Ergonomics Safety
Learn about the importance of ergonomics in the workplace, ergonomic hazard prevention, and the 10 basic ergonomic principles to improve productivity.
Safety
Top 10 workplace safety statistics
Learn about the importance of ergonomics in the workplace, ergonomic hazard prevention, and the 10 basic ergonomic principles to improve productivity.
Ergonomics safety refers to the systems, equipment, and practices in place that aim to keep people safe and healthy by doing and following the proper body positions needed for a certain task, particularly in the workplace. It ensures that a worker’s environment is equipped with the necessary tools to promote a safe working experience fit for their body and their responsibilities.
The practice of ergonomics safety principles can be possibly traced back to the early Egyptian, Greek, and Roman dynasties, where findings have shown that tools and other manmade devices (e.g. pulleys, wheels) were created to minimize workload.
Fast forward to the aftermath of the Industrial Revolution, people began developing factory machinery with some design principles closer to how we practice modern ergonomics. In 1857, Wojciech Jastrzebowski, a Polish scholar, then coined the term ‘ergonomics’ —which comes from the Greek words ergon (work or labor) and nomos (natural laws)—in his publication.
The modern principles of ergonomics safety became more prevalent during World War II as interest in logical human-machine interaction grew and military equipment, machinery, and weaponry became more complex. Human factors need to be taken into account to ensure that these advanced systems are to be operated safely.
When World War II concluded, research on ergonomics and safety continued to expand as more and more technological advancements were introduced. Perhaps the most noteworthy development in modern ergonomics safety happened in the field of human-computer interaction, brought on by the explosion of computer usage in the workplace and, soon after, the home.
Ergonomics, as defined by the International Ergonomic Association, is the scientific discipline concerned with the understanding of interactions among humans and other elements of a system, and the profession that applies theory, principles, data, and methods to design to optimize human well-being and overall system performance. When the principles of ergonomics are applied in the context of workplace safety, the concept of ergonomic safety is born.
Ergonomics safety ensures that the products, methods, and environment that a worker uses are appropriate to fit the worker’s job requirements and personal capabilities. Without proper ergonomics, the chances of a person getting hurt increases exponentially. Through wrongly timed or executed movements, improper handling of equipment, and harsh environments, the musculoskeletal system can be negatively affected, leading to fatigue, pain, and even injury.
In fact, ergonomic disorders make up for some of the fastest-growing category of work-related illness. According to the US Bureau of Labor Statistics, they account for a significant percentage of illnesses reported to OSHA per year on average. Further, around two million work-related Musculoskeletal Disorders (MSDs) also occur yearly in the US alone, which has prompted initiatives to address ergonomics safety in injury-leading industries such as manufacturing.
Many of these are caused by ergonomic work-related injuries like Carpal Tunnel Syndrome (CTS) alone, tendinitis, rotator cuff injuries, muscle strains, and low back injuries due to risk factors like high task repetition, forceful exertions, and repetitive awkward postures.
The implementation of ergonomics safety as part of the workplace safety program helps ensure that employees’ capabilities and physical limitations are matched with the right tools and working spaces to ensure comfortable and safe working conditions for them. The benefits of an ergonomics safety program can not only make an impact on the lives of employees, but it can also make a difference in the overall efficiency of the entire organization.
Here are some of the most notable benefits of ergonomic safety in the workplace:
By systematically reducing ergonomic risk factors, you can prevent costly MSDs. With approximately $1 out of every $3 in workers’ compensation costs attributed to MSDs, this represents an opportunity for significant cost savings.
Workers who experience discomfort on the job may find shortcuts or workarounds that could result in incidents and injuries such as slips, falls, and lacerations. Implementing an ergonomics program and encouraging workers to report ergonomic issues early helps prevent MSDs as well as other common workplace incidents.
Healthy employees are your most valuable asset; creating and fostering the safety & health culture at your company will lead to improved productivity for your organization. Effective ergonomic safety programs can promote good posture at all times, less exertion, fewer motions, and better heights and reaches, thus helping employees to work more comfortably and efficiently in their workstations.
