Why You Should Train Your Employees for Machine Maintenance

A broken down machine is so much more than an inconvenience — it’s a disaster. It results in lost wages, output, and even a potential lawsuit.

Machinery is a necessity for many industries from farming, mining, and oil drilling. Therefore, you owe it to yourself, as well as your employees, to take care of your equipment.

Here are a few reasons why you should train your employees in the art of machine maintenance.

Regular Machine Maintenance Keeps Your Business Running Smoothly

Did you know that stress and missed productivity costs businesses between $200 and $300 billion per year?

Each lost second of productivity is a lost chance to make money that could go back into your business. Imagine what your business could do with a few extra thousand dollars per year.

Ensuring that your employees know how to clean and maintain workplace machinery adequately ensures that your business stays as smooth and well-oiled as a machine itself.

Maintenance Keeps Your Machines Running Longer

Whether you’re working with cranes, brakes, transmission products, or any other type of equipment, calling in repair services can get quite expensive, especially if done on a regular basis.

In short, maintaining your machines is an investment. Ill-maintained machine tends to have a shorter shelf life. This, in turn, could cost your business thousands of dollars.

Instead of constantly ordering replacement parts, invest those resources in your training program. It may be an upfront cost, but you’re saving your business money in the long run.

Maintenance Keeps Your Employees Safe

Of course, machine maintenance isn’t just about keeping your equipment up and running. It’s about making sure workers are skilled and knowledgeable enough to handle preventative measures and avoid potentially fatal injuries.

Your employees deserve a safe, welcoming work environment. 2.9 million workplace injuries occurred within the past several years alone. Something needs to change.

Each of these injuries can cost your business quite a bit in Workers’ Compensation costs. You can expect to pay anywhere from $.75 to $2.74 per $100 in employee wages in the event of an injury.

Keep Your Employees And Equipment Safe. Invest in Training

The average workplace loses extraordinary amounts of money each year, either through Workers’ Comp claims, repair costs, or even something as simple as lost productivity.

If you’re not taking care of your machinery, you’re far more likely to lose money.

Furthermore, investing in your employees’ training is a great way to make sure both worker and machine are safe.

Investing in a machine maintenance training program is important for any industry dealing with large machinery, so don’t wait. Contact Kor-Pak today to ask about machine maintenance and see how you can keep your workplace optimized and well-maintained.

Your Industrial Machine Disc Brake Questions Answered: How They Work

Today, most industrial machines and modern-day vehicles operate with a disc brake system.

This revolutionary braking system combines the use of a circular disk made of either cast iron, steel, or carbon ceramic with a piston and caliper system.

When compared to drum brakes, disc brakes have a longer wear-and-tear value and provide a much more powerful braking power.

While drum brakes are still relatively standard in certain models of industrial equipment and cars, the disc brake has changed the face of braking efficiency.

If you’re looking to learn more about how disc brakes work, then keep on reading…

A Basic Guide on How Disc Brakes Work

There are several working parts which comprise a basic disc braking system.

The key to understanding how disc brakes work is understanding the role each part plays within this system.

The key components of a disc brake system include:

When a disc brake system is engaged, it should work to stop a moving part immediately. The above components all work together to ensure this braking system works in an instant.

In short, when the brake pedal of an industrial machine is pressed, the hydraulic fluid becomes pressurized in the brake lines, engaging the pistons, and pushing the brake pads onto the rotor.

The speed at which a moving machine or vehicle stops is dependent on how hard a driver pushes the brake pedal – this goes without saying.

The pressure inside the brake lines increases the harder a brake pedal is pushed, which works to squeeze the brake pads onto the moving rotor.

Now that the basics have been outlined, let’s delve deeper into how disc brakes work by understanding the function of each component:

Rotor Function

This is one of the most important parts of a disc brake system and is attached to the wheel hub of a machine or vehicle.

This rotor is manufactured from three common materials: cast iron, steel or carbon ceramic and is made to move naturally with the wheel.

The rotor is essentially what the brake pads press onto, slowing down the wheel of a moving machine or vehicle.

Brake Pad Function

This is undoubtedly a key component in how disc brakes work. Brake pads are used to create friction between the pads and the wheel rotor, slowing down movement.

The brake pad is manufactured in two parts – the metal shoe and the inner lining, found within the shoe.

This lining is the component which comes into contact with the wheel rotor and is made from a variety of materials. The quality of this material can greatly impact the longevity of your braking system.

