How to Properly Maintain Mechanical Disc Brakes

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Unscheduled downtime wastes time and money. In the current competitive climate, you must give your business every possible advantage. Regular equipment maintenance helps prevent breakdowns and other incidents.

Brakes are an essential component to inspect. Mechanical disc brakes have a simple design. They’re an excellent industrial option when power for other brakes isn’t available.

Mechanical disc brakes are relatively low-maintenance. However, periodic inspections and repairs are still essential for safety and performance. Learn more about how to maintain mechanical disc brakes in industrial applications properly.

Check the Brake Positioning

Brakes that wear unevenly will have poor performance and a shorter life. Several common-sense steps will promote more even brake wear.

Machinery should be level. Loads should be as evenly distributed as possible. The size and weight of loads should fall within the tolerances of the equipment.

Verify the Air Gaps

The brake disc’s air gap on both sides is essential to the braking system. The gap should be the same on both sides of the disc.

Some industrial brakes have an automatic wear adjustment for the air gap. Checking the gap during routine brake maintenance is still a good idea.

Clean and Lubricate the Brake Linkage

Mechanical brakes use a cable or linkage system to transfer force to the calipers. Cleaning the linkage helps ensure the brakes are giving the best possible performance.

Debris or dirt on the linkage can reduce the brake torque. The brakes may not work correctly.

Lubricating the linkage after cleaning is also an essential part of brake services. Lubrication helps the brakes give their full clamping force.

Look at the Brake Pads

The brake lining is the part of the brake pad that comes into contact with the disc. It protects the brakes from rubbing metal on metal, which could cause significant damage.

Brake pads were traditionally made from asbestos. Asbestos poses serious health hazards, and its use is declining. Other friction materials are being developed.

These materials are increasingly practical and durable. Brake maintenance should include an inspection of the thickness of the lining. Brake pad lining that has become too thin will need replacement.

Watch for Wear on the Rotors

Brake rotors turn kinetic energy into heat. When the brake engages, the calipers squeeze the brake pads against the rotors. This creates friction, which slows and stops the equipment.

Rotors often wear out at the same time as the brake pads. Their lifespan depends on factors such as:

  • Rotor quality
  • Heat dissipation
  • Type of brake pad
  • Climate
  • Operating conditions

Checking the rotors for wear during routine maintenance will help identify issues before they cause brake failure.

Maintaining Mechanical Disc Brakes

Mechanical disc brakes are an essential part of your operations. Regular maintenance will help ensure they perform reliably for as long as possible. You can identify potential issues before they cause unscheduled downtime.

If a maintenance inspection shows a problem, Kor-Pak has the replacement components you need. We’re a leading distributor of OEM and aftermarket products. Our experienced team will help you find a solution that optimizes your system performance at the most competitive price.

Request a quote from Kor-Pak today and take control of maintaining your brakes.

Industrial Cranes: The Different Types to Know

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The market value of global manufacturing is currently around $2.3 trillion. In such a large sector, quality technology is required for specialized applications. Selecting the appropriate industrial cranes for your manufacturing or construction team is essential.

Read on to learn some crane options to keep in mind for different applications.

Overhead Cranes

Overhead cranes are a common type of industrial crane. Also known as bridge cranes, they have two parallel runways with a traveling bridge in between them. The component that lifts loads moves along the bridge to move heavy cargo efficiently.

Most overhead cranes are electric. They’re controlled by a remote pendant or from an operator’s area. These cranes are ideal for situations where the aim is to work quickly and eliminate downtime when hauling large cargo or loads.

Tower Cranes

Tower cranes are what most people think of when they imagine a crane. Their primary uses are in construction because tall latices tower high into the sky. They have the unique ability to reach up to several stories to constrict several hundred-foot-tall skyscrapers effectively.

These cranes do not move once they arrive at the construction site. They are attached either to the ground or the side of the building structure. The former is more common, and the base is anchored to a large, stable concrete slab at the bottom of the building.

Jib Cranes

Jib cranes are not usually used in construction. They’re more suited to industrial and manufacturing applications. Some applications include metal fabrication, machine maintenance, and the movement of raw materials and components for machinery.

These cranes are used for smaller indoor applications. They’re simple to operate because of their basic design. Repetitive movements are their primary use.

Most jib systems are freestanding and move items in a small area at routine intervals. There are also foundationless jib cranes that don’t need a unique poured foundation and instead bolt to reinforced concrete. 

