Top 10 Startups developing Bionic prosthesis and Exoskeletons

Updated: April 19, 2024

Bionic prosthesis and exoskeletons represent groundbreaking technologies that are transforming the lives of individuals with limb loss or mobility impairments. Bionic prosthesis utilizes advanced robotics and neural interfaces to provide individuals with natural and functional limb replacements, while exoskeletons use mechanical structures and motors to augment strength and mobility, enabling people with mobility limitations to regain independence and engage in daily activities.
1
Country: USA | Funding: $316.1M
Sarcos is a robotics company developing wearable and teleoperated industrial robotics that improve the safety & productivity of their users.
2
Country: Israel | Funding: $210.6M
ReWalk Robotics is an innovative medical device company that is designing, developing and commercializing exoskeletons allowing wheelchair-bound individuals to stand and walk once again. Our mission is to fundamentally change the Quality of Life for individuals with lower limb disability through the creation and development of market leading robotic technologies.
3
Country: USA | Funding: $192.5M
Ekso Bionics develops wearable exoskeletons for military, civilian and medical uses that augment strength, endurance and mobility.
4
Country: Australia | Funding: $145M
Synchron manufactures and markets a medical device that can be delivered to the brain with a catheter to record neuron signals that might be used to control an advanced prosthetic.
5
Country: France | Funding: $75.9M
Wandercraft develops and sells the first exoskeleton to walk self-balanced, for inpatient rehab and outpatient daily life.
6
Country: USA | Funding: $35M
Verve Motion develops exo-suits to aid workers in physically demanding tasks.
7
Country: Netherlands | Funding: €50K
Xilloc Medical aims to provide patient specific implants to reconstruct parts of the human’s skeleton.
8
Country: USA
Mobius Bionics is a medical device company focused on bringing advanced prosthetic technologies, such as the LUKE arm, to upper-limb amputees.
9
Country: Spain | Funding: €8.1M
60 million people in the world have lost walking ability. 17 million are children affected by a number of neurological diseases. While wheelchair bounded, they suffer from a number of physiological and psychological side effects. Their quality of life could be largely improved if walking could be repaired, restored or rehabilitated. Marsi Bionics works towards this goal.
10
Country: UK | Funding: $14M
Open Bionics is developing affordable and open source 3D printed bionic hands for amputees.
11
Country: USA | Funding: $12M
Roam builds robotic exoskeletons to enhance strength, speed, and endurance for everyday people. We’ve created light, affordable robotic exoskeletons that are designed for everyday life. Whether you ski, walk, run or hike, our products make it easier to move so you can get the most out of life.
12
Country: Germany | Funding: $11.2M
Mecuris develops tailor-made prostheses and orthoses from the 3D printer.
13
Country: Poland | Funding: $11.3M
Aether Biomedical is a rehabiliation robotics startup focused on building bionic limbs for upper limb amputees
14
Country: USA | Funding: $7.1M
SuitX is a VC, industry and government funded start-up bringing advanced accessible exoskeletons to industrial, medical, and military markets.
15
Country: UK | Funding: $9.1M
Touch Bionics is a provider of world-leading prosthetic technologies and supporting services designed to ensure the best possible outcomes for people with upper limb deficiencies. Our advanced products include myoelectric prosthetic hand and prosthetic finger solutions, as well as highly realistic passive functional prostheses that match the natural appearance of the wearer.
16
Country: Italy | Funding: $6.7M
Rejoint has developed a solution for knee replacement based on the integration of 3D Additive Manufacturing (AM), Artificial Intelligence (AI), and Internet of Things (IoT), which enables the design of personalized implants and surgical simulation based on unique patient anatomy.
17
Country: South Korea | Funding: $4.2M
Exosystems provides an IoT rehabilitation solution for rehabilitation patients.
18
Country: Saudi Arabia | Funding: $1.2M
HealTec is a B2B HealthTech and medical rehabilitation manufacturing company that produces medical prosthetics and other devices.
19
Country: USA
Esper Bionics is an award-winning engineering company that builds human enhancement devices. Our first products are Esper Hand, a bionic self-learning hand prosthesis, Esper Control, a wearable brain-computer interface, and Esper Platform, a cloud-based software solution to individualize the control of wearables.
20
Country: Japan | Funding: $819.1K
Exii developed a high quality bionic prosthetic that could cost as little as $300. Exii is aiming to make this product a casual option that can be worn as if it was watch or a pair of glasses, not as a crazily expensive medical device.
21
Country: USA
DEKA's affectionately dubbed “Luke” (after Luke Skywalker), the robotic arm is a DARPA funded project intended to restore functionality for individuals with upper extremity amputations.
22
Country: Iran
Pedasys is a company that designs and manufactures power-assisted robots and rehabilitation systems for disabled patients, elderly people.
23
Country: China
Meinergy aims to create an energy internet network, which includes both home energy management system and grid asset management. Their software can be dubbed as a ‘utility-in-a-box’ solution, providing all components for operation and management of electricity selling companies.
24
Country: Taiwan
The FREE Bionics Inc. team is committed to find better solutions for disabilities through technological advancements. We believe in our principle to make the world the better place for all.
25
Country: Pakistan
Bioniks is a providing services in the field of healthcare through advanced-level prosthesis and surgical planning tools that it created using state of the art technologies and designing techniques.
26
Country: Ukraine
Versi Bionics creates bionic prostheses that combine a reasonable price, service life, quality of gripping the objects.