AUXIVO was founded in 2019 as a spin-off from the Swiss Federal Insistute of Technology (ETH) in Zurich, Switzerland.
They develop wearable exoskeletons that support workers executing physically demanding tasks. Our products reduce workload, exhaustion and fatigue to ensure the workers’ long-term wellbeing.
AUXIVO’s product range includes:
– LiftSuit 2,
– CarrySuit,
– EduExo.
Auxivo AG
Sonnenbergstrasse 74
8603 Schwerzenbach
Switzerland
info@auxivo.com
+41 77 250 35 31
Company Info
Headquarters
2019
Founded
$325k
Funding
Private
Revenue
Products
CarrySuit
CarrySuit is an upper-body exoskeleton designed to reduce the load on the hands, arms, shoulders, and back when carrying and holding heavy loads. It is a passive device that comprises a firm exoskeleton frame extending from the user’s hip to above their shoulders. The device can be directly linked to external payloads using an adapter.
LiftSuit 2
The LiftSuit is a textile exoskeleton that is lightweight (less than 0.9kg) and is used to support the back and hip muscles while lifting objects from below hip level or when working in a forward-leaning position.
The main objective of the LiftSuit is to reduce workload, muscle fatigue, and exhaustion. It is designed to be a versatile support system that can be worn anytime and anywhere the user needs it.
The LiftSuit is a wearable exoskeleton that can be used in situations where traditional means, such as cranes or conveyor belts, are not suitable. It can be worn like clothes and is perfect for situations such as inside airplane holds or buildings.
EduExo
EduExo is a robotic exoskeleton kit that can be assembled and programmed by the user. It comprises all the necessary hardware for building an exoskeleton, and an accompanying guidebook that offers a step-by-step tutorial for assembly. Additionally, the guidebook contains detailed information about the history, functionality, and technology of exoskeletons.
By the end of the assembly process, users will have gained a good theoretical understanding of exoskeletons, as well as practical hands-on experience building and programming their own robotic exoskeleton.
