Category Archives: Aerial Lift Certification

Why Wear Protective Eyewear

(Updated July 2020)

Our eyes are perhaps our most important sensory organ. So, it makes sense to take care of them at work with glasses.

Eye Safety Facts That Every Employer Needs to Know

The National Institute for Occupational Safety and Health (NIOSH) reports that around 2,000 workers suffer job-related eye injuries every day in the U.S. Many of these injuries are serious enough to require medical treatment.

Poor eye protection safety also has a major economic impact. Each year, eye injuries result in more than $300 million in medical costs, workers compensation claims, and lost time on the job. Plus, most on-the-job eye injuries occur due to the fact that workers weren’t wearing goggles or glasses or were wearing inadequate eye protection for the job.

Many eye injuries are minor, but even these injuries can result in long-term vision problems. Some minor eye injuries can escalate and cause long-lasting damage, and the most serious eye injuries can blind a worker.

Although eye injuries are problematic, they may be preventable. In fact, OSHA estimates that up to 90% of eye injuries can be prevented by wearing proper safety eyewear.

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How and Why Do Eye Injuries Occur?

Most job-related eye injuries occur when small objects land in the eye. These include things like dust, wood chips, and metal slivers.

Other causes of eye injuries include:

– Nails, staples, or metal scraps that pierce the eyeball

– Blunt force trauma from falling objects

– Workers running into an object face first

– Splashes from chemicals or cleaning products

– Thermal or radiation burns that occur while welding

– Spending extended periods of time working at a computer

OSHA requires workers to wear eye and face personal protective equipment (PPE) under two conditions. One is when eye safety hazards exist on a jobsite. The other is when it is likely that wearing eye safety PPE could prevent an injury.

Common Eye Protection Safety Hazards That Require PPE

The following eye protection safety hazards are present in a wide range of work environments:

– Projectiles, including dust, metal, and wood

– Chemicals in liquid or gas form

– Radiation, especially UV, infrared, and lasers

– Harmful pathogens from blood and body fluids

Workers may require eye safety glasses or other PPE to safely complete tasks in settings where one or more of the aforementioned hazards are present.

Are Eye Safety Glasses or Other PPE Necessary for All Workers, at All Worksites?

The PPE to be worn depends on the type of hazards present in a work environment.

Some worksites include more than one eye hazard, and proper eye safety protection must account for all on-the-job hazards.

Workers in some industries have a higher risk for eye injuries than others. These industries include:

– Construction

– Manufacturing

– Mining

– Welding

– Carpentry

– Electrical work

– Auto repair

– Plumbing

– Maintenance

Employers in any of these industries must provide their workers with the proper eye protection. That way, these employers can help their workers see clearly and limit the risk of eye injuries at work.

Does Your Business Need an Eye Safety Program?

Eye safety should be an integral part of every company safety program. Your workplace safety manual should cover all OSHA eye protection guidelines and contain guidance on:

– When to wear eye protection

– What type of eye PPE to wear (based on the job)

– How and where workers can get the PPE eyewear they need

– Consequences of eye safety violations

To select the right eye safety PPE for each job, list all potential eye hazards. Then, look at how workers are exposed to these hazards. Take into account the personal vision needs of each worker. Also, consider whether other types of PPE are used.

PPE eyewear needs to fit snugly but comfortably. If not, it should be adjustable, so it can provide full eye protection. Eye PPE also should not disrupt employees’ peripheral vision.

Different Types of Eye Safety PPE

Eye safety PPE ranges from basic safety glasses to special protection devices for high-risk jobs. Common eye PPE includes:

1. Eye Safety Glasses

Eye safety glasses resemble reading glasses, but they have a stronger frame and lenses. Safety glasses are well-suited for jobs where dust, debris, and other flying particles are present. Side shields and wraparound safety glasses can provide extra protection.

2. Safety Goggles

Safety goggles protect against impact, dust, and chemical splashes. They feature a secure shield around the entire eye that protects against hazards coming from all directions. Goggles can be worn over contact lenses and regular glasses.