Piston Function

This is comprised of a cylinder which is connected to the braking system via a set of hydraulics.

Essentially, the piston works to move the brake pads onto the rotor when the brake pedal of a machine or vehicle is pressed.

In general, most brake systems use only one piston to move both brake pads. However, 2, 4, 6, and 8 piston systems are used for stronger braking power – depending on the machinery.

Caliper Function

The caliper system primarily provides housing for the most important components of the braking system: the piston, brake pads, and rotor.

It is also host to a ducting system which contains the brake fluid used to control the movement of the brake pads.

There are two prominent caliper systems – floating or fixed calipers. Fixed calipers are set in place and include two pistons, whereas floating calipers work with only one piston.

A fixed caliper system is known to apply brake pressure more evenly, however floating calipers work just as effectively.

Increase Your Machinery Uptime with Kor-Pak

At Kor-Park we understand the devastating effects of machinery downtime.

As such, our business is focused on offering a speedy and efficient replacement part, refitting and repairs service.

Looking for machinery parts, accessories or custom fabrication for your business, then get in touch with Kor-Pak.

What Affects Oil in a Hydraulic System

Inefficient oil flow isn’t just slowing down your hydraulic system; it may be costing you thousands of dollars.

A hydraulic system with improper oil flow works harder, takes longer, consumes more, pollutes more and costs more.

Fortunately, preventing oil flow problems is as simple as proper maintenance and oil choice. Apply these three tips to improve oil flow and start saving money (and the environment) right away

Pick the Right Oil For Your Operating Climate

The biggest factor linked to oil flow is viscosity. And the biggest factor in choosing your oil viscosity is the range of temperatures your system will be operating in.

If the oil viscosity is too high, oil flow and lubrication are hindered when operating in cold temperatures. This could result in wear or malfunction of your hydraulic system.

If the viscosity is too low when operating at high temperatures, your system will lose oil flow to internal leaking. This can also hinder lubrication and cause wear.

Since most hydraulic systems will have to operate in the extreme temperatures of winter and summer, your best bet is to use a multigrade oil as it is designed to operate efficiently in both extremes.

Because multigrade oil is more expensive than monograde, some people use a different oil for different seasons. But multigrade oil has been tested and proven to provide average savings of 4.8% in the summer and 20.1% in the winter, despite it’s higher purchase cost. Another study found that multigrade oil can save you $10,000 for every 1,000-hour drain interval.

Proper Maintenance of Your Hydraulic System

This may seem obvious, but don’t be passive. Neglecting maintenance is the second easiest way to lower flow rates and, therefore, operating efficiency.

Check your system for kinked or dented oil lines, leaks, cracks, clogged parts or any parts that need replacing or cleaning. When was the last time you checked?

Change your filters regularly. A dirty or clogged filter will restrict oil flow.

If you want to be extra efficient, don’t change filters according to a schedule. If you do, you may be replacing them too often (costing you more for filters) or not often enough (reducing the life of your system’s parts with dirty oil).

Instead, use a clogging indicator to monitor pressure drops across the filter to find out exactly when it needs changing.

This principle applies to changing oil, too. Never dump that oh, so expensive oil according to a timetable unless you enjoy throwing money away. Only change the oil when you’ve analyzed it and confirmed that the base oil is degraded or the additive package is depleted.

Reduce Air Entrainment

Lastly, air bubbles trapped in your oil can hinder oil flow because aerated oil is harder for your system to pump.

Air entrainment can be caused by system leaks, splashing or improper bleeding when adding oil, and contamination. Mostly, air entrainment can be prevented with proper maintenance. But it can also occur on its own when dissolved air inherent in hydraulic fluids is released during operation.

If entrained air is affecting your oil flow, a bubble removal device can be used to deaerate the oil.

Conclusion

Improving oil flow isn’t difficult. Practice proper maintenance, use multigrade oil and start saving money.

Need more help? See what our team of experts can do for you. Or, better yet, let us know exactly how we can help.

The Best Brake Lining Materials

Brakes are an essential part of most forms of industrial machinery. An important safety feature, you must maintain and update them when necessary.

But do you know what your machinery’s brakes are made of?

Many people may not know that there are three kinds of brake pads found on the market today. Every vehicle has at least one of these kinds of brakes.

This article will help you find the right replacement brake lining material for your machinery.