Gantry Cranes

Gantry cranes provide a stark contrast to jib cranes. Instead of being portable and usable in limited spaces, a gantry crane is massive. Some of them can lift over 20,000 tons!

These cranes are usually used in offshore oil rigs. They are also standard in harbors and shipyards. They aim to assemble large ship components in these locations.

Smaller gantry cranes can also be used in industrial warehouses. The crane bridge connects to tall wheeled legs at either end of the crane. This makes it moveable, so it can be more versatile.

Truck Mounted Cranes

A truck-mounted crane is more mobile than other crane options. They mount to a truck for easy use on large construction sites.

The parts of the crane extend either vertically or horizontally. These outriggers keep it stable and secure while carrying loads of any size.

Beyond the Types of Industrial Cranes

Understanding the available types of industrial cranes is only the tip of the iceberg. Doing additional research and getting a quote for your specific needs is critical. Contact Kor-Pak to ask any remaining questions and get a pricing estimate online. 

 

What Do You Need to Know About Hydraulic Hose Clamps?

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It’s estimated that 2.3 million people around the world succumb to work-related accidents each year. This translates to 6000 deaths every single day. While shocking, these figures prove that proper maintenance and safety measures are crucial.

This is particularly true for any business that relies on hydraulic systems. One of the most important components of a hydraulic system is the hose. It carries pressurized fluid from one point to another.

Ensuring the hose is securely attached and doesn’t leak for optimal function requires hydraulic hose clamps. But just how much do you know about hydraulic hose clamps?

Types of Hose Clamps

There are several hose clamp designs to choose from, depending on the size, shape, material, and pressure of the hoses and pipes. Some of the most common types are:

Single vs. Double Pipe Clamps

Single hydraulic pipe clamps hold one tube or pipe. Double clamps, on the other hand, can hold two tubes or pipes.

T-Bolt Hose Clamps

These heavy-duty hose clamps use a T-shaped bolt to tighten around the hose or pipe. They are suitable for high-pressure applications and large-diameter hoses.

Hose Separator Clamps

These clamps separate multiple hoses or pipes in parallel or perpendicular arrangements. They prevent tangling, rubbing, or interference between hoses or pipes.

Loop Clamps

These are simple clamps that form a loop around the hose or pipe. They are easy to install and remove but may not provide enough grip for high-pressure applications.

Twin Series Pipe Clamps

These clamps have two identical halves forming symmetrically around the hose or pipe. They provide a uniform distribution of pressure and vibration damping.

Choosing the Right Hydraulic Hose Clamp Is Crucial

As previously noted, there are different hydraulic hose clamps to match various uses. Choosing the wrong one can be disastrous and reduce the lifespan of the machinery. Here are a few things to consider:

Size and Diameter of the Hose or Pipe

The clamp should fit snugly around the hose or pipe. It shouldn’t be too tight or too loose.

Material and Temperature of the Hose or Pipe

For example, for a rubber hose that expands when heated, it’s best to use a clamp to accommodate this expansion without losing grip.

Pressure and Flow Rate of the Fluid

Check the clamp’s maximum working pressure and burst pressure ratings and compare them with the system specifications.

Environment and Location of the Hose or Pipe

The clamp should resist any environmental factors affecting its durability and performance. Also, consider the accessibility of the hose or pipe when installing or removing the clamp.

Applications of Hydraulic Hose Clamps

Hydraulic hose clamps are utilized in various industrial machinery and mobile equipment. For instance, they help mining machinery withstand intense vibration, shock loads, and rugged conditions. Manufacturing facilities rely on hydraulic clamps to securely connect hoses on equipment like hydraulic presses. 

The Strategic Path to Choosing High-Quality Hydraulic Hose Clamps

Unsure about selecting and installing hydraulic hose clamps? As a leading industrial parts distributor, Kor-Pak aims to keep machinery operating optimally. Our team is ready to help find the best clamps to maximize safety and performance.

Feel free to reach out today to discuss your needs.

The Basics to Selecting the Right Caliper Disc Brakes

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Investigate Sizes for Caliper Disc Brakes

Caliper disc brakes come in a wide range of sizes. The first consideration when selecting brakes will be the size of your machinery. You need something that fits seamlessly into the body of the equipment on which you plan to install the brake.

It’s also important to note that brake disc sizing impacts the power of said brakes. Most machinery will have the potential for multiple brake sizes.

