ManoMano Pro, Amazon Business (for consumer models).
Trade Shows and Events to Discover Exoskeletons
- Global Industrie (Paris): the largest French industrial trade fair.
- Préventica (Lyon, Paris): trade fair dedicated to occupational health and safety.
- Expoprotection (Paris): prevention and safety trade fair.
- Open days at suppliers (Exyvex regularly organises demonstrations).
Regulatory and Standards Outlook for Exoskeletons in France
Expected Developments
- Strengthening of the Machinery Directive to specifically include exoskeletons (revision in progress).
- Revised ISO 13482 standard: increased requirements for functional safety and human-machine interface.
- Mandatory certified training for operators (draft decree).
- Mandatory integration into Single Risk Assessment Documents (DUER).
Impact on Companies
Companies will need to update their safety procedures and job descriptions. The cost of compliance must be anticipated (equipment updates, training). It is also an opportunity to stand out through a proactive and responsible approach.
FAQ
What are the best exoskeletons for industry in France?
The best models depend on the sector and tasks. For handling, passive back exoskeletons (Laevo, Skelex) are highly popular. For automotive, active shoulder models (EksoVest, Exyvex) offer a good power/comfort compromise. A personalised audit is recommended.
How much does an industrial exoskeleton cost?
The price ranges from €2,000 to €25,000 ex. VAT depending on the type (passive/active) and options. Rental is possible from €200/month. Grants (CII, CARSAT, OPCO) can reduce the cost by 30 to 50%.
Where to buy an exoskeleton in France?
You can purchase from specialists like Exyvex (full support), distributors like ErgoSanté, or directly from manufacturers (Laevo, Skelex, Ekso Bionics). Industrial trade fairs (Global Industrie) are also good opportunities.
Exoskeleton for business: available grants and subsidies?
Yes, several schemes exist: Innovation Tax Credit (CII), CARSAT subsidies, OPCO aid for training, regional calls for projects. VSEs/SMEs can obtain up to 50% funding. It is advisable to prepare a solid application with quantified data.
Which sectors use exoskeletons in France?
The main sectors are automotive (assembly), logistics (handling), construction (load carrying), food industry (packaging), and aerospace. Usage is rapidly expanding to other industries (metallurgy, pharmaceuticals).