Asbestos Based Brake Lining Material Causes Cancer

Brake lining material (brake liners) was once made out of asbestos-based material. Asbestos was common due to its ability to get rid of excessive amounts of heat.

Asbestos brakes are cheap and fire resistant.

It is also a harmful cancer-causing material. The dust asbestos lined brakes create in a brake drum can cause Mesothelioma. Mesothelioma is a rare type of cancer that attacks the lungs and digestive tract.

Asbestos brakes are no longer available on the market due to government regulation.

But there three types of brake lining material make up the pads marketed today.

And with a little help, you will be able to find the right kind!

Three Common Options for Brake Lining

The three kinds of brake lining material are non-asbestos, semi-metallic, and ceramic friction.

Non-Asbestos Brake Lining

Non-asbestos is an organic lining that is environmentally friendly and durable. Rubber, glass, various types of resin and even Kevlar are in these brakes. Only a small amount of metal makes up this kind of lining.

Non-asbestos linings are less durable than their counterparts. This kind of brake creates dust when in use but they are not considered pollutants. They are also far quieter than asbestos and semi-metallic brakes.

Semi-Metallic Brake Lining

The second lining material is semi-metallic. This kind of lining was created in the 70s. Many kinds of metals make up semi-metallic brakes. Usually brass, copper, and steel.

These brake linings are durable, cheap and easily maintained. But because of their somewhat metallic construction, they can be loud.

Ceramic Friction Brake Lining

The last option is the more high end available.

Ceramic friction brake pads are lightweight due to their copper construction. They are efficient at heat dissipation and help reduce metal-to-metal wear.

These pads are common with most high-performance vehicles on the market today. Because of this, they are also the most expensive.

Knowing what kind of brakes your machinery needs is essential.

No one piece of machinery is the same and will need specific kinds of brakes.

Know Your Machinery Needs

The long and short of this is that every industry has machinery with different needs.

Knowing the types of material that make up brake linings is going to help you choose the right kind of brake.

No two machines are going to have the same brake setup. If you know what kind of brakes your machinery uses then, you’ll be able to choose the right kind of replacement brake liners.

The brands we sell have the replacement necessary to keep your machinery up and running.

Contact us today with any questions you have!

What are the Benefits of Modern Press Brakes?

Press brakes have made great strides in the past decade. They are no longer as dangerous or time-consuming as they once were.

With the incorporation of Computer Numerical Control (CNC), modern press brake machines can now help American manufacturing compete with overseas markets.

This article will show that these modern machines increase efficiency, utilize technology, and employ people of all skill levels.

1. Increased Efficiency

A modern press brake allows a company to produce significantly more bends than press brakes of the past. Older machines produced about 600 bends per hour, but CNC press brakes can produce 900 per hour.

These machines can keep running indefinitely until a worker has to change out tools for a new design. This is now done through a touch-screen program rather than manually as it used to be done.

Modern press brake tools are also becoming lighter and simpler to install to speed up manufacturing even more.

Current machines are also able to produce more unique pieces because of the variety of software designs that can be run through the CNC system.

In the past, press brake machines required extensive piping which was prone to breaking or falling. Since the modern machines do not require this system, they run much smoother and with fewer breakdowns.

2. Smart Technology

Modern press brakes create better bends much faster with current technology.

Automatic Dynamic Crowning allows angles to be uniform along the bend. In the past, the correct angle was found through trial and error. New press brake machines produce the correct angle on the first go.

Thickness detection software analyzes the thickness of the metal throughout the piece to ensure the bend is accurate and uniform.

Mechanical compensations programs take into account the temperature and weight effects of the press brake’s hydraulic system.

Designers who must enter planned cuts into the press brake before the bend is made may make mistakes in how close they place a cut to the bend. With new advances in software for press brakes, the computer will alert designers that their proposed cuts are too close to the bend.

This allows less experienced workers to perform some designing tasks as well as reducing waste due to human error.

3. Training Requirements for the Modern Press Brake

New press brakes allow for reduced training and less experience for machinists.

Previously, workers were trained and employed only to setup press brakes because the process was so time-consuming and specialized.

Now, CNC programs guide workers through the setup process, allowing anyone to do it.

Barcode scanning of press brake parts’ IDs allows workers to accurately place pieces in the setup process without having to compare all the IDs manually. This saves a lot of time and training.

3D graphic representations of the metal bending process allow workers to visualize the process and reorder the machine’s sequence if necessary without manually refitting all the tools, previously a highly skilled worker’s job.