3. Face Shields and Helmets

Face shields and helmets are designed for high-risk jobs in which employees may be exposed to chemicals, heat, or bloodborne pathogens. Some helmets are made exclusively for welding or working with other molten materials. Protective eyewear should always be worn underneath shields and helmets. This helps protect the eyes when the shield is lifted or the helmet removed.

4. Special Protection

Some helmets or goggles have special filters to protect against radiation exposure. These are used for welding or working with lasers. Safety glasses should be worn underneath for full protection.

Other eye safety equipment includes machine guards, screened or divided workstations, and other engineering controls. To determine which eye safety equipment best suits your business, you should evaluate OSHA guidelines. You can also enroll your workers in a safety training program to teach them how to correctly wear eye PPE.

How to Get Workers to Buy Into Eye Safety

Many workers don’t like wearing protective eye gear. Some say eye PPE is uncomfortable, while others feel it interferes with their vision. Still, others think it looks “uncool” to wear eye protection.

Providing workers with comfortable and stylish eye safety PPE will increase adoption rates across your workforce. At the same time, it will help lower the risk of eye injuries.

Eye safety PPE must be comfy enough to wear for an entire shift, even in hot weather. Features that enhance comfort include:

– Cushioned brows

– Soft gel nosepieces

– Padded nose bridges

– Vented frames

– Flexible temples

– Lenses that can be adjusted to different angles

Workers may also like anti-fogging features and lenses surrounded by foam. These features improve comfort and provide extra protection against foreign particles.

Workers are more likely to wear stylish eye safety glasses, too. Features such as bright colors, wraparound designs, and mirrored lenses enable workers to personalize their eye safety glasses.

When it comes to eye protection, style and comfort are important, but they are secondary to safety. For instance, eye protection features like lenses that can resist impact and protect against UVA and UVB rays can make a world of difference for employees.

Furthermore, eye goggles and glasses made with tempered glass or acrylic plastic lenses should not be used in high-impact situations. Also, these types of eye protection should not be used in areas where there is significant debris. In high-impact work areas, polycarbonate lenses that resist scratching are the best choice.

Promote Eye Protection at Your Worksite

Eye safety is a team effort, and employers are responsible for:

– Complying with all OSHA eye safety standards

– Conducting a workplace eye hazard assessment

– Removing or reducing eye hazards where possible

– Providing the right safety eyewear and making sure workers wear it

Meanwhile, workers are responsible for:

– Knowing the eye hazards associated with their jobs

– Wearing proper eye safety PPE to protect against on-the-job hazards

– Keeping their safety eyewear in good condition

– Replacing defective eyewear

Both employers and workers need to know what to do when an eye injury occurs. This starts with seeking medical attention as soon as possible — especially if there is pain in the eye or blurred vision. Apply basic first aid until medical help arrives or the victim is taken to an emergency room.

For chemicals in the eye, flush with water for at least 15 minutes; for employees who wear contact lenses, their lenses should be removed before flushing. Don’t attempt to neutralize the chemical with other substances, and don’t bandage the eye.

For particles in the eye, don’t rub it. Instead, see if tears can wash away any particles in the eye. If not, apply an over-the-counter tear solution. Gently lift the upper eyelid out and down over the lower eyelid to remove any particles. If particles remain, keep the eye closed and bandage it. Then, get medical help as soon as possible.

For blows to the eye, apply a cold compress to reduce pain and swelling. For cuts or punctures to the eye, do not rinse it. Also, don’t try to remove an object stuck in the eye. Instead, cover the eye with a rigid shield. Next, seek medical care.

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Choose CertifyMeOnline.net for Workplace Safety Training

Eye safety is merely one element to consider to create a safe, productive, and efficient work environment for all employees. For instance, your business employs workers who use aerial lifts, you may require aerial lift safety training.

