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Robotic Clothes Dress You in Seconds
26 Jul
Summary
- Robotic tubes integrated into fabric use air pressure to unfold and guide garments.
- The SWAG system can dress a person in about 10 seconds, aiding independence.
- This technology shows promise for older adults and those recovering from injuries.
Researchers from South Korea's KAIST and Stanford University have unveiled a groundbreaking technology: self-dressing clothes. This innovative system, named SWAG (Self-Wearing Adaptive Garment), embeds flexible robotic tubes directly into the fabric. These tubes inflate with air pressure, causing the garment to unfold and smoothly guide itself onto the wearer's body.
The SWAG system demonstrates remarkable speed, capable of dressing a person in as little as 10 seconds. This advancement holds significant promise for enhancing independence among older adults and individuals recovering from injuries or surgery, who often face challenges with basic daily tasks like dressing.
The soft robotics approach offers a more natural and safer interaction compared to rigid robotic arms. By building the mechanism into the garment itself, the clothing becomes the assistant, reducing physical strain and supporting comfortable contact with the body.
While currently a research prototype, the technology shows potential for various applications, including assisting semiconductor employees with cleanroom attire or aiding emergency workers. Future development aims to address portability, adaptability to different body shapes, and automated removal, with clinical trials crucial for real-world viability.