All of these improvements allow more skilled employees to move into management positions and younger, less experienced workers to operate the press brakes, saving companies money on training and giving flexibility in hiring. These press brake innovations are definitely a benefit to the field of manufacturing.

Interested in more areas of Custom Metal Fabrication? Check out this article.

Why Lubrication Increases Machine Longevity

According to Dr. Ernest Rabinowicz of the Massachusetts Institute of Technology (MIT), 70% of moving machine failure is the result of wear and corrosion. Both of these factors are due to ineffective lubrication. He goes on to state that 6% of GDP is lost through mechanical wear.

Who would have thought that over $1 trillion could be the size of the prize if we, as a nation, could combat this problem? If you worry about machine failure, read on to learn about the benefits of lubrication.

Machine Failure

When machine failures occur, investigations reveal causes such as contamination, misalignment, installation error or overheating. There is often a lubrication cause to these explanations.

The four features of good lubrication practice are:

  • Correct lubricant
  • Stable lubricant
  • Contamination control
  • Sufficient and sustained lubrication

Maintaining these good lubrication practices reduces the causes of a breakdown.

How Does Lubrication Reduce Wear?

When two objects are in contact, the force that resists relative motion is friction. Friction is useful in many ways, but there are times when it is not. Friction generates heat in bearings, heat results in expansion and expansion can result in bearings seizing.

Lubricating machinery minimizes the friction and the resultant heat. Any heat produced is then transferred to the lubricant and removed by a lube cooler. Friction and heat are not the only things lubrication reduces.

When two materials rub against each other, tiny imperfections in their surfaces rub and fragments break off. These fragments act as an abrasive resulting in more surface damage. A lubricant protects both surfaces.

Some lubricants contain additives. They attract contaminants such as particles worn from the surfaces in contact. These can then be filtered and the contaminants removed before they can do any damage.

How Does Lubrication Reduce Corrosion?

Many machines operate in situations where there is some level of humidity. When metal and air come into contact with water, the result is corrosion. Corrosion is one cause of machine failure.

Specific lubricants have additives which prevent rust. They do this by protecting the metal from coming into contact with moisture. Without rust, the metal surfaces remain sound, and the machine is less likely to fail.

Lubricating For Machine Longevity

Lubrication extends the life of machinery by reducing heat, friction, wear, and corrosion but this is only successful if the lubrication regime is fit for purpose. The right lubricant has to be in good condition and uncontaminated. It must be applied in sufficient quantity and at the right level of frequency.

Failing to adopt this standard means optimum machine life will not be achieved. Machinery manufacturers often guide the lubrication needs of their machinery. These should be followed.

The International Council for Machine Lubrication is an independent organization established to develop machine lubrication as a technical field. It provides certification for skills in machine monitoring, lubrication, as well as oil analysis. The proper application of standards in lubrication must pay dividends in reducing equipment downtime and machine failure.

To talk to someone about your machinery needs, contact us.

5 Reasons Your Industrial Brake Should Come From Svenborg Brakes

Svendborg Brakes dominates the industrial market. Inside are the top reasons why the Danish company should be your top choice for any industrial brake.

Content

Are you in the market for industrial brakes for your machine or new application?

Industrial brakes were once known for being drum brakes that suffered wear and tear fast. But many of today’s brakes use disc braking technology, allowing you to appreciate them longer.

Svendborg Brakes is a Danish company that offers intelligent braking solutions through quality craftsmanship.

Read on to learn the top 5 reasons why Svendborg Brakes are the industrial brake you need today.

1. Premier Customer Support

Svendborg Brakes provides premier customer support. This helps to ensure you have a positive experience after you buy their products.

According to an American Express survey, 3 out of 5 Americans are willing to try a new brand or company to have a better customer service experience.

Svendborg Brakes knows that buying an industrial brake is an investment. This means you need their products to run at a high level and with an easy resolution to any issues you experience.

Svendborg is so serious about customer service they offer customer support 24 hours a day, seven days a week.

2. Superior Build Quality

At the root of Svendborg’s products is a superior build quality that comes as a result of the products and how they are designed.

They listen to their customers to identify their needs and incorporate them into new products. This allows a customer to receive the product they need and that is built to last.

But besides listening to customer ideas, Svendborg conducts demanding tests during product design. The result is a strong product built to a higher standard than their competition.

3. Strong Supply Chain Services

Your Svendborg Brakes can be shipped to you for delivery at many places across the planet.

