InteSpring, founded in 2006, is a developer of exoskeletons using gravity compensation and force actuation in humans. Their exoskeletons have applications in military, medical orthoses and industrial/manufacturing settings. They've also created spin-off companies such as Laevo which evolved from the X-Arm project, started by InteSpring in December 2009 as a grant project. It was a collaboration between TU Delft, InteSpring, SenterNovem (nowadays Rijksdienst voor Ondernemend Nederland | RVO.nl) and Stichting Agis: "The development of an exoskeleton for supporting the upper body during lifting in health care." At the end of 2013, the project was completed and with the participation of Achmea Zorgparticipaties, the company "Laevo" was founded on the 4th of September 2013.

Mobius Bionics provides advanced prosthetic technologies to upper-limb amputees. Its product comes in different specifications that can be controlled by a variety of input devices. Features of their product include proportional speed control, a compound wrist, tactile feedback, and virtual reality training for users.

Marsi Bionics develops exoskeletons that give mobility to injured and disabled people. It offers modular gait exoskeletons, ranging from single-joint active orthoses to full trunk, hip, knee, ankle, and foot active orthoses. The company was founded in 2013 and is based in Madrid, Spain.

Pedasys designs and manufactures a lower-body exoskeleton that allows paraplegic or elderly individuals who are lower-limb disabled to walk.

Rejoint is a start-up focused on new technology and surgical approaches in Total Knee Arthroplasty. 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.

Gogoa Mobility Robots develops affordable and effective wearable solutions to help humans increase capacity for movement.