Exoskeletons•Ekso Bionics•Commercially available
Ekso Bionics Ekso EVO
By Ekso Bionics
The Ekso EVO is a spring-loaded upper-body exoskeleton with 2.3 to 6.8 kg of support per arm.
The Ekso EVO is a passive exoskeleton from Ekso Bionics that helps workers with overhead tasks. It is a spring-loaded vest attached at the waist with two supports to the shoulders, without battery or power supply. According to the manufacturer it gives 5 to 15 lb (about 2.3 to 6.8 kg) of lift assistance per arm when the springs are activated, for tasks without tools or with tools up to about 8 lb (about 3.6 kg). It succeeds the EksoVest, which Ford tested in several US plants; Ford reports 83 percent fewer injuries. That last point is the manufacturer's statement about a trial, not an independent measurement. The guide already has an exoskeleton from Ekso's medical line.
- Passive upper-body exoskeletonIn the exoskeletons category.
Status 2026
Commercially availableThis model is listed as commercially available. Delivery, configuration and support vary by supplier and region.Designed for
- Overhead work
- Assembly line
- Construction
- Type
- Exoskeletons
- Origin
- United States
- Deployment
- Not confirmed
- Region
- Not publicly confirmed
- Applications
- 3 applications
What is Ekso Bionics Ekso EVO?
Ekso Bionics Ekso EVO is an exoskeleton from Ekso Bionics from United States, listed for overhead work, assembly line and construction. Market status: commercially available. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
Facts
Did you know?
Notable facts about Ekso EVO, its manufacturer and this type of robot
Robotleasen lists 3 robots from Ekso Bionics. You can find them all on the supplier page.
Our perspective on Ekso EVO
The Ekso EVO is a passive exoskeleton from Ekso Bionics that helps workers with overhead tasks. It is a spring-loaded vest attached at the waist with two supports to the shoulders, without battery or power supply. According to the manufacturer it gives 5 to 15 lb (about 2.3 to 6.8 kg) of lift assistance per arm when the springs are activated, for tasks without tools or with tools up to about 8 lb (about 3.6 kg). It succeeds the EksoVest, which Ford tested in several US plants; Ford reports 83 percent fewer injuries. That last point is the manufacturer's statement about a trial, not an independent measurement. The guide already has an exoskeleton from Ekso's medical line.
Business fit
When might Ekso EVO be a fit?
An initial view based on the recorded category and model information
May be suitable for
- Organisations assessing a robot for a defined task and work environment.
- Teams comparing the robot's recorded profile with other options.
- Businesses that want to validate the application and integration requirements.
Considerations
- Confirm capabilities and current availability with the manufacturer or supplier.
- Check the work environment, integration needs and local support before selecting a model.
Market and supply
Availability
A profile status is not a confirmed offer or delivery time
- Market status
- Commercially available
- Region
- Not publicly confirmed
- Lease / RaaS
- Not confirmed
- Rental
- Not confirmed
Manufacturer and supplier
About Ekso Bionics
Organisation named in the documentation for EksoNR, Ekso Indego Therapy. This profile links to product or developer information; current support and supply are unconfirmed.
View supplierCompare
Compare Ekso EVO
| Feature | Ekso EVOEkso Bionics | X-ble ShoulderHyundai Motor Group | MATE-XT GOComau |
|---|---|---|---|
| Market status | Commercially available | Commercially available | Commercially available |
| Application | Overhead work, Assembly line | Overhead work, Assembly | Overhead work, Assembly |
| Deployment | Not confirmed | Not confirmed | Not confirmed |
| Region | Not publicly confirmed | Not publicly confirmed | Not publicly confirmed |
Explore alternatives
Alternatives to Ekso EVO
Profiles from the same category, selected by similar applications
Ottobock · Exoskeletons
Paexo Shoulder
Commercially availableDifferent application: maintenanceView robotOttobock · Exoskeletons
Paexo Back
Commercially availableDifferent application: liftingView robotSkelex · Exoskeletons
Skelex 360
Commercially availableDifferent application: weldingView robotFrequently asked questions
Questions about Ekso EVO
What is the Ekso Bionics Ekso EVO?
Ekso Bionics Ekso EVO is an exoskeleton from Ekso Bionics from United States, listed for overhead work, assembly line and construction. Market status: commercially available. Availability and deployment options should be confirmed with a supplier. Robotleasen does not sell robots; it helps businesses compare suppliers and recorded information.
Which supplier is listed for the Ekso Bionics Ekso EVO?
Ekso Bionics Ekso EVO is listed under Ekso Bionics, based in United States. Check local sales and support terms directly with the supplier.
Is the Ekso Bionics Ekso EVO available to buy or lease in the Netherlands?
Commercially available. Deployment: not confirmed. Whether this model is available to buy, rent or lease in the Netherlands depends on the supplier. Ask a supplier to confirm current availability.
How much does the Ekso Bionics Ekso EVO cost?
No reliable public price is listed for this model. Costs depend on configuration and supplier.
What is the Ekso Bionics Ekso EVO used for?
The applications listed for the Ekso Bionics Ekso EVO include overhead work, assembly line and construction.
What are alternatives to the Ekso Bionics Ekso EVO?
Profiles include Ottobock Paexo Shoulder, Ottobock Paexo Back and Skelex 360. Compare their applications, specifications and market status.
News and insights
Articles are currently available in Dutch
Next step
Ask about Ekso EVO
Review the recorded market status, applications and alternatives for this robot.
Sources and checks
Checked against the manufacturer · last checked
- Manufacturer eksobionics.com
Specifications are generally based on manufacturer information and have not been measured by Robotleasen. See our editorial approach.