That’s because the company uses a wide network of offices and three manufacturing facilities located in Denmark, Brazil, and China. They also have offices around the world, allowing them to serve your needs at all hours of the day.

Svendborg has a value-driven approach to industrial product design. This means you are receiving a better bang for your buck on their products. Furthermore, their culture of long-term cooperation allows them to establish strong industry relationships.

4. A Unique History

Svendborg Brakes have a long history that began in 1884. At that time, they built machines for industrial companies.

But they would soon diversify across many different industries.

In 1989, Svendborg got the rights to manufacture disc brakes from Hagglunds Drives. As a specialist in the industry, they began to offer brakes to a larger worldwide population.

Today, this Danish company with humble beginnings now manufactures products in three countries. They also have offices throughout the world, including United States, Australia, and Korea.

5. Deep Industry Knowledge

Svendborg Brakes leverages over 130 years of experience to build their products. Their diverse industry knowledge helps them build products that meet your day-to-day needs.

This also means developing products that are sustainable under your work conditions, whether this is during light or heavy use. This can help your business have peace of mind that you are getting a quality product that will last.

Wrapping Up: The Best Industrial Brake Products

Industrial brakes are a crucial part of your heavy machinery or industrial application. That’s because you will use the brakes to maintain control of these machines on your projects.

At Svendborg Brakes, they are a team of professionals and engineers dedicated to helping you find solutions to the industrial challenges you face.

Contact us today to learn more about our products and what sets us apart from the competition.

 

Why Cylinder Clamps Are Such An Important Component To Your Machinery

Often overlooked, a cylinder clamp performs a vital role in all types of industrial-based machinery.

Let’s take a moment to explore how they work and why their performance can be directly tied to the effectiveness and safety of a machine.

What is a Cylinder Clamp

It’s always good to start with the basics. Cylinder clamps provide a precision force to hydraulic, pneumatic, and electrical systems.

In short, their function is to maintain the power that keeps a system in motion. When they malfunction, it can cause an erratic system behavior or even a stoppage. This holds not just production issues but also safety concerns, both of which are good reasons to perform preventative maintenance on each cylinder clamp within a system.

These clamps also work to maintain the stability of a system. When placed correctly, they can keep the extra movement in a system down and guard against quick shifts in the positioning of a pipe due to inevitable pressure surges.

System Check

Some preventative maintenance measures can be performed while a system is running. For instance, have you noticed a change in the machine output? Is there anything to indicate that it’s not running at capacity?

A visual inspection is also important, both of the cylinder clamp itself and the surrounding area. Do you notice any blemishes, rust, cracks, or other marks that might indicate the start of an issue?

Do you also see any displacement of oil, feel the excess air, or detect any pooling of hydraulic fluid that might indicate the equipment is not performing as needed.

Repair vs. Replacement

If you notice any areas of concern that a repair may not overcome, it might be time to look at a replacement. There are some variations of cylinder clamps that you could consider changing to.

Before making a decision though, make sure to do your research to ensure that changing clamps will not void the warranty of the machine or cause potential compatibility (and safety) issues.

Rod Locking Cylinders

One replacement option can be found in rod locking cylinders. These have been specifically designed to lock into place should the system fail.

So, if there is an issue that causes a loss of hydraulic pressure, the machine will not continue to operate or stop hard but essentially freeze in place. This can help prevent damage to the machine overall and, more importantly, could head off serious injury caused by a misfiring machine.

While a rod locking cylinder can add a safety component to your equipment, it’s important to note that it is not intended to be a replacement device for your entire safety system.

Next Steps

We just took a brief look at what a cylinder clamp does. If you have one machine or hundreds working for you, you’re bound to rely on this part to keep your operation running smoothly, efficiently, and safely.

We’d love to talk with you in more detail about how you can keep this key piece of machinery from causing you headaches and downtime.

How A Preventative Maintenance Schedule Saves You Big Money

If you’ve ever been guilty of not properly maintaining your equipment, you’re not alone. Many field experience industry-wide cultures that prevent regular preventative maintenance from taking place.

Unfortunately, this can lead to many problems with your machines and equipment.

Keep reading to learn why a preventative maintenance schedule is an absolute must for all of your company’s gear.

Extending the Life of Your Machinery

Setting up and following a preventative maintenance schedule can help to extend the life of your machinery.

Most types of heavy machinery require oiling and fine tuning to stay running.

