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.
Thirty-five years ago in a downtown St. Paul (MN) hospital, Ergodyne founder Dr. Thomas W. Votel sparked an industrial safety revolution with a unique solution to a widespread — and costly — problem.
“I always had a concern about the injuries we saw in work comp claimed in the health services industry,” recalls Dr. Votel. “Most of those complaints were due to injuries which occurred on the job.
Thanks to low operating costs, intrinsic mechanical properties, and the increased production of light vehicles, the global welding products market is set to surge, climbing from $11.82 billion in 2015 to $19.76 billion by 2025.
An Amazon warehouse wall collapses, killing two workers; OSHA issues a final rule on crane operators and managers at one company are indicted for obstructing an OSHA fatal accident investigation. These were among the top occupational health and safety stories featured on ISHN.com this week.
Workplace wellness programs often offer an array of health-improvement activities, including courses to quit smoking, exercise or physical fitness classes, nutrition or stress management education, and ergonomic testing of work conditions and equipment. In 2017, 39% of private industry workers and 63% of state and local government workers had access to such programs, but access doesn't always mean that workers use these programs.
Without proper footwear and appropriate support for the job, employees can be subject to more than just discomfort. Workers are often faced with back, ankle, knee and hip pain, bad posture and foot problems like plantar fasciitis, sprains, bunions and corns.
As of 2015, 80% of active surface mining operations were extracting stone, sand, and gravel. A majority of job-related tasks in surface mining require workers to maintain awkward postures, perform repetitive movements, and operate vibrating machinery.
Pankaj Singh is a recent Ph.D. graduate in mechanical engineering from Cornell University. He is also a co-founder of OrthoFit Inc, a new company developing smart wearables and software. ISHN interviewed Pankaj by email to discuss smart glove wearables.
Work-related musculoskeletal disorders (MSDs) may not make the headlines like more dramatic injuries do, but they nonetheless have a considerable –and negative – impact on companies’ bottom lines. The Bureau of Labor Statistics (BLS) reports in 2013, MSD cases accounted for 33% of all worker injury and illness cases. Work related MSDs are among the most frequently reported causes of lost or restricted work time.
Have you ever wondered if your job involves more standing, bending, or lifting than other jobs? Or if there are ways you could avoid injuries from these movements while on the job?
Last week, NIOSH published an article on frequent exertion and frequent standing among US workers by industry and occupation group.
Among the articles in the April 2019 issue of ISHN Magazine, we have expert insight on the world of safety technology, the latest innovation in respiratory protection, offer a closer look at robotics and welding, and much more.