Versatile, low-cost bionics can reduce muscle strain and prevent injuries across multiple industries.
Based on UC Berkeley engineering research, MAX (Modular Agile Exoskeleton) combines back, shoulder and leg components to form the only passive industrial exoskeleton currently available
Ergonomic design for office workers has been around for decades. These exoskeletal devices aim to bring the idea to industrial workers.
“Heavy lifting” will become an anachronism if one robotics company has its way.
Robotics startup suitX is turning human laborers into bionic workers with a new modular, full-body exoskeleton that will help reduce the number of on-the-job injuries.
Ever wanted strap yourself into a robot exoskeleton and gain extraordinary powers? The SuitX MAX, a three-part exoskeleton launched Wednesday, promises to do just that.
suitX's Modular Agile eXoskeleton (MAX) is made up of three exoskeletons called backX, shoulderX, and legX that can be worn independently or in any combination depending on the need.
suitX, a robotics company out of University of California, Berkeley's Human Engineering Lab, launched an exoskeleton that can help people walk again earlier this year.
Sorry everyone. Not all new tech is about working smarter not harder. SuitX’s new modular exoskeleton is all about having you work longer without the risks posed by overexertion.
Even human workers are becoming more robotic, thanks to cheaper, lighter exoskeletons.
As robotic technology gets cheaper and more capable, even human workers are starting to seem a bit robotic.