Ekso Evo
Ekso Evo – The Exoskeleton for Shoulders, Neck & Overhead Work
The Ekso Evo from Ekso Bionics is a passive shoulder exoskeleton – designed for people who regularly perform overhead work and thus strain their shoulders, neck, and back.
Thanks to interchangeable gas springs, the power assistance can be individually adjusted. It reduces muscle activation and increases endurance during repetitive movements. Due to its small contact area with the body, it is comfortable to wear even in warmer temperatures without restricting freedom of movement.
Your advantages at a glance
- Shoulder & Neck Relief: Specifically reduces muscle activation during overhead work
- Individually Adjustable: Interchangeable gas springs flexibly adapt power assistance to body and activity
- Increased Endurance: Boosts performance in repetitive movements and reduces fatigue
- High Wearing Comfort: Small contact area with the body – comfortable to wear even in warm conditions
- Full Freedom of Movement: Does not restrict natural movement sequences
- Passive & Maintenance-Free: No battery, no motor – ready for immediate use
Technical Details
- Weight: 7.8 kg
- Type: Passive Shoulder Exoskeleton
- Manufacturer: Ekso Bionics
- Application Area: Industry, assembly, craftsmanship & vehicle manufacturing
- Power Adjustment: Individual via interchangeable gas springs
Buy an exoskeleton now and permanently protect your shoulders, neck, and back at work – directly from noonee, your specialist for ergonomic exoskeletons.
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Video guide for Ekso Evo
Introduction and Assembly
This video provides a complete overview of the Ekso Evo's scope of delivery and guides you through the initial steps for commissioning.
Learn which components are included, how to identify them correctly, and what to do before wearing the exoskeleton for the first time.
A structured introduction ensures safety and guarantees that you make optimal use of the Ekso Evo from the very beginning.
Hip Belt Adjustment
The hip belt is your central connection to the Ekso Evo – an optimal fit is therefore crucial for performance and wearing comfort.
In this video, you will learn how to correctly position the hip pads, evenly adjust the toothed belts, and precisely align the recesses with your hip bone. The recommended initial measurements can be found on the inside of the belts and in the user manual.
Fit adjustment
Before using the Ekso Evo, check its fit and comfort – small adjustments can make a big difference.
This video shows you how to correctly adjust the torso length, shoulder alignment, arm cuffs, and hip belt. You'll learn how to identify common misalignments and how to quickly correct them – for an optimal fit and unrestricted freedom of movement in your daily work.
Use of Gas Springs
The gas springs must only be installed when the Ekso Evo is laid flat.
This video shows you how to activate the spring drive, bring the arm into the upright position, and correctly screw in the desired gas spring. Learn what to pay attention to during installation – for secure fastening and perfect function.
Replacement of gas springs
This video shows you how to safely and correctly remove the gas spring from the Ekso Evo.
Learn the sequence for activating the spring drive, guiding the arm into the upright position, and unscrewing the gas spring – for safe disassembly without damaging the components.
Ekso Evo Donning
This video will guide you step-by-step through the correct donning of the Ekso Evo.
Learn how and in what order to correctly adjust the straps, arm cuffs, and hip belt – for an optimal fit and maximum comfort right from the first use.
Ekso Evo Remove
This video shows you step-by-step how to safely and correctly remove the Ekso Evo.
Learn how and in what order to loosen the hip belt, arm cuffs, and straps – for quick, safe removal without damaging the exoskeleton.
A structured removal process protects the components and ensures that the Ekso Evo remains ready for use at all times.
Features of the Ekso Evo
This is how the Ekso Evo works
The Ekso Evo exoskeleton actively reduces muscle strain and improves posture during work. By using air springs that provide adjustable force support from 2.3 to 7.1 kg per arm, the body is specifically relieved of strain. The system follows natural movements without restricting them and, thanks to its open design, ensures good ventilation. With its slim design and minimal contact points with the body, the Ekso Evo offers a high level of comfort, even during long work sessions. It can be put on and taken off independently in just 30 seconds.
Scope of delivery of the Ekso Evo
The Ekso Evo single configuration includes an Ekso Evo, a pair of arm cuffs in size M, a pair of torso supports in sizes S, L, and XL, a pair of air springs in strength 2, a carrying case, and an instruction manual. Numerous accessories are also available for purchase separately.
Ekso Evo is suitable for these body heights
The Ekso Evo is available in one size. The exoskeleton can be worn by people between 150 and 220 cm tall.
Passive exoskeleton
The Ekso Evo is a passive exoskeleton. Therefore, no battery is required for its use.
FAQ about the Ekso Evo
Visit our FAQs page to learn more.
Why buy an exoskeleton?
Purchasing an exoskeleton is worthwhile if employees regularly work in strenuous positions – such as standing, squatting, or bending over. The exoskeleton reduces physical strain, supports ergonomically correct posture, and improves workplace safety.
How does the Ekso Evo differ from other exoskeletons?
The Ekso Evo differs from other exoskeletons due to its slim design, which allows for a high level of comfort when working at shoulder height or overhead. Furthermore, the power support for the arms can be individually adjusted using different air springs.
What do I need to consider when conducting a risk assessment for an exoskeleton?
As part of the risk assessment, we examine the physical strain present and how an exoskeleton can be effectively integrated. We support companies with the ergonomic evaluation, selection of the appropriate model, and documentation in accordance with legal requirements.
What are the price and costs of an exoskeleton in industrial use?
The price and total cost of an exoskeleton are determined by its robustness, frequency of use, equipment variants, and integration effort. For many businesses, the exoskeleton quickly pays for itself through fewer complaints, less fatigue, and significantly improved ergonomics.