How to Choose Your Industrial Friction Material

Friction material is used in a variety of applications that need to control speed. In layman’s terms: brakes.

These materials are often first in consideration during the design phase of building machinery and other industrial applications. Many materials are available to choose from with each having their benefits and drawbacks.

Read on to understand the options and factors in choosing the materials.

Types of Friction Material

The materials used in the final product will range due to many factors. The materials are combined, woven, and bonded to handle heavy use and heat. Some materials work better than others depending on the application.

You must first understand the types of friction material to suit your needs.

  • Metallic & Semi-Metallic – Tin and copper powders fuse to create durable pads, clutches, and hydraulic parts. This mixture may include hard resin to aid with heat dissipation.
  • Ceramic & Carbon Ceramic – Copper and a mix of carbon fiber or Kevlar are often found in these types of friction parts. Ceramic has a good balance of heat dissipation, reduced dusting, and vibration absorption.
  • Organic – Cork, cellulose paper, Kevlar paper are used. Synthetic Benzoxazine compounds are now commonplace in the development. These materials are often married to ceramic parts.

The new standard in the part lining is organic these days due to the shift away from the use of asbestos-based materials due to health concerns. The exact composition differs between manufacturers for trade secret purposes.

The application of the materials is next once you have set your mind to the type.

Matching Friction Material with Application

Friction material plays a central role in the friction systems’ application. The general need for the material is to cause a stoppage of operations.

Here are considerations to match the material with the intended application:

  • Equipment – Fleet vehicle or crane? Train or motorcycle? The general rule of thumb is “heavier equipment, heavier material”.
  • Noise – Metal-on-metal friction causes ear-piercing noise but is a compromise for the stoppage power. Ceramics and organics are less noisy though it’s a trade off in material durability.
  • Durability – High heat and dissipation from heavy usage lead to warping in organic-based material though easily replaceable. The metallic material is best suited for heavy equipment but comes at higher costs.
  • Type – Friction is resistance against another material and happens in various ways from static, kinetic, and rolling. The type of friction will determine the need for the correct material.

The need for the utmost quality is first to be desired when you’re considering its use in big machinery like cranes and trains. There is no margin for error when it comes to safety in heavy industries. It’s a reason we’ve partnered with Scan-Pac manufacturing and so you can rest assured you’re receiving quality materials.

Trust in Us

We place your needs first and foremost here at Kor-Pak Corp.

Whether you’re in search of the right crane hoist or need guidance on how to manage railroad friction materials — we have you covered. With over 40 years in business, servicing all heavy industries, you can trust us to help you realize (and accomplish) lofty goals.

Give us a call, today!

Tips For Maintaining Your Stromag Couplings

Tips For Maintaining Your Stromag Couplings

Stromag couplings are built to last. But just like with any part of machinery, if you don’t take care of it then it won’t last.

Would you use your brakes without ever considering their maintenance? Of course not!

In fact, if your couplings aren’t properly designed, aligned, installed and maintained then your machine might not even get up to speed before the couplings give out.

If you’re going to invest in the quality machinery, then make sure you’re getting the right coupling for your needs, you use it correctly, and you maintain your couplings well.

If you consider the following tips for Stromag couplings, then you’ll definitely be getting your monies worth out of the product.

Get the Right Design

The first step in proper Stromag coupling maintenance is getting the right coupling design for your purposes. You’ll have to consider more than just whether or not a coupling fits.

Different Stromag couplings are designed for different levels of torque, horsepower, starting load and more. If you start out with the wrong coupling then it will never perform the way you want it to. Make sure the coupling you buy is right for the job you need.

Make sure the coupling you buy is right for the job you need.

Get the Assembly Right

Once you’ve gotten the right kind of Stromag coupling, it’s time to assemble it.

If you don’t assemble your coupling correctly, then you can’t expect it to perform well or last long.

Here are some good rules of thumb when assembling a Stromag coupling:

  • Set the key ways 180 degrees apart. This isn’t necessarily required but it’s been assumed for years to help keep the coupling balanced.
  • Make sure your axial spacing is correct for your specific type of Stromag coupling. If your axials are too close together it can lead to decreased coupling flexibility. If your axials are too far apart then it will lead to increased wear

When you buy a Stromag coupling it will come with specific instructions and information about the proper assembly.