CertifyMeOnline.net is a leading provider of affordable aerial lift safety training for workers of all skill levels. We make it quick and easy for workers to learn the ins and outs of safely operating boom lifts, scissor lifts, and other types of aerial lifts. To find out more about our aerial lift safety training program, please contact us online or call us today at (602) 277-0615.

What is a Safety Manager?

(Updated July 2020)

At warehouses, safety is always the top priority. But, creating a safe work environment requires three key elements:

1. A commitment to safety from senior management

2. Training that complies with OSHA process safety management guidelines

3. A safety manager, i.e. a trained professional who has full oversight of a company’s safety program

Among these three elements, the safety manager is most important — and for good reason. Because, when a diligent safety manager takes the helm of a company’s workplace safety program, a business is well-equipped to protect its employees against a wide range of on-the-job dangers.

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What Is a Safety Manager? Here’s a Closer Look

The safety manager job description contains a long list of duties. First and foremost, a safety manager is responsible for the safety of all workers and must provide them with a safe place to work. To achieve this goal, a safety manager:

Sets clear safety guidelines

Every company needs safety guidelines for workers to follow. A safety manager installs an OSHA-approved safety program that includes having a manual that outlines all safety policies and procedures.

Educates workers about safety protocols and procedures

A safety manager stays current with OSHA process safety management guidelines. The manager also updates safety equipment and keeps workers informed about new safety

Educates managers about safety protocols and procedures

A safety manager provides health, safety, and accident prevention training for all senior execs.

Explains OSHA guidelines to workers at all levels

A safety manager ensures that all workers comply with OSHA guidelines. This includes basic safety guidelines and the hazards related to equipment that workers use every day. With some equipment, like aerial lifts, OSHA requires workers to be trained and certified.

Conducts workplace inspections

At least once a year, a safety manager inspects a workplace to ensure working conditions are safe. He or she also conducts spot checks as needed.

Promotes workplace

A safety manager provides up-to-date materials to keep workers informed about new safety guidelines. He or she may also reward workers who abide by company safety rules.

Investigates on-the-job accidents

When an accident occurs, a safety manager first looks for the cause of the incident. Then, the manager creates a detailed report and develops measures to prevent the accident from happening once again.

Manages

When workers get injured on the job, they file claims to cover the cost of medical care. A safety manager oversees these claims and ensures that all injuries are posted in an OSHA logbook.

Safety manager job requirements are comprehensive. However, a safety manager who strives to go above and beyond the call of duty can create a safe work environment where employees thrive.

Why Are Safety Manager Job Requirements Vital for Workers to Succeed?

On a daily basis, the top priority for safety managers is keeping the workplace free of hazards. If hazards can’t be removed, safety managers must find ways to limit risk. For example, adding extra lighting in dimly lit areas, putting non-slip tread strips or anti-slip coating on slippery floors, or adding pallet rack guards in storage areas may help lower the risk of workplace accidents and injuries. Safety managers also need to ensure that all hazards are clearly marked. This can be done with signs, posters, labels, floor markings, color codes, and more.

The next order of business is making sure that workers adhere to a company’s safety guidelines. All workers need to know their employer’s safety procedures. They also need to receive training that verifies they know how to safely operate equipment. This includes requiring workers to get the proper aerial lift certifications. It also involves enforcing lockout/tagout procedures, which help safeguard workers from the unexpected startup of machines or equipment.

Safety managers must analyze job hazards to reduce risk, too. This starts with listing the hazards related to each job. The next step is to determine what triggers these hazards. Then, the manager explores ways to improve workplace safety.

One of the best ways to improve on-the-job safety involves encouraging workers to report “near misses.” accidents that almost happened but didn’t. These close calls reinforce the need to work safely at all times.

Other common daily tasks for safety managers include:

Reinforce safety training

Safety managers can provide workers with daily reminders about safety. These can come in the form of booklets, brochures, fact sheets, posters, and more. Live workshops and online training courses also help keep safety top of mind with workers.