Employees notice when the company is putting forth its best efforts to ensure their health and safety. It shows your company’s commitment to safety and health as a core value. If an employee does not experience fatigue and discomfort during their workday, it can reduce turnover, decrease absenteeism, improve morale, and increase employee involvement.
Here are some general ergonomic safety tips to help prevent the most prevalent ergonomic hazards:
Redesign workstations to eliminate awkward postures.
Provide adjustable equipment that can be used by workers to allow neutral postures.
Maintain good body posture.
Be knowledgeable about body limitations.
Provide carts for transporting materials to eliminate lifting.
Require all loads to be labeled with their weight.
When lifting, keep your back straight and lift with your legs.
Assign two or more staff to lift heavy objects depending on weight.
Lift slowly and carefully.
Don’t twist or turn your spine while carrying the load.
Use shoulder pads to cushion loads carried on the shoulder.
Use knee pads for kneeling tasks.
Store materials at waist height to minimize reaching.
Design containers with handles for easy gripping.
Rotate workers among different tasks to avoid repetitive motions.
Improve the work schedule to minimize excessive overtime that causes fatigue.
Increase staff to reduce individual workloads.
Provide sufficient employee breaks.
Adequate recovery time can reduce fatigue.
Provide workers with training on ergonomics policies and procedures.
Follow good housekeeping practices.
Keep floors free of obstruction.
Use tools in good condition that fits the hand.
Properly maintain power tools to reduce exposure to vibration.
Use gloves to protect against vibration and rough surfaces.
Always practice proper machine handling.
Ergonomic principles are guidelines designed to optimize the interaction between humans and their work environment. Follow these 10 ergonomic principles to reduce injuries and improve productivity tasks in the workplace.
In the neutral position, the muscles and ligaments, which span the joints, are stretched to the least possible extent
If the work is too far from the body, the arms will be outstretched and the trunk bent over forwards
Keep materials within easy reach. The further the trunk of the upper body is bent forward, the harder it is for the muscles and ligaments of the back to maintain the upper body in balance.
Twisted postures of the trunk cause undesirable stress to the spine.
No posture or movement should be maintained for a long period of time to minimize fatigue from static load. Prolonged postures and repetitive movements are tiring.
It is necessary to limit the extent of forward and sideways reaches to avoid having to bend over or twist the trunk
The hands and elbows should be well below shoulder level when carrying out a task
Be guided on weight limits as instructed in the lifting safety training
When only one hand is used to carry a load, the body is subject to mechanical
Many lifting accessories are available to help lift and move loads
Ergonomic assessments are used to evaluate how individuals use their bodies when interacting with their environment, particularly in a work setting. They involve identifying potential risks and hazards that may lead to musculoskeletal disorders (MSDs), including carpal tunnel syndrome, tendinitis, muscle strains, and low back injuries. These conditions are among the most common ergonomic injuries in the workplace. The assessments enable the implementation of ergonomic solutions, such as adjusting workspaces, equipment, and tasks, to minimize physical strain and discomfort while maximizing efficiency.
Mitti (by SafetyCulture) is an inspection software that provides visibility and insights to help raise ergonomic safety across the organization. With Mitti (by SafetyCulture), a competent person can record ergonomic issues found in the workplace and immediately send reports using a mobile device anytime, anywhere. Ergonomic assessments are automatically stored in the cloud which makes it easier to access, review, and share within the organization.
Mitti (by SafetyCulture) also offers Training for proper ergonomic practices, assessments, and safety procedures, allowing you to manage all things ergonomics in one place. You can create your own training module to fit your needs or download a premade one and customize it as you see fit.
Mitti (by SafetyCulture) is a mobile-first operations platform adopted across industries such as manufacturing, mining, construction, retail, and hospitality. It’s designed to equip leaders and working teams with the knowledge and tools to do their best work—to the safest and highest standard.
Efficiently manage and streamline health and safety processes across the organization, including ergonomic risk assessments, workplace environment safety audits and inspections, and more, using a comprehensive ergonomics safety software solution.
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