Keep Your Stromag Coupling Lubricated

There are some Stromag couplings that require specific lubrication. It’s is important not to neglect the lubrication needs of your Stromag coupling.

If you keep your coupling well lubricated with the correct type of lubrication then it will continue to function well. A dry and neglected coupling isn’t going to last as long as you want it too.

The instructions that come with your Stromag coupling will be clear about all of your coupling’s lubrication needs. Take this information seriously!


Last but not least, inspection is a vital piece of coupling maintenance. If you aren’t regularly inspecting the state of your Stromag couplings, then you won’t know what they need.

Every machine needs regular inspection to maximize it’s shelf life and efficiency. When you inspect your couplings you’ll have to check for sufficient lubrication, alignment, indications of wear, correctly seated keys. And like with any machine, you’ll have to ensure that all of the screws are tight and in good condition.

If you take some time before you buy Stromag couplings to make sure you’re getting the correct set, you put them together correctly, and you inspect regularly for good maintenance then your couplings should last you a long time.

5 Common Crane Hazards And How To Avoid Them

5 Common Crane Hazards And How To Avoid Them

We trust cranes to help us get the big jobs done. But with cranes, a little mistake can have a huge impact.

According to the Bureau of Labor Statistics, 72 fatalities resulted from crane-related accidents in the last year analyzed.

Crane hazards are preventable when we take proper steps to avoid them. Let’s look at the 5 top hazards and how to prevent them.

Electrical Crane Hazards

Electrical hazards arise when the crane gets too close to power lines or other live wires.


  1. All electrical wiring should be properly covered, labeled and identifiable.
  2. Safety Supervisor conducts audit of the area to determine, point out and prepare for potential hazards
  3. 10 feet around the power lines should be clearly marked for the crane operator.
  4. Utilize well trained and attentive personnel to remain vigilant, communicating regularly with the crane operator regarding any hazards that may not be easily seen.
  5. Review and comply with OSHA regulations related to preventing electrical hazards.

Upset Hazards

Upset or imbalance occurs with the crane is overloaded, typically due to human error.

Machine operators who’ve been on the job a long time often think they’ve done this long enough to judge the weight by sight, leading to a hazardous situation.


  1. Those operating cranes today must be clearly trained on load capacity dynamics. They need to understand that their instincts can mislead them.
  2.  All regulations related to load capacity for that size crane should be clearly followed. The resulting damage is too great to leave to chance.

Materials Falling

The leading cause of crane hazard death isn’t something big like a crane contacting or hitting something. It’s something smaller.

Most of the crane-related deaths result from something falling from the crane.


  1. All cargo must be firmly secured.
  2. Test/Check the condition and capacity of hoists
  3. Wear protective gear
  4. Encourage all workers to be aware of their surroundings
  5. A trained safety supervisor must assure that everyone is complying with safety regulations

Weather Hazards

As hard workers who just want to get the job done, it’s hard to call it quits when the weather becomes hazardous. But weather can pose a serious risk to workers and equipment.

Wind, for example, could send the hoist rocking side to side, hitting something or tipping the crane.


  1. Cranes are built to withstand a certain wind impact. When the wind speed exceeds that capacity, the crane must be shut down.
  2. Make sure that workers know that windspeed increases with height. If it’s windy down below the upper crane experiences a pummeling.
  3. Workers should be trained on working with caution in ice, snow, sleet and rain.
  4. Assess the load size to determine what wind level is acceptable

Workspace Hazards

The culture of being aware of your surrounding is important in any work zone. But even more important around a crane.

Employees working under or close to the crane unnecessarily increases chances of a little mistake becoming a big one.


  1. Plan out your workspace, making sure workers have room to effectively do their jobs without walking under the crane.

Addressing Crane Hazards

Preventing fatalities, injuries and damage proper planning, training, and follow-through to ensure compliance with training and regulation. Regularly inspect equipment to ensure it’s in working order.

Whatever your industry, we keep companies productive with value-added service, maintenance, and equipment options. Contact us today.

How Does an Air Over Hydraulic Brake System Work?

While air over hydraulic brakes might not be the most common technology anymore, they are still relevant and thus important to understand.

In fact, a good understanding of air over hydraulics is important not only because of the necessary maintenance and upkeep, ut also in case you’re thinking of a replacement.

In this article, we will go through what an air over hydraulic brake system is, and how the system works.

What is an air over hydraulic brake system?

