Exoskeletons used in the workplace are referred to as “industrial exoskeletons.” Their purpose is to augment, amplify, or reinforce the performance of a worker’s existing body components—primarily the lower back and the upper extremity (arms and shoulders). Despite a lack of research, manufacturers of these devices claim productivity gains, work quality improvements, and a reduction of the risk of work‐related musculoskeletal disorders (WMSDs).
How do manufacturing companies know the best and safest way to design workplaces and assign tasks? Ideally, injuries and illnesses should be prevented, but historically companies have adjusted their workplace policies, practices and procedures after an injury or illness occurred.
In a NIOSH-supported study at the University of Iowa’s College of Public Health, researchers tested the role of computer simulation in promoting workers’ well-being by designing safer work.
People who work outside or who do the heavy lifting for a living are often jealous of office workers. “They have it so easy!” you hear them say, “They never have to worry about the heat, the cold, or being injured.”
While the office temperature is debatable, it is not true that desk jobs carry no risk of injury. The CDC states that in 1999, about 1 million people took time off work to recover from musculoskeletal injuries due to poor economics, costing businesses about $50 billion each year in lost wages and productivity.
Hamilton Caster is proud to announce a new lineup of ergonomic casters, wheels, and related accessories. The new running gear is designed to satisfy high standards established by leading ergonomists and safety managers in today’s manufacturing environments.
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In manufacturing and other industries where lifting is part of the job, disorders that affect the muscles and bones are a common problem. In fact, musculoskeletal disorders cause one-third of work-related injuries resulting in missed workdays, costing about $45 to $54 billion annually in lost productivity and treatment, according to estimates from the National Research Council and the Institute of Medicine.
Standing five hours a day contributes lower-limb muscle fatigue, a small study concluded, and may raise the risk for long-term back pain and musculoskeletal disorders, according to WedMD’s HealthDay.
Study authors report almost half of all workers worldwide spend more than three-quarters of their workday standing.
On the road every day, transportation workers are responsible for the safe delivery of passengers, materials and goods across the United States. Bus drivers ensure our kids and family members arrive safely.
Shawn Roll has expertise in a specific type of “handiwork.” Roll, an assistant professor at the USC Chan Division of Occupational Science and Occupational Therapy, focuses primarily on research for the prevention, rehabilitation and assessment of musculoskeletal disorders like carpal tunnel syndrome (CTS).
When you think of dangerous jobs, what comes to your mind? Police officers, firefighters and construction workers might top the list for most people. Tractor-trailer truck drivers probably don’t come to mind, but Bureau of Labor Statistics data show that driving a truck is risky in ways you might not expect.
The work that manual therapists do is physically demanding. Practitioners often use repetitive movements, hand force, static loading and awkward postures in their work, all recognized risk factors for developing musculoskeletal disorders (MSDs).
Among the articles in the February 2020 issue of ISHN Magazine, we feature the latest in hand protection and PPE, see four bonus articles on safety trends, Mediterrean diet and male menopause, hand protection, and safety gloves, read about anxiety's role in the workplace, and much more.