Keep a workplace clean and neat

OSHA states that all working surfaces should be free of hazards. These include sharp objects, loose floorboards, leaks, spills, snow, ice and more. “Clean” best practices include keeping all floor surfaces clean and well-maintained, seeing that storage areas are not crowded with items that belong elsewhere, and discarding seldom-used and unnecessary tools.

Enforce the everyday use of safety equipment

First, safety managers see that the company provides the right personal protective equipment (PPE) to its employees. This can include everything from hard hats and safety glasses to fall protection gear for aerial lifts. The safety manager also ensures that workers wear their PPE on the job.

Ensure that floors and pipes are properly marked

Floor marking can increase warehouse safety and worker efficiency. Safe floor marking consists of separate paths for forklifts and pedestrians, marking posts, speed bumps, and other hazards with reflective tape, using striped hazard tape around loading docks, curbs, and other exposed edges, and having dedicated storage areas for inventory, machines, and other equipment. A safety manager also ensures that all pipes have color-coded labels to indicate their contents.

Conduct safety inspections and audits

 With a safety inspection, a safety manager can look for hazards and unsafe practices at a worksite. The manager also ensures that safety measures are in place and being followed properly. Ultimately, a safety manager uses a safety audit to take a big picture look at the entire safety program. This includes measuring the results of the program to see if they meet the stated safety goals. Furthermore, a safety inspection allows a safety manager to identify outdated safety procedures, recurring safety problems, best practices that aren’t being used, and ways to improve safety training.

Use signage to promote safety awareness

 Safety managers should post hazard warnings in highly visible areas. Signs that remind workers to wear PPE should also be posted. Signs that direct floor traffic and point out emergency exits are also important.

Recognize employees who prioritize workplace safety

Workers who follow company safety practices should be recognized for their good work habits. This will reinforce the desired behaviors and encourage other workers to practice good safety habits.

How To Become an OSHA Safety Manager

Most companies require an OSHA safety manager to have a bachelor’s degree in engineering. The discipline could be in a variety of areas, such as:

– Electrical

– Chemical

– Mechanical

– Industrial

Many employers will offer a safety manager role to those who possess a degree in industrial hygiene or environmental safety as well. Employers also value real world experience obtained via a college apprentice training program.

High school students who aspire to become a safety manager may want to consider a heavy course load that includes advanced math and science courses such as calculus, chemistry, and physics. Entry-level safety manager jobs require a B.S. degree, while higher-level jobs usually require a master’s degree. Many safety manager jobs require certifications, too.

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Be Safe: Train and Certify

If you want to become an OSHA safety manager, you need to start preparing today. If you begin a workplace safety training program, you can gain the insights you need to promote a safe, collaborative work environment. Plus, you can take the first step toward teaching others how to minimize the risk of on-the-job accidents and injuries.

Regardless of whether you want to become a safety manager or become certified to use an aerial lift, CertifyMeOnline.net is here to help. We offer in-depth safety training courses that are affordable, OSHA-compliant, and easy to access at your convenience. To learn more about our safety courses or to sign up for one of our courses, please contact us online or call us today at (602) 277-0615.

In Case of Emergency: Smart, Safety-First Warehouse Management Techniques for Crisis Situations

Is your warehouse prepared for an emergency situation?

If not, you’re tempting fate. Should disaster strike, a bad situation could quickly become 100 times worse.

Having an emergency plan in place for anything that comes your way isn’t just a smart, sound safety practice – it’s literally the difference between injuries and serious injuries, or life and death!

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History of Hard Hats

(Updated July 2020)

Hard hats are important safety items for today’s industrial workers. Mandated by OSHA to be worn at a variety of worksites, hard hats help protect the head from a wide range of hazards,  including:

– Flying objects

– Collisions

– Falling debris

– Electrical shocks.

Hard hats save lives and prevent injuries on the job — and have done so for many years.