As the name suggests, this type of braking system is a combination of parts of an air brake system and a hydraulic brake system.

It uses both air and hydraulic compression to operate the brakes.

This type of braking system was created with the hopes of increasing the braking power compared to the power in a hydraulic braking system.

This system is not the most common, but it can often found in trucks, trailers, cranes, and other industrial equipment.

Because of all of their parts and components, these systems must be inspected often and maintained by a professional.

How it works

Normal braking

As we learned earlier, this system works by combining elements of an air brake and a hydraulic brake.

It has a special type of power cylinder that contains a hydraulic cylinder and an air cylinder in tandem.

While both of these cylinders have pistons, the important thing to note is that the pistons are not the same size. the air piston is greater in diameter compared to the piston for the hydraulic cylinder.

The air piston is greater in diameter compared to the piston for the hydraulic cylinder.

What does this mean? This means that there is more hydraulic pressure compared to air pressure during normal breaking.

So when the pedal is pressed, the valve opens and releases the pressure, which a causes braking to occur.

Hard braking

The valve movement when is different depending on how hard the brake pedal is pressed.

When heavier pressure is applied to the brake, there is more valve movement.

Because of the increased valve movement, a greater amount of pressure is released into the power cylinder, causing stronger and faster braking.

What to look out for

As we mentioned earlier, the many parts of this type of system means there are more areas that could be faulty or need repair.

You’ll need to be on top of the maintenance of the many parts of the air over hydraulic braking system, as any issues could result in liabilities and expensive repairs.

Besides the system itself, the oil involved in this system needs to be maintained. Be aware of potential freezing during the winter months!

Bottom Line

Hopefully, this article answered any questions you had about how an air over hydraulic brake system works.

There are many types of brakes, but it is still important to understand how each system works, especially if you have machinery that uses certain systems.

We have a lot of experience with a variety of braking systems and machinery, so if you have any questions or need any advice, feel free to contact us.

You can also leave us a question or a comment in the comment section below!

Why Overhead Crane Inspections Are Important

Keeping your cranes and employees safe should be at the very top of your priority list. Read here to learn about why overhead crane inspections are important and how you can keep your overhead cranes safe and functional!

Preventative Maintenance

The key to keeping cranes reliable is preventative maintenance. Your crane should come with an owner’s manual from the manufacturers. This guide will outline what preventative measures should be taken.

Preventative measures should include a guide to inspecting the crane as well as an outline for a preventative maintenance program. Having an annual Occupational Safety and Health inspection is of the highest importance, as it is the best jumping off point for assessing minimum requirements.

The Occupational Safety and Health Administration (OSHA) has many regulations for regular maintenance. An inspector must be well qualified.

Various degrees of qualifications are necessary in order to be deemed capable of inspection and load testing. Management must decide who is capable of fulfilling these duties, and designate them to oversee overhead crane inspections.

OHSA inspections, however, are only the beginning of your overhead crane tests. Original equipment manufacturers, otherwise known as OEM, have the best standards for each individual piece of equipment.

Inspection and load testing require a large degree of expertise. This may require hiring an employee who specializes in overhead crane inspections.

Load Testing

Making sure that overhead cranes have been adequately load tested is imperative to ensure the safety of your employees.

While conducting a Rated Load Test, it is important to ensure that the loads are no less than 100 percent or more than 125 percent of the rated load capacity unless otherwise specified in the OEM handbook.

Severe load testing should be practiced at least once per quarter. However, OSHA rules suggest that visual checks should be made every day by the person operating the overhead crane.

Finding a professional inspector to suit your needs isn’t as difficult as it sounds. It is recommended that wear and tear evaluations should be completed no less than once a month. The documents produced by these inspections should be available to anyone operating the overhead crane. This way they will be well aware of any potential issues with the crane.

Additional Precautions

Bear in mind which cranes receive the most use. Identify which piece of equipment are used often, as they may have acquired more wear and tear and may require additional attention. Older cranes may also require upgrades.

In closing, making sure that your overhead cranes are running at peak performance is of the utmost importance. It means that your employees are able to do their work more efficiently. They’ll be able to do so more safely and with fewer accidents.

An unsafe work environment contributes to lower productivity, more frequent accidents, more workman’s comp claims, and even the potential for lawsuits.

So make the easy choice. Make sure overhead cranes used by your business are operating at their best, perform preventative maintenance, regular inspections, and always replace any obsolete parts.

