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).
The hard hat celebrates a landmark birthday, drug use among construction workers – and how to test for it – and safety technology comes to the construction industry. These were among the top construction industry safety stories of 2019.
A controversial rule with worker safety implications gets sidelined, construction company personnel charged with felonies after an occupational fatality and making sure holiday decorating is safe were among the stories featured this week on ISHN.com.
OSHA has formed a national alliance with the National Waste & Recycling Association (NWRA), and Solid Waste Association of North America (SWANA) to protect the safety and health of workers in the solid waste industry.
During the two-year agreement, the Alliance will address transportation hazards, including backovers and distracted driving; slips, trips, and falls; musculoskeletal injuries; heat and cold stress; and needle stick and other hazards.
Working in a manufacturing setting requires many people to perform the same task repeatedly every day. That can mean eight hours or more a day on your feet, as well as straining your back, hips, knees and hands.
For those who hope to retire from manufacturing jobs, repetitive-motion injuries — also called repetitive-stress injuries — could prove a bigger risk than a catastrophic workplace accident.
Developed at JLR’s Gaydon site – home to one of the largest 3D printing facilities in the UK – the glove is based on a lightweight lattice structure optimized to provide support to reduce muscle fatigue but also to be flexible and comfortable enough to wear during an eight-hour shift.
The company claims that it could help better protect employees on the production line from the threat of a musculoskeletal disorder.
If your job tasks include performing the same movements regularly, you could be at risk for developing a repetitive motion injury. Almost any job can be at risk for this type of injury, though some are more likely to cause one than others.
Using your phone on a regular basis is taking a toll on your body. Here are examples:
Smartphone pinky: Twitter users have been sharing photos of how their pinky fingers are bent, dented, and deformed thanks to too-big smartphones. Popular Science suggests these dents are temporary, but hand surgeon Rachael Rohde warns that these dents could be a sign of a different condition.
People who spend lots of time on their smartphones may be scrolling, tapping and swiping their way to carpal tunnel syndrome, a painful wrist and hand disorder.
A small study found a link between extended use of smartphones and other hand-held electronic devices and a greater likelihood for experiencing the telltale wrist and hand pain of the syndrome.
Texting, playing video games, and even taking too many selfies can all lead to repetitive stress injuries.
“In my own practice and via discussions with other musculoskeletal providers, patients, young and mature, are unaware of the risk of injury from their smartphones,” Dr. Renee Enriquez, rehabilitation specialist at UT Southwestern Medical Center, told Healthline.
Among the articles in the June 2020 issue of ISHN Magazine, we offer a detailed analysis of different types of face masks, discuss long-term solutions for businesses figuring out their COVID-19 response plans, focus on hand protection, and much more.