Samsung’s Exosuit Collaboration with Sahmyook University: A Promising Advancement in Age-Tech

Introduction

The intersection of consumer electronics giants and robotics has historically been a breeding ground for skepticism, with a litany of vaporware and overblown promises. Samsung, however, has adopted a more measured approach in discussing its robotic ambitions. While concepts like Ballie have captured the imagination, the company’s advanced dishwashing and food preparation robots remain largely elusive. This article delves into Samsung’s recent partnership with Sahmyook University, resulting in the EX1, an assistive wearable robotic exosuit designed to bolster mobility and balance among older adults.

A Grounded Approach to Robotic Exoskeletons

In 2019, Samsung unveiled a trio of robots at CES, including a wearable exoskeleton that stood out for its practical potential and working prototypes. The EX1, developed in collaboration with Sahmyook University, firmly positions itself within the burgeoning field of robotic age-tech. This hip-worn device specifically targets the challenges of aging, including declining muscle mass, impaired balance, and heightened fall risks.

Enhancing Quality of Life through Wearable Assistance

The Samsung EX1 serves two primary functions: assistive wear and guided exercises. Studies conducted by Professor Wan-hee Lee and his research team have yielded promising results. Participants who donned the EX1 for 50 minutes daily, three times a week for a month, experienced significant improvements in stride length (exceeding 12%) and propulsion (approximately 21%). These findings suggest that the EX1 can effectively enhance mobility, reduce fall risks, and ultimately improve the quality of life for older adults.

Potential Impact on the Wearable Robot Market

The successful development of the Samsung EX1 has broader implications for the global wearable robot market. According to Professor Lee, the findings provide a solid foundation for developing more sophisticated and refined wearable robots, expanding the market’s potential and catalyzing further research and commercialization. This could lead to a wider spectrum of assistive and rehabilitative robotic solutions tailored to diverse needs and populations.

Conclusion

While the precise timeline and availability of the Samsung EX1 remain uncertain, the collaboration with Sahmyook University underscores the company’s commitment to developing practical and beneficial robotics solutions. As assistive wearable robotics gain traction over the next decade, the EX1 represents a promising step forward in addressing the challenges of aging and improving mobility for older adults.