Your team will thank you.

Why You Should Trust SEW for Servo Technology

What Is Servo Technology?

Servo technology, otherwise known as a servomechanism, uses error-sensing technology to make automatic corrections to the output of a machine or device.

This eliminates the need for constant user input, as the device makes adjustments itself.

It sounds complicated, but it isn’t. In fact, you probably use some kind of servo technology every day. It’s all around us.

Examples of servo technology include cruise control on a car, conveyor belts in production lines, autofocus on a camera and automatic doors.

Why Use SEW for Your Servo Technology?

Industry Experience

SEW has been around for more than 80 years.

During that time, SEW- Eurodrive has built a history of leading innovation in the industry of servo technology.

They created the first variable speed gear motor and the first motor with energy-efficient copper rotors.

You can be certain that they’ll be on the frontline of all future developments in servo technology.

Exceptional Customer Support

With some companies, once you’ve bought a product, you’re on your own from there.

That’s not the case with SEW-Eurodrive.

Using SEW means being you’ll receive customer care and guidance long after you’ve made your purchase.

SEW offer 24-hour technical support in case of emergency. Their support staff includes not only customer service staff, but engineers, technicians, and product specialist.

Whatever your issue, you can be sure that they have the right people on hand to help you.

Award-Winning Production

SEW has been recognized for excellence in innovation, environmental ability, and employee empowerment.

In 2003, they won the European Motor Drive Vendor of the Year Award.

Their manufacturing facility was also honored with Plant Engineering Magazine’s Top Plant Award in 2007.

An Extensive Product Range

SEW boasts the broadest product range there is in the world of servo technology.

Their range includes gearboxes, frequency inverters, AC and DC motors, automation systems, applications, and software.

SEW’s products are made in such a way that they can be combined and configured in any way the customer requires.

This means that no matter what your needs are, SEW can customize a system that suits you.

Fast Delivery

SEW offers rapid delivery throughout the US.

They are able to do this because their products are not distributed from one centralized place.

They have a number of regional assembly centers, each one of which stocks a huge and varying range of products and spare parts.

This means that you don’t have to wait around for delivery or repairs.

How to Buy SEW Eurodrive Products

Servo technology undoubtedly makes our lives easier. It’s intelligent, versatile, fast, and cost-effective.

SEW-Eurodrive is the leading producer of such technology, and with their wealth of expertise and proven excellence in the industry, there’s no reason to go anywhere else.

These are just some of the numerous reasons why you should invest in SEW Eurodrive products.

If you’re looking to get hold of some for yourself, we can help.

Contact us for a quote on SEW products.

5 Signs You Need Crane Repairs

Has your crane been acting unusual? That’s most likely a sign that it’s time for crane repairs.

If your crane is vital to everyday operations, you’ll need to recognize the signs early to make sure everything keeps running smoothly.

OSHA sets the standards for crane safety, and a crane that isn’t working properly is a hazard to employees and clients.

Every business should have strict safety standards and a checklist for inspecting crane and hoist systems.

But even if you’ve been in the business for years, it’s easy for little things to slip through the cracks and cause safety hazards. And a damaged crane isn’t always easy to spot.

To make your life easier, we’ve compiled 5 of the most common signs your crane needs repairs. Keep an eye out for them!

1. Corrosion or Rusted Parts

If you’re working outdoors (particularly in humid or rainy climates) keep an eye out for corrosion. Rust is the most common type of damage caused by corrosion, and it can be detrimental to your equipment.

Rusted parts can often go unnoticed because rusting occurs over longer periods of time. It’s important to keep an eye out for, however, because once parts are rusted they can easily break.

2. Abrasion

Like corrosion, abrasion is dangerous because it occurs over a long period of time and can really sneak up on your equipment.

If you’re not familiar with the term, abrasion occurs when parts scrape away at each other after years of movement.

To avoid breakages, keep a close eye on all moving parts of your cranes.

3. Broken Chains

Years of lifting heavy loads can take a toll on your equipment, especially the chain links. Broken or worn out chains are a serious safety hazard and can compromise your whole crane system.

If you see a worn out or broken chain, stop work immediately and have the chain repaired.

4. Broken or Loose Parts

This may seem obvious, but broken or loose parts should be a sign you need crane repairs immediately.

