Semiconductor and Electronics Exoskeleton: Definition and Overview

Exoskeleton: Definition and Overview

What is an Exoskeleton ?

An exoskeleton is a piece of worn mobile equipment that allows for greater strength and endurance in limb movement by using a system of electric motors, pneumatics, levers, hydraulics, or a combination of technologies. Exoskeleton robots are a type of professional service robot that can do a variety of tasks. mimics, augments, or enhances the body's natural movements in a range of applications. These robots aid human movement and have a wide range of possible applications, from consumer products to military deployment. The exoskeleton provides support for the shoulder, waist, and thigh, as well as helping movement for lifting and holding heavy objects while reducing back strain.

Types of Exoskeleton:

  • Powered

  • Passive

How Beneficial is Exoskeleton technology?

Exoskeletons provide a number of advantages, including enhanced efficiency and production. Exoskeletons can be utilised in place of industrial robots, obviating the necessity for fully automated systems.

Exoskeletons can also assist older workers in continuing to do physically demanding activities. The most significant benefit is a reduction in worker injuries as well as healthcare and disability costs. In addition, employee turnover is reduced.

In today's market, the main applications for exoskeleton robots are rehabilitation services in the medical business, which train muscular movements and aid in damage recovery more precisely and efficiently than previously possible.

They're used in the military to help combat warriors deal with tiredness and injury. Industrial employees who perform repetitive or hard duties may benefit from partially exoskeletons.

Because powered exoskeletons are more expensive than passive exoskeletons, they have a larger market share. Powered exoskeletons are currently primarily used in the healthcare vertical to assist people with disabilities, but with the introduction of cost-effective systems and their additional benefits over passive exoskeletons, powered exoskeletons will find applications in a variety of new verticals, resulting in the segment's high growth during the forecast period.

For a deeper dive, buy a complete report:

Exoskeleton Market: 47.8% CAGR

Projected Revenue: 3,450 million from 2021 to 2027

Full Report:

Conclusion: An exoskeleton system is a connected man machine equipment that offers mechanical stability to the user by merging human intellect with machine force. It consists of a power wearing suit that is designed to increase user productivity and quality efficiency while performing specific duties. It is fitted with a combination of technologies and electrical connections to run the various components, and it makes use of intelligent algorithms that vary and adapt to the movements of the human body.

Published Date : July-2021