Failing to perform regular maintenance could cause your machinery to stop operating correctly. It could slow down your equipment, or even cause it to stop working entirely.

But with regular maintenance, you can extend the life of your machines by keeping them running the way that they should for longer.

Preventing Costly Repairs

Without regular maintenance, your machines’ moving parts will eventually degrade. When this occurs, it is likely that your cranes and other machinery will need costly repairs or parts replacements to get back to running order.

Regular maintenance helps to reduce the need for these types of repairs. You will spend money on regular maintenance. But you are saving money compared to replacing parts or rebuilding broken machinery.

Knowing When an Issue Arises

Even with regular maintenance, normal wear and tear will occur on all heavy machinery.

But when you follow a preventative maintenance schedule, you’ll be more likely to know when these types of repairs will be needed.

An experienced repairman will be able to judge how quickly parts are wearing. With an estimate of when more extensive repairs or parts replacements will be needed, you can better plan ahead.

This could mean planning to get temporary equipment. Or otherwise preparing for the disruption to your normal workday. It also means having the ability to somewhat plan for the cost of repairs.

For small businesses, unexpected repair costs can put a serious dent in the flow of operations. The ability to plan and save money for those repairs can be a lifesaver.

Finding replacement parts can also slow operations. Being able to plan ahead can allow you to source difficult to find parts and to help reduce how much downtime your equipment has while it is undergoing repairs.

Meeting the Demands of a Warranty

If your equipment or machinery has a warranty, it usually requires that the machine or equipment undergoes regular maintenance.

Failing to do so could cause you to violate the warranty. When the time comes that you want to put the warranty to use, you might be denied your claim if you can’t prove that the equipment was maintained properly.

Setting a Preventative Maintenance Schedule

Setting up a schedule for regular preventative care can save you loads.

If you’ve recently bought a new piece of equipment and aren’t sure what kind of maintenance is needed, or if you need a replacement part to keep your gear running, contact us today.

OSHA Further Delays Overhead Crane Training Rule: What You Need To Know

Confused by the chaos of OSHA’s crane regulations? You’re not alone.

OSHA has moved the date for these regulations twice now, along with other changes. It’s a confusing time for employers left wondering what’s required of them.

We’ve put together this brief digest so you’ll know everything you need to know about OSHA’s overhead crane training requirements.

What Happened?

OSHA devised certification requirements for crane operators in 2010, as part of their Cranes and Derricks in Construction Standard. These requirements were aimed at ensuring crane operators were properly qualified to handle lifting equipment.

Originally, these requirements were set to go into effect in 2014. But there were a few kinks to work out, and OSHA moved the date to November 2017 instead.

Now OSHA has moved the date again, a day before the revised deadline. As of Nov 9, 2017, a final rule moved the date to Nov 10, 2018.

This new delay gives OSHA more time to revise the rules of the regulation. OSHA has also identified that a large number of employers still don’t meet requirements yet, so this gives them more to seek accreditation for their staff.

The move has attracted some criticism, particularly from employers who have already invested in staff accreditation. Critics note the health and safety implications of delaying the standards by another year.

What Does it Mean for Me?

For employers, it means some confusion.

OSHA’s requirements mean employers have to provide overhead crane training to any operators under their employ – or ensure they’re otherwise qualified, such as through military training.

Nov 10, 2017, was the original deadline for employers to meet these requirements. Plenty of employers have already taken steps to meet the standards. If you’re one of these, you won’t need to worry.

If you’re not, you can breathe easy knowing you have another year to meet them. And that’s if OSHA doesn’t delay the regulations further.

What’s Next?

Now it’s a waiting game. OSHA could announce another delay anytime before Nov 10, 2018. Or they could go ahead with the revised standards. There’s no real way to tell at present.

Either way, employers should take steps to meet the standards. Employers have a few main routes to employee certification, as follows:

  • Training through an accredited third party
  • An internal audited program
  • Government-issued license meeting OSHA standards, such as a military qualification

OSHA will issue further updates as any changes to the deadline become apparent. In the meantime, you can read the exact text of the final note here.

Stay Current on Overhead Crane Training

The best move for businesses right now is to stay up-to-date on overhead crane training news. Keep an eye on the headlines for an idea of what you’ll need to do, and when. In the meantime, consider taking steps to meet the requirements in advance, so you’re not caught out when the regulations finally come into force.

Want to stay on top of industry news? Be sure to follow our blog.