Small disc diameters are ideal for those who want to stop motion over a longer period gradually. They have a smaller surface area and fewer calipers squeezing onto the brake pad rotors. In some cases, people may use them to supplement larger-diameter brakes.

A larger disc diameter means more grip. They generate more friction, but it’s distributed over a bigger surface area to prevent overheating. Plus, big brakes generate more torque, so motion stops quickly on very heavy machinery.

Choose Quality Brake Material

Applying brakes on industrial machinery generates a lot of friction. The friction causes the machinery to slow and stop. Friction naturally generates heat, so stopping industrial machinery with caliper disc brakes generates much heat.

It’s critical to choose brakes with a high thermal tolerance. Cast iron is one of the best disc brake materials on the market because of its conductivity. It also is extraordinarily durable and can withstand frequent friction with little corrosion.

Understand Floating vs. Fixed Calipers

There are two general kinds of caliper disc brakes: floating and fixed.

Floating brakes are movable, while the caliper/piston is moveable. There only is a piston on one side of the brake, and it moves forward to create friction against the brake. Floating brakes are structurally simple, easy to disassemble and move, portable, and lightweight.

Fixed brakes are stationary and have caliper pistons on both sides of them. Pressing the brake does not move the caliper. Instead, the opposite caliper pistons use hydraulic pressure to move forward and press against the brake disc from both sides.

The brake oil enters from the inlet of the caliper. It stops by acting on the stationary pistons.

Most brakes are floating because fixed brakes are large and clunky. The air circulation is low, and it’s challenging for them to cool down. Still, they do have some industrial applications, such as assembling very large products in bulk.

Get the Right Industrial Brakes

Now that you know some tips for selecting caliper disc brakes, it’s time to invest in high-quality industrial equipment. Our team is committed to providing you with top-of-the-line manufacturing products from trusted providers.

We offer various industrial braking equipment and accessories for diverse applications. Contact Kor-Pak to request a quote for your individual needs.

What Are the Best Ways to Prevent Crane Accidents?

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The Bureau of Labor Statistics cites over 2.6 million nonfatal workplace injuries annually. It’s critical that industrial plants limit the likelihood of accidents that can cause incidents.

Preventing crane accidents may sound challenging, but you can mitigate risk in some simple ways. Read on to learn how to ensure crane safety for employees and supervisors.

Choose Quality Accessories

Your equipment requires quality brakes and accessories to minimize risk. Well-made electric and secondary brakes decrease the potential for brake failure. Reinforced hooks and accessories ensure the crane can handle heavy loads without breaking or dropping them.

Research available options and purchase accessories from a reputable source. Make sure that you know the specifications of your crane so that you can meet size and weight requirements when ordering.

Inspect Equipment Adequately

Make sure to inspect your equipment daily. Most crane accidents are not the result of misuse but instead happen during routine operations.

Look at the handling and weighing equipment before operating heavy machinery. This will ensure that everything is in order so you can remain safe.

Consider creating a safety checklist with a concrete list of actions to take during the inspection process. That way, you will not forget simple checks that could avoid devastating consequences.

Train Qualified Operators

Not just anyone can operate an industrial crane. OSHA has fairly strict requirements for who can utilize one. This makes sense, considering that cranes are unique pieces of heavy equipment that could cause fatal consequences for untrained users.

Those operating cranes must have gone through extensive training. They need certification to operate the machinery. Additionally, this entails receiving a physical and mental readiness assessment from workers on the job site.

Create an Ideal Work Area

You need to use your crane in an area with ample space for maneuvering. Ensure it’s large enough for the crane to move about freely.

This means planning the crane’s path ahead of its use. You must clear the area of obstacles and hazards. If you can’t get rid of certain fixtures, like buildings, it’s essential that everyone knows their whereabouts and keeps a safe distance from them.

An ideal workspace also means one that is free of distractions. Ask that operators shut off their cell phones if they are not using them to communicate with workers on the ground.

A signal person should also lead the crane from the ground while it moves. Their vantage point is a surefire way to avoid obstacles.

Perform Daily Checks

In addition to routine inspection, you will need to perform daily operator checks on the crane.

Make sure that the basic features work properly. Operators must be able to move and control the crane predictably.

After that, make sure that the engine starts up correctly.

Finally, test the safety systems in place on the crane. Doing this daily is critical to ensuring that accident-preventing failsafe works properly.