To prevent damages, make sure you’re thoroughly inspecting your cranes often. It’s easy to notice damages to large parts of cranes, but it’s the smaller parts that often go unnoticed

Loose parts can also sneak up on you. It might be obvious when something is broken, but a loose part could go unnoticed until it slips out.

Make sure you are inspecting and tightening all parts of your machines as often as possible.

5. Worn-out Pads

You probably know that your cranes have multiple pads to absorb shock from movement. While these parts help prevent wear and tear on your machines, they themselves can wear out over time. To prevent more serious damage, keep an eye on the pads of your crane and replace before they get too worn out.

Prevent Crane Repairs Before They’re Necessary

The best way to prevent dropped loads, expensive damage or injury to your workers is to be proactive and catch these issues early. Make sure your employees are up to date on safety standards and that they report every issue, no matter how small.

Are you in need of crane repairs or an upgrade all together? Check out our crane services here or contact us for more information on how we can help.

The Best Uses for Your Marland Clutch

At Kor-Park, we pride ourselves on providing our customers with the best products.

We supply tools like the Marland clutch because they are durable, versatile, and time-tested. With proper care and maintenance, your clutch will last a long time and serve multiple functions across your business.

Learning new applications will help you get the most out of tools you already love to use.

There are countless uses for a Marland Clutch. We’ve compiled this list to help you understand the functions that make the most sense for your business.

What is a Clutch For?

First, let’s review exactly what a clutch does.

In short, the clutch is a device that couples and uncouples moving parts in a mechanism.

For example, if you’ve ever driven a manual transmission vehicle, you’ve used a clutch. Here, the clutch’s job is to engage and disengage various gears.

Clutches transmit power between shafts, motors, gears, etc. This is what makes them such versatile tools.

Clutches provide an important function industrial settings. They are crucial to controlling the speed and power with which machinery operates. Without a clutch, it is almost impossible to regulate these functions.

The Marland Clutch Difference

Of course, a Marland Clutch is designed to handle power transmissions in machines much bigger and more complex than a manual transmission car. Industrial-sized equipment calls for an industrial-sized clutch.

Marland has been producing clutches since 1931. These clutches help businesses keep their industrial equipment running smoothly.

Industries like mining, metals, power plants, and cement manufacturing all use the Marland Clutch on their heavy machinery. These clutches come in different sizes and designs. This helps to meet the unique needs of different industrial equipment.

The type of machinery you are looking to handle will help determine which type of clutch you will want to use.

The Right Clutch for your Business

Every industry’s machinery has unique needs and requires different kinds of clutches.

For instance, the machinery used by oil refineries cannot be stopped for routine maintenance. Marland’s CECON (Completely Enclosed for Continuous Operation) clutch is optimized for these needs. This clutch is also a great option for machinery that operates outdoors, or in wet conditions.

There are some industries where machines must remain functional during emergency shutdowns. Kiln drives use Marland’s One-Way CEBMAG clutch to keep their machines running slowly in these situations.

In addition to one-way clutches, Marland also produces backstops. These are important to protect against reverse torque on a conveyor or elevated installation.

Additionally, if your machinery needs require multiple clutches, Marland manufactures clutch couplings. These will help you use your clutch in the way that best works for your business.

At Kor-Pak, our goal is to provide you with equipment customized to meet your needs. Whatever the unique needs of your industrial equipment, there is a clutch that can help things run more smoothly.

If you have questions or need help determining which clutch is right for you or taking care of your Marland Clutch, contact us so we can work together on the bets solution.

5 Crucial Tips for Buying a Used Demag Crane

5 Crucial Tips for Buying a Used Demag Crane

Are you in the market for a used Demag crane?

There are many different things to consider before buying a crucial piece of equipment, and a Demag crane is just that.

Damage is always a great choice, as they’re one of the highest quality brands out there. Even if you’re buying used, you’re guaranteed to get a top-notch piece of equipment.

However, a new-to-you crane is always a big purchase so you’ll want to make sure you get a good deal. To make the most of your money, here are five things you always need to consider when buying a used Demag crane:

1. Establish a budget

With any major purchase, it’s important to crunch your numbers beforehand and establish a finite budget for yourself.

Determining what you can spend will make your life easier down the road, as you determine what features and other qualities you look for in a crane.

So, know exactly what you can spend and start your search from there. Used cranes are a great way to save some extra money without sacrificing quality.

