We have seen plenty of exoskeletons being developed over the years designed to support humans and assist them with super strength, the only problem was that none of them were available for sale. Cyberdyne, Japan has now officially launched its Robotic exoskeleton called HAL to the market. The HAL can augment the strength of the person wearing it by ten fold.
Come October, the university-based firm will crank out up to 500 HAL suits every year with a view to helping disabled people, rescue workers and even construction and factory workers. It will cost around £500 for individual users for a month's rent and twice that to medical organizations. Although it's currently available only in Japan, Cyberdyne has already opened an EU office in Amsterdam.
What Makes This Trend Stand Out
- Robotic Exoskeletons
- The availability of HAL exoskeletons for purchase from Cyberdyne presents an opportunity for the development and implementation of advanced robotic exoskeletons for disabled individuals, rescue workers, and those in manufacturing and industrial fields.
- Assistive Technology
- The creation of HAL exoskeletons and its increased accessibility indicate a trend towards increased development and implementation of assistive technology to improve the quality of life for individuals with disabilities, as well as workers in various fields.
- Augmented Strength Technology
- The development and sale of HAL exoskeletons presents an opportunity for innovation in the field of augmented strength technology, which can be utilized by a range of industries and sectors to enhance the physical capabilities of humans and improve efficiency.
Sectors Adopting This
- Healthcare Industry
- The development and availability of HAL exoskeletons presents an opportunity for the healthcare industry to improve the quality of life for individuals with disabilities, and to explore the potential of robotic exoskeletons in medical treatment.
- Robotics Industry
- The creation and sale of HAL exoskeletons signals a trend towards increased investment and innovation in the robotics industry, particularly relating to robotic exoskeletons and their potential applications.
- Manufacturing Industry
- The introduction of HAL exoskeletons could generate a range of possibilities for the manufacturing industry, including increased productivity and efficiency for workers, and a reduced risk of injury and accidents in the workplace.