Minimize the Risk of Crane Accidents

Now that you know some tips for preventing crane accidents, it’s time to upgrade your industrial plant with quality parts. Our team is committed to providing long-lasting products from trusted manufacturers.

Request a quote from Kor-Pak to learn more about the costs of your specific needs.

A Guide to the Common Uses of a Hydraulic Disc Brake

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You need industrial brakes. Which type will be best suited for your application?

Do you need pneumatic, hydraulic, or electric actuation? Will disc or drum brakes be a better choice?

Hydraulic disc brakes offer an advantage in many situations. A hydraulic disc brake can handle applications that need higher torque. It distributes heat more evenly and is less likely to overheat.

Hydraulic disc brakes are less prone to brake fade compared to other types of brakes. They use fluid pressure instead of friction. The brake pads don’t wear as quickly.

Learn more about hydraulic disc brakes, their advantages, and their common industrial uses.

Dynamic Braking

The most apparent use for industrial brakes is to bring a moving part to a complete stop. This is known as dynamic or active braking.

Many types of industrial vehicles can use hydraulic disc brakes for this purpose. Construction equipment and agricultural machinery are some examples. Wind turbines are another application for hydraulic brakes.

Holding

Hydraulic disc brakes can stop and hold industrial machinery parts during an action. Holding brakes are common on rotating equipment, like winches and cable wheels. Holding brakes have many applications, such as:

  • Factory automation
  • Medical equipment
  • Elevators and escalators
  • Construction equipment
  • Robotics

Hydraulic brakes can stop the load before holding it, as well as simply holding it. They’re a good option for high-inertia loads. They give the operator more control, which makes them well-suited for high-load applications like amusement park rides.

Tensioning

Tensioning controls the speed of a moving part. It creates drag to control movement instead of stopping the movement altogether. The most common uses for tensioning brakes are web systems that handle rolls of material like tape, wire, or paper.

Electric friction brakes are a common choice for tensioning. They aren’t well-suited for high-torque applications, though. Hydraulic brakes are better when high torque, high speed, or wide tension strength are necessary.

Fail-Safe

Hydraulic spring-applied disc brakes are a good choice for emergency braking. They use hydraulic pressure to hold the brake open. If power is lost or the brake is turned off, the spring engages the brake.

Hydraulic brakes exert very high torque.

Disc brakes are capable of higher rubbing speeds than drum brakes. They can handle higher surface temperatures during an e-stop. They dissipate the heat generated by braking more efficiently.

Fail-safe brakes are a safety requirement for many types of industrial equipment, including:

  • Mining and construction vehicles
  • Rail cars
  • Agricultural equipment
  • Hoists and cranes
  • Manufacturing equipment and conveyors

Hydraulic brakes can help you meet safety requirements and machinery directives.

Finding the Right Hydraulic Disc Brake

A hydraulic disc brake can serve many purposes. You can use it as a dynamic brake for holding or tensioning. Hydraulic brakes work well as fail-safe brakes.

Finding the right brakes for your application is essential for safety and performance.

Kor-Pak has a diverse catalog of industrial hydraulic disc brakes. We can also design custom brakes to meet your needs. We’ll help you find the right industrial machinery parts and keep them running efficiently.

Browse Kor-Pak’s selection of industrial disc brakes and reach out with any questions. We’re committed to exceeding your expectations with our parts and customer service.

How Does a Limit Switch Work? A Brief Overview

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The intricacy of industrial machinery demands precision and reliability at every turn, and nestled within this complex world lies a seemingly simple component: the limit switch. A limit switch is pivotal in controlling machinery and ensuring operational safety.

How does a limit switch work? At its core, it monitors the movement of equipment and sends signals to halt or alter operations when it reaches a pre-set point. This ability to provide real-time feedback makes limit switches indispensable in industrial settings.

In this article, we’ll dissect the mechanics of limit switches to show how they function and why they’re essential in various applications.

What Are Limit Switches?

Limit switches are fundamental components in controlling machinery and ensuring operational safety. These devices act as guardians, monitoring and managing the movements and positions of machines.

A limit switch sends a signal to stop or alter the machine’s operation when it reaches a pre-determined point. This function helps prevent damage to equipment and ensures consistency and precision in industrial processes.