2. Why do you need the crane?

Another thing to establish before you invest in a new crane is why you need it in the first place.

If this crane is a new addition, or you’re replacing a broken crane, this one might be obvious. However, if you’re old crane is lacking some important features, make sure you’re looking for those in the new purchase.

3. Identify your must-have features

Establishing why you need the crane should give you a good idea of your must-have features. When doing this, make sure you’re aware of how the crane will be used, as well as the working environment.

Are you lifting loads many stories high? Are you lifting many loads or a few heavy ones? Does the crane have the freedom to move around or is space more limited?

Thinking through a detailed list like this will help you make a list of requirements.

4. Create a “wish list” of other features

Before you start looking, it’s also a good idea to establish the difference between features that are good to have and features that are nice to have.

These features won’t be a dealbreaker for you, but they could be worth investing in. In this case, it’s important to focus on the features that are truly important, so you can potentially save your business even more money in the long run.

5. Shop around for the best deal

As with any big purchase, don’t buy the first thing you see. A crane is a large investment piece, so it’s important to make sure you’re making an informed purchase.

Buying used Demag crane is a great way to save money, but always make sure they’re in good condition and up to safety standards.

If you haven’t done so already, take some time to look over the Demag website to familiarize yourself with their cranes and other products. This will give you a better understanding of what you’re looking for.

For more resources on making your new or used crane work best for you, check out the other articles on our blog. And if you would like expert help in choosing a Demag crane that meets your needs, get in touch.

How To Extend The Life Of Your Marland Clutches

How To Extend The Life Of Your Marland Clutches

There really is no secret when it comes to the life of your overhead cranes. It comes down to maintenance and prevention.

And of course, you have to buy and install the right parts- like Marland clutches.

We know that clutch maintenance is vital to the longevity of your overhead cranes. The problem is many companies take no action, or ignore the signs until it’s too late.

And when it’s too late, you could have a real problem on your hands. So rather than waiting for disaster to strike, start preventing problems now.

Here’s how:


Installing Marland Clutches

Marland Clutches are made to be the best. They’re engineered to be able to perform the toughest jobs while requiring minimum maintenance.

But that doesn’t mean some maintenance isn’t required. And that maintenance can go a long way toward extending the life of your clutch. Proper installation is also essential.

Here’s how to properly install your clutch:

  • Do not operate the machinery until it’s been filled with oil according to specifications.
  • Lubricate properly.
  • Check the direction of freewheeling operation.
  • To check for correct direction of rotation, hold the outer race in place. Then try to rotate the cam first in one direction, then the opposite direction.
  • Mount clutch on staff.

Marland Clutches Need Maintenance

Oil maintenance is extremely important when it comes to extending the life of your clutch.

Here’s what you need to know:

  • Both humid and dusty conditions will determine how often you have to check and maintain the oil. However, regular inspection is recommended.
  • Make sure all bolts are tightly screwed on to avoid leakage.
  • To figure out how often you need to check your oil, examine a sample from the clutch cover plate oil hole. The objective is to look for evidence of contamination.
  • Once the frequency of future examinations is established, a regular routine of draining, flushing, and refilling the clutches with fresh oil is required.
  • Every 3-6 months, apply grease to the gear teeth in the engaging/disengaging sleeve.
  • Keep all parts as clean as possible. Dirt and grit will cause problems.
  • Never use a hammer or try to pull on the clutch cover plate.
  • Check to ensure that bearing, oil seals, and gaskets aren’t damaged.

Never use carbon tetrachloride. It’ll harm neoprene seals.

What to Ask When Implementing a Maintenance & Prevention Program

If you want to extend the life of your crane and its parts, you need to create an effective maintenance and prevention program. You also want to hire the right professional team to handle it for you.

Most of the time, a yearly inspection is all that’s needed to ensure that all the parts of your crane are working smoothly.

Here are some great questions to get you started:

  • Reputation: Does the service company have a good reputation within their industry?
  • Accommodating: Is the company you’re thinking of hiring to take care of your crane willing to accommodate your schedule and needs?
  • Performance: During each visit, will the company perform all standard maintenance procedures like fluid changes, runway checks, and greasing the bearings?
  • OSHA & OEM Requirements: Does your service company meet standard OSHA & OEM recommendations?

We’ve been in business since 1976 because we believe in creating value for our customers. Contact us today for parts, questions, and support.