WEARABLE ROBOTICS
EXHIBITOR AT ARAB HEALTH 2025
HALL R - STAND N39
HALL R - STAND N39
Address | Via Guidiccioni 1-3 |
City | 56010 San Giuliano Terme (PI) |
Country | Italy |
Phone | +33-607939929 |
info@wearable-robotics.com | |
Website | nexumrobotics.com |
COMPANY CONTACTS
Elena Lencioni: e.lencioni@wearable-robotics.comFOLLOW COMPANY ON
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COMPANY KEYWORDS
neurorehabilitation, robotic , exoskeleton, bilateral, mirror therapyCOMPANY PRODUCT GROUPS
Orthopedic & Physiotherapy / RehabilitationRehabilitation Equipment & Devices
COMPANY PROFILE
Wearable Robotics operates in the service robotics sector, with a specific emphasis on utilizing wearable robots in industrial and medical settings. The company is dedicated to creating, manufacturing, and selling advanced wearable robotic devices. It was founded as a spin-off of the Scuola Superiore Sant’Anna, an internationally recognized center of expertise in the field of wearable robotics.Wearable Robotics aims to change the paradigm of neuromotor rehabilitation through the development of highly innovative devices that incorporate within them unique configurations and performance levels that cannot be replicated by competitors. In the area of manual handling of loads, it maintains the same level of ambition through the development of devices with high reach and superior performance levels thanks to the sectoral declination of a unique and proprietary technology platform. NEXUM Medical is the medical division of Wearable Robotics, dedicated to meeting the needs of robotic technology for neuro-motor rehabilitation and assistance to people with motor disabilities. Specializing in the design, manufacture, and sale of robotic devices for upper extremities, Nexum offers a variety of solutions ranging from VR-integrated robotic systems of both active and passive types.
NEXUM Industry is the industrial division of Wearable Robotics that develops exoskeleton devices dedicated to aid in manual handling of loads. The products in this field of application are exoskeletons capable of producing supporting forces on the objects to be handled, with the aim of reducing worker fatigue and the occurrence of occupational diseases to the musculoskeletal system.
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