Types of Limit Switches

Limit switches come in various forms, each serving specific purposes across different industries. These are some of the most common types:

  • Whisker encased switches have a thin, flexible wire, perfect for applications requiring gentle contact.
  • Roller limit switches feature a rotating cylindrical actuator, commonly used in conveyor systems for consistent operation.
  • Lever limit switches have an adjustable actuator arm, which offers versatility in detecting the presence of objects.
  • Plunger limit switches provide a straightforward, reliable response with their button-like actuator.
  • Rotary limit switches are essential for controlling heavy machinery and operate with a rotating shaft.
  • Linear limit switches offer precise control in applications requiring linear movement detection to ensure optimal machinery control and operational safety performance.

How Does a Limit Switch Work?

At its core, a limit switch consists of an actuator mechanically linked to a set of contacts. When an object comes into contact with the actuator, it triggers a change in the state of the contacts and sends a signal to the connected equipment. This design allows for precise control, as the switch responds only when the actuator is engaged to a specific degree.

The Role of Limit Switches in a Control System

In any control system, the objective is to maintain order and ensure that each component functions as intended. Limit switches play a crucial role in achieving this goal. They provide real-time feedback on the position and movement of machinery and allow for swift responses to any deviations from the norm.

This feedback loop is essential in maintaining the delicate balance between efficiency and safety. Without limit switches, controlling machinery to the degree required in today’s industrial landscape would be a near-impossible task.

Ensure Precision and Safety

Understanding how a limit switch works is crucial in maintaining machinery efficiency and safety. At Kor-Pak, we provide the knowledge and products you need to ensure your equipment operates seamlessly.

Don’t leave performance to chance. Browse our range of limit switches and ensure your machinery is equipped with the best.

4 Tips for CNC Prototyping: A Quick Guide

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Bringing a product vision to life is more complex than thinking of and manufacturing an idea. Developing a prototype is crucial to ensuring the result functions appropriately. This is especially true when using computer numerical control (CNC) machines, tools that over 316,000 professionals work with daily.

The good news is that CNC prototyping is more straightforward than it seems. Listed below are key factors to understand about prototyping for CNC machinery before moving forward.

1. Keep Things Simple

When prototyping, it’s best to keep things as simple as possible. A great way to start is by considering only the necessary features during development. Additional features will make prototyping more complex and increase costs.

For example, using drafts during production is complicated and time-consuming. As such, it’s not economical to use during the prototyping stage. A bit of planning goes a long way when streamlining this process.

2. Focus on Tool Geometry

Tool geometry plays a crucial role when looking to develop prototypes quickly. Consider both the machining tool’s design and the part’s design.

Otherwise, this process becomes unnecessarily complex and requires additional resources. In some situations, it can substantially delay deadlines.

People often use CNC lathe rapid prototyping when developing prototypes. This involves rotating the workpiece instead of the cutting tools.

However, there are better processes for parts that are axisymmetric. Research might be required before starting to ensure you avoid mistakes.

3. Increase the Order Volume

In general, CNC machining shouldn’t be used for low-volume orders. The per-unit cost is often substantial, and smaller orders can quickly become expensive.

Consider slightly increasing the order volume to see how the price from the supplier changes. In some cases, adding a few additional units can drastically cut per-unit prices. This could dictate whether the prototyping process is economical and stays within budget.

4. Work with an Experienced Professional

Working with a professional is a great way to get started. They have the knowledge, tools, and resources to help their clients hit the ground running.

When looking for someone to hire, see what others say about their experiences. Were they satisfied with the results they got?

How did they feel about the company’s professionalism? These details provide valuable insight into what to expect. Make sure they often work with similar companies.

This will help you find a professional who understands the industry’s nuances. The more experience they have, the better. Firms that have been around for over a decade are more likely to meet their clients’ needs.

Always look into the pricing structure before making a decision. Doing so will help avoid financial surprises after hiring someone.

Never Overlook CNC Prototyping

When handled correctly, CNC prototyping is more straightforward than many people anticipate. The tips in this guide will ensure the process goes as smoothly as possible.

Kor-Pak’s diverse portfolio of products helps clients strategically source parts that are difficult to find. Once the prototyping process is complete and the final product design is created, Kor-Pak can source your components and parts.  The company supplies both OEM and aftermarket parts. Get in touch today to learn more about the opportunities available.

 

How Does a Wire-Bending Machine Work?

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In the heart of every massive bridge, within the depths of towering cranes, and throughout the expanse of complex conveyor systems, wires bent into precise configurations play a critical role. These are not just any wires but ones meticulously crafted by industrial wire bending machines. They are tools that are indispensable in the realms of heavy industry and manufacturing.