The Role of Hard Hats in the History of Construction Worker Safety

Also known as construction safety helmets, modern hard hats are updated versions of ancient battle helmets that have been in use for close to 4,000 years. One of the earliest helmets was unearthed near the ancient Greek city of Mycenae. Scholars date it at around 1700 BC, near the end of the Bronze Age. This early helmet consisted of pieces of ivory made from boar tusks. The tusk pieces were attached to a leather cap with felt padding on the inside. The boar tusk helmet did not provide the same level of protection as a metal helmet. But, the boar tusk helmet helped protect the head against injuries.

Metal helmets were first introduced sometime during the early Bronze Age (between 3000 and 2100 BC). Scholars have not been able to determine a precise date for their invention. The earliest metal helmets were made of bronze. Over time, helmet-makers began to use harder metals, such as steel, for additional protection. Over the centuries, many different types of helmets were invented. They all had one main purpose: to protect the head during battle.

From War to the Worksite

With the advent of the Industrial Revolution, it became necessary to protect the head on the job. The first construction safety helmets were developed by workers, not employers. Dock workers, who often got injured from objects falling off ships, were among the first to create their own helmets. They did this by smearing their soft hats with tar and letting them dry in the sun. These homemade helmets offered protection against some — but not all — head injuries.

From there, homemade helmets began spreading to other industries. This led to the introduction of the first commercial hard hat in 1919. This hard hat was developed by Bullard, a small company that supplied equipment to mining companies in the western U.S. Using his doughboy helmet from World War I as a model, Edward Dickinson Bullard designed a protective helmet for miners. Soon after, the U.S. Navy commissioned Bullard to design and build a safety helmet for shipyard workers.

In the 1930s, two massive construction projects — the Golden Gate Bridge and Hoover Dam — brought mainstream attention to safety helmets. Both projects involved large numbers of workers who were required to complete tasks in dangerous environments. The lead engineer for the Golden Gate Bridge asked Bullard to adapt his miner hat to protect bridge workers against head injuries. Bullard complied, and the bridge project became the first designated hard hat area. Bullard also created a special hard hat for workers who blasted sand. This hard hat simultaneously covered the face and allowed workers to see through a window. It also provided air from a compressor to help workers breathe.

Building the Hoover Dam required drilling rock on steep cliffs, and the dam proved to be a difficult and risky project. Many workers died from being hit by falling rocks during the construction of the Hoover Dam. To protect themselves against rocks and other hazards, workers began making their own hard hats. They coated cloth hats with coal tar and called them “hard-boiled” hats. These homemade helmets were effective, and in many instances, helped prevent the loss of life.

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Stronger, Lighter Hard Hats

As time passed, manufacturers began using new materials to make hard hats stronger and easier to wear. In the late 1930s, hard hats were introduced that were made with aluminum and plastic. These hard hats were both lightweight and strong. Meanwhile, aluminum hard hats were not allowed to be used for jobs involving electricity. The “shock guard” helmet was invented to protect workers against electric shocks up to 10,000 volts.

Fiberglass hard hats were common during the 1940s. In the 1950s, thermoplastic became the leading hard hat material. Thermoplastic was easy to mold and shape using heat, and it was inexpensive to produce thermoplastic hard hats. The first polycarbonate hard hat was unveiled in 1961. These days, most hard hats are made from high-density polyethylene or advanced engineering resins.

Depending on the job, modern hard hats can have different features. These include:

– Face shields

– Earmuffs

– Mirrors

– Headlamps

– Radios

– Pagers

– Cameras

Some hard hats have a rolled edge that drains rainwater off the front of the hat as well. The rolled edge prevents water from rolling down the back of the worker’s neck.

OSHA Hard Hat Regulations

OSHA began issuing hard hat guidelines during the 1970s. In general, workers are required to wear protective headgear in any work environment where burns, electrical injuries, falling or flying objects, and irregular or moving surfaces could cause an injury. However, specific guidelines vary based on industry. OSHA doesn’t require all workers to wear hard hats, either.

