Semi-Active Exoskeletons with Integrated AI
The new strength of your work: less effort, more safety, more efficiency.

ROBOTICS ON A HUMAN SCALE

AGADEXO Shoulder and AGADEXO Lowback exoskeletons are wearable robots designed to reduce strain on shoulders and back during lifting and manual load handling.

The semi-active technology recognises the operator's movements and intervenes only when needed, offering intelligent support that lightens the work and improves safety, preventing muscular disorders.

The carbon fibre structure guarantees lightness and strength, while the ergonomic design ensures freedom of movement throughout the entire shift.

AI AND INTELLIGENT ASSISTANCE

THE EXOSKELETON THAT ACTIVATES ONLY WHEN NEEDED

Thanks to advanced sensors, wireless sensor armbands and artificial intelligence algorithms, AGADEXO automatically recognises lifting, lowering and picking movements.

Assistance activates selectively, providing additional force only at critical moments. The result is precise, natural and immediate support that does not interfere with the pace of work.

The AI works like a “sentinel” that instantly decides when to intervene, turning the operator into an efficient and safe human-machine hybrid system.

WHERE AGADEXO MAKES THE DIFFERENCE:
OUR EXOSKELETONS FOR HEAVY WORK

Target Sectors and Use Cases

Lifting, Transport and Unloading Assistance
Manufacturing and Automotive, Logistics and Retail, Food and Others

Agadexo Shoulder and Agadexo Lowback are suitable for manual load handling, supporting the operator in repetitive lifting and in activities requiring prolonged effort on shoulders and back.

The Agadexo exoskeleton for heavy work is ideal in various industrial sectors:

Manufacturing and Automotive: Assists in repetitive and strenuous handling of semi-finished and finished products, reducing muscular effort and the risk of overload disorders.

Logistics: Ideal for picking, end-of-line palletising and handling bulky loads at high frequency, improving comfort and productivity.

Retail: Supports the repeated lifting and handling of packages needed to restock shelves and manage inventory from warehouse to store.

Specific Use Cases: Common applications include quality control, foundry parts production, sheet metal working, end-of-line logistics and other activities requiring frequent lifting or overhead movements.

Did you find your sector among these? Do you think the exoskeleton could also be useful for your business? Do not hesitate to request more information!

Designed for repetitive lifting activities, AGADEXO LOWBACK detects the operator's movements and provides up to 50 Nm of support at moments of maximum load. It reduces lumbar stress, improves posture and protects the back during heavy, continuous operations.

INTELLIGENT ASSISTANCE

SEMI-ACTIVE TECHNOLOGY: LUMBAR AND SHOULDER SUPPORT WITH HYBRID SPRING-MOTOR SYSTEM

The hybrid system combines an elastic spring mechanism with a low-consumption electric actuator, reducing component weight and optimising energy autonomy. This architecture keeps the overall weight of the device down (about 6 kg for Agadexo Shoulder), improving operator comfort and guaranteeing constant assistance without fatigue. The soft, removable harnesses ensure hygiene, optimal fit and ease even during long shifts.

Agadexo: Semi-Active technology.

IoT CONNECTIVITY AND INDUSTRY 4.0

The AGADEXO platform is designed for collecting and analysing operational data, supporting companies in continuous improvement processes and in strategies for preventing musculoskeletal disorders. IoT connectivity enables integration into Industry 4.0 systems, in different ways depending on the model.

Agadexo Shoulder.

The system is technically designed for data collection and integrates the hardware required for connectivity. The IoT service is not active by default, but can be implemented on request for large-scale projects, with configurations customised to the company's needs.

Agadexo Lowback.

For this model the IoT service can be activated. Integration involves an additional cost, defined case by case according to the data and parameters the user wishes to monitor.

Request technical information

Agadexo: wireless sensor armband and machine learning AI.

QUICK AND VERSATILE USE

The modular structure of AGADEXO exoskeletons allows quick donning and doffing, ideal for intermittent activities or shifts with multiple operators. The decoupling mechanism lets you switch in seconds from assisted phases to completely free movements, maintaining maximum productivity. Battery life of up to 8 hours covers an entire work shift without interruptions.

AGADEXO exoskeletons are designed to integrate naturally with the operator's movements, without limiting freedom of action.

AGADEXO SHOULDER: HEALTH, SAFETY AND PRODUCTIVITY

Adopting our work exoskeleton offers measurable, strategic advantages for the industrial environment:

1. Reduce Muscular Effort: Independent ergonomic tests, carried out by the University of Verona, measured the reduction in muscular stress (via electromyographic sensors - EMG).

2. Minimise Injury Risk: By reducing muscular wear, the risk of musculoskeletal disorders and occupational diseases is reduced. The exoskeleton has obtained ESO-EAWS® certification from Fondazione Ergo.

3. Improve Productivity: Hybrid technology and intelligent assistance (AI) minimise consumption and improve comfort. With an 8-hour battery life, the operator benefits from constant support for an entire work shift, maintaining high work capacity and helping to improve overall productivity.

Results of Independent Ergonomic Tests (University of Verona)

The tests measured the reduction in muscular effort (via electromyographic sensors - EMG) between cases with and without the exoskeleton. Here are some examples of the percentage reduction in muscular stress observed in specific lifting scenarios (8 kg - 13 kg):

Upper trapezius: Up to 46% stress reduction.
Anterior deltoid: Up to 43% stress reduction.
Latissimus dorsi: Up to 37% stress reduction.
Erector spinae: Up to 26% stress reduction.