Turning a spool of hard metal into a functional component is both an art and a science. 

Understanding Wire Forming

The craft of wire forming is an essential thread in the manufacturing fabric. This is especially true when it involves the creation of parts for substantial machinery.

The spectrum of machines that perform this task spans from basic hand-operated devices to sophisticated CNC machinery. They are all designed with a singular focus: to transform wire into meticulously crafted shapes.

The journey of wire forming begins with straightening the wire from its coiled state. It is then skillfully bent into the required configuration. The precision of these bends and the machines’ efficiency truly highlight the innovation in this field.

The Rise of CNC Machinery in Wire Forming

The advent of CNC machinery has revolutionized wire-forming. With these computer-controlled machines, instructions can be programmed into the system. This allows for the creation of wire shapes with exceptional consistency and accuracy.

CNC technology not only amplifies precision it also enables the production of more complex configurations.

This advancement is particularly significant in fields that demand intricate components. We’re talking about industries such as those that create parts for industrial machines or heavy-duty equipment.

How a 3D Wire Bending Machine Operates

3D wire-bending machines stand at the pinnacle of wire-forming technology. They can craft wire into three-dimensional shapes, producing previously unattainable components through manual methods.

As the wire navigates through a series of bending heads and guides, it is sculpted into the programmed 3D form with remarkable speed and exactness.

The Role of Bending Wire in the Industry

The industrial world relies heavily on the capabilities of wire-bending machines. The precision-bent wires are integral to large-scale construction and machinery. They are components in more significant assemblies, like structural supports or intricate locking mechanisms.

Such precision is crucial to maintaining the integrity and functionality of industrial systems. Wire-bending machines are central to achieving this level of craftsmanship.

The Future of Wire Bending Machines

The future holds exciting developments for wire forming. There are ongoing innovations in CNC technology and material sciences.

These developments promise even more precise and diverse wire-forming capabilities. These advancements will further solidify the essential status of wire-bending machines in manufacturing and industry.

A Tightly Coiled Summary

A wire-bending machine is the unsung hero behind the scenes of large-scale industrial manufacturing. It shapes wire into functional components essential for many machinery and structures.

Exploring Different Types of Crawler Cranes for Different Applications

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Having the right crawler crane is crucial for a successful construction project. This is one of the main reasons why the crawler crane market is worth around $2.17 billion. 

So, what kind of crawler cranes are available? Which one works best for specific construction projects? 

This guide will answer those questions and more. 

Load Sense System 

Companies can look for a load sense system from crawler crane suppliers. This allows companies to understand better what kind of stress they are putting on a crane. 

Is the load going to be too heavy? Is it loosening up unexpectedly? Is there too much movement from side to side? 

These are things that crawler cranes with a load sense system can manage. It is a safety measure that helps ensure the load can reach its final destination properly. 

Counterweight System 

Another thing companies should look for from a crawler crane supplier is a crawler crane that has a counterweight system in place. This makes the counterweight more automated than with more traditional cranes.

Essentially, the counterweight system measures where the counterweight needs to go while a load is lifted. From there, it will automatically move to a new position as the load moves. 

This is crucial, considering how much weight a crane can carry at one time. On average, crawler cranes can lift up to 20 tons. The system here helps the efficiency and safety standards of those types of loads. 

Integrated Control System 

Companies looking for a crawler crane with a system with everything in one place should look no further. An integrated control system can tell an operator everything they need to know about this crane. 

Examples include the engine status, the fuel, what kind of oil the crane has, wind speeds, what angle the crane is working from, and more. 

The point is that an operator should be aware of any aspect of the crawler crane. This type of control system can keep operators more efficient and organized. 

Lattice Boom 

Finally, this type of crawler crane model gives companies more insurance that the crane can lift the required loads. This is done by providing wheels in the undercarriage to help with its mobility. On top of this, the lattice boom feature was designed to lift the heaviest loads and make it easier to erect the boom wherever it is needed. 

Use Crawler Cranes 

These are some of the different crawler cranes that companies can choose from. These crawler cranes are efficient and valuable, but the best ones will fit particular company needs. 

A lattice boom crane can suit companies needing extra heavy load insurance. An integrated control system is excellent for companies looking to maximize efficiency. 

A counterweight and load sense system is perfect for companies dealing with sensitive loads. To get started, request a quote here.