Hard hats are designed to resist penetration and absorb the shock of a blow. To achieve these goals, hard hats are made with two parts: the shell and the suspension. Both parts must be in good working condition to properly protect the head. The shell must be hard enough to resist an impact. Comparatively, the suspension uses a shock-absorbing headband liner and crown strap to keep the shell away from a worker’s head.

Hard hats come in different classes, and all of them defend against penetration from falling objects and the shock of blows to the head. Two classes are customized to protect against electrical shocks. Class G helmets protect against low-voltage shocks, up to 2,200 volts. Class E helmets protect against high-voltage electricity, up to 20,000 volts. Both Class G and E helmets are designed to absorb the shock of blows to the head like other hard hats.

Hard Hat Colors

Hard hat color codes make it possible to identify the type of worker or manager at a glance. Each color represents a certain type of job or position.

Today’s hard hat color codes consist of the following designations:

White: Denotes a supervisor, manager, engineer or foreman.

Green: Usually worn by safety officers or inspectors; sometimes by new workers.

Yellow: Worn by heavy machinery operators and general construction laborers.

Brown: These workers perform welding or other high-heat jobs.

Orange: The main color for road construction workers.

Red: Firefighters and other workers with emergency training wear red hats.

Grey: Reserved for visitors to the job site.

Blue: Mostly worn by electricians and carpenters; sometimes by technical advisors.

Pink: Popular with women workers; often issued to males who forget to bring their hard hat to work.

Of course, for those who work at a construction site, they may see hard hats in an assortment of colors. Along with wearing hard hats, construction workers must also account for ways to ensure their work zones are safe.

Construction Work Zone Safety: Why Is It Important?

Construction workers are exposed to many dangers every day. Although construction workers may wear hard hats and other protective gear to guard against injuries and fatalities, these workers must recognize the importance of on-the-job safety in their regular activities. Otherwise, if construction workers ignore safety measures, they could put themselves or others in danger.

Workplace safety training can help construction workers develop safe work environments where each employee is protected. This training can also provide construction workers with tips they can use to enhance on-the-job safety now and in the future.

Construction Worker Safety Tips

Some of the best ways to minimize risk at construction sites include:

– Provide workers with hard hats and other personal protective equipment (PPE) and ensure this equipment fits and functions properly.

– Keep work areas free of dirt, debris, and clutter.

– Inspect aerial lifts before they are used; if any issues are identified, workers must avoid using these lifts until they are repaired or replaced.

– Ensure workers know how to report safety issues; also, encourage workers to be proactive and to notify a superior about any potential safety problems right away.

Along with providing construction worker safety tips, your business can enroll its workers in safety training at regular intervals. This training allows construction workers to stay up to date about safety processes, protocols, and techniques. At the same time, safety training enables your business to comply with OSHA requirements and ensure your employees know which PPE to use at work.

Do You Need a Hard Hat for Work?

There’s one type of job where wearing a hard hat is a must: operating an aerial lift. But wearing a hard hat is only one part of aerial lift safety. Training and certification are critical for preventing injuries to lift workers in the air and on the ground.

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Sign Up for Aerial Lift Safety Training from CertifyMeOnline.net

If you’re unsure whether your workers need hard hats or want additional insights into on-the-job safety, CertifyMeOnline.net can help. We offer an extensive training program that teaches workers how to use aerial lifts, explains which PPE workers need to use, and more. To receive additional information about our aerial lift safety training program or to sign up for one of our classes, please contact us online or call us today at (602) 277-0615.

Don’t Drop the Ball (or Anything Else) with Aerial Lift Safety – Smart Strategies to Prevent Falling Objects

Smart Strategies to Prevent Falling Objects

When the subject of aerial lift safety is brought up, many hazards come to mind:

– Weather

– Stability (wet or uneven terrain, etc.)

– Power lines

– Tip overs

– Trees, bridges and other overhead dangers

– And many more

Here’s another hazard you might not think about often, but is still a significant danger: objects falling from aerial lifts and scissor lifts.

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