Two Locations

Knoxville

865-982-6452

Tri-Cities

423-975-9111

Operating Hours

Parts & Service

M-F 7am - 5pm

Sales & Rentals

M-F 8am - 5pm

Contact Us

865-982-6452

Sales: Blake Wilson

Parts/Service: Terry Nichols

CASE Historial Excavator
Construction Industry Trends
March 1, 2025

Do You Know the Historic Evolutions of CASE Construction Equipment?

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Emily Bieger

CASE Construction Equipment’s history dates to before the American Civil War, with a legacy of innovation and excellence.

A brand synonymous with innovation and excellence in the construction industry, CASE has a rich history spanning over 175 years. Founded by Jerome Increase Case in 1842 as the Racine Threshing Machine Works in Racine, Wisconsin, the company has evolved from producing threshing machines to becoming a global leader in heavy construction equipment.

Key Highlights:

  • Founding and Early Innovations: CASE Construction Equipment’s early innovations included the production of threshing machines and, in 1869, the first portable steam engine, which played a crucial role in early road construction.
  • Expansion into Construction Equipment: By the mid-20th century, CASE expanded significantly into construction equipment.
  • Strategic Acquisitions and Mergers: Throughout the 1970s and 1980s, CASE made strategic acquisitions, and merged with New Holland to form CNH Global, which later became CNH Industrial in 2013.
  • Recent Innovations and Future Outlook: CASE has continued to innovate with the launch of electric equipment and is focused on meeting industry demands through investments in technology.

Early Years: Threshing Machines and Steam Engines

In its early years, CASE focused on manufacturing threshing machines, which revolutionized wheat harvesting by increasing efficiency tenfold compared to manual methods. The company’s foray into steam engines began in 1869 with the production of its first portable steam engine, a milestone that marked the beginning of its involvement in road construction. This steam engine, now housed at the Smithsonian Institution, symbolizes CASE’s pioneering spirit in mechanical innovation.

Expansion into Construction Equipment

The dawn of the 20th century saw CASE expand its product line into construction equipment. A pivotal moment came in 1957 with the introduction of the CASE Model 320, the first factory-integrated tractor loader backhoe. This innovation cemented CASE’s position in the construction machinery sector. Over the years, the company continued to diversify its offerings, entering the excavator market in 1967 and skid steer loader production in 1969.

Strategic Acquisitions and Mergers

Throughout the 1970s and 1980s, CASE made strategic acquisitions to bolster its portfolio. Notable acquisitions include Poclain excavators in 1977 and Drott Manufacturing Company in 1968, which expanded its presence in the wheeled excavator market. In 1999, CASE merged with New Holland to form CNH Global, which later became CNH Industrial in 2013.

Recent Innovations

Construction Industry's first electric backhoe loader.

In recent years, CASE has continued to innovate and expand its product line offerings. The company has made significant strides in electric equipment, launching the 580EV, the industry’s first electric backhoe loader, which has garnered significant interest and enthusiasm from the industry. Additionally, CASE has introduced new models like the TL 100 mini track loader and several small articulated loader models, further diversifying its product lineup.

Current And Future Outlook

Today, CASE Construction Equipment is part of CNH Industrial and operates as a leading manufacturer of construction machinery, including excavators, motor graders, wheel loaders, and skid steers. The company is focused on meeting industry demands through investments in manufacturing and technology. Trends shaping CASE’s strategy include the adoption of machine control technology, digital connectivity, and alternative power sources like electric equipment.

In 2025, CASE is poised to continue its legacy of innovation, with a focus on electric and digitally connected solutions. The company’s commitment to exceeding customer expectations and needs and to furthering technological advancements position it well for future growth and leadership in the construction equipment sector. You can count on Contractor’s Machinery to bring you all the latest equipment and insights from our partners at CASE.

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The growing need for compact equipment in urban construction
Construction Industry Trends
February 1, 2025

The Growing Need for Compact Equipment in Urban Construction

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Emily Bieger

As the need for residential and commercial space continues to grow, urban construction has become much more common. The unique confines of an urban landscape present construction challenges for the size and type of equipment that can be used to build in the urban environment. As new compact construction technology continues to develop and mature, it’s important for contractors to understand why they need to consider acquiring quality compact machinery. Below is a list of reasons why compact equipment better fits growing city and startup project construction sites.

Compliance with Urban Regulations

Regulations regarding the types of equipment contractors are allowed to use in certain areas have grown. With laws limiting noise, emissions and even weights of construction equipment in crowded areas, a growing need has presented itself for smaller equipment that can handle the same workload as their larger counterparts. Machinery like Case Compact Track Loaders and Compact Dozer Loaders help exceed site needs while meeting these more stringent regulations. Simultaneously, they set the bar as top-of-the-line compact equipment that performs above its weight class.

Navigating Tight Spaces

Urban construction’s most difficult challenges include navigating narrow streets, crowded neighborhoods and working with limited staging areas. Compact equipment excels in these environments. Mini excavators and other compact equipment can efficiently dig and grade in areas where larger machines struggle to fit or get turned around. The Case TR340B Compact Track Loader offers a smaller overall footprint, allowing operators to maneuver through tight spaces without sacrificing performance.

Versatility of Compact Machinery

Compact equipment often offers a useability and versatility that larger, clunkier equipment can’t match. With compact machinery’s ability to easily interchange attachments such as grapples, buckets and augers, the need to bring in specific pieces of large machinery can be, to some extent, limited, if needed at all. Adding versatile compact machinery to your fleet of construction equipment can help streamline urban construction jobs while saving time and money from deploying your big gun/high dollar machinery.

Improved Transport and Storage

The convenience of compact machinery in urban construction becomes quite evident when it’s time to transport your equipment. Deploying heavy equipment in urban areas through urban traffic can be challenging and time-consuming. And time is money. Compact machines are easier to load, transport and properly store, making them more practical and economical for city projects. 

Cost Effectiveness

Smaller machinery usually comes with smaller upfront purchasing costs, reduced maintenance and lower fuel costs compared to large machinery. For contractors working on startup projects with limited budgets and for those developing smaller urban infrastructure, compact machinery is ideal. There is no need to take up space and spend extra cash on large machinery that can only be used for specific jobs if smaller equipment can get the job done. Do be aware however, that costs can escalate pretty quickly when you start adding on all the attachments you may need for certain jobs. Keep this in mind when building your small equipment fleet.

In conclusion, the following is still true: Size matters. If you are finding cost issues and inconveniences in deploying your large equipment in the ever-growing and developing urban landscape, it may be time to consider some smaller-sized equipment options that are still tough enough to get the heavy jobs done but be easier to operate on the job site. Consult with your CMI Case representative to find the right sized equipment options and attachments for your construction fleet.

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Keep heavy equipment operating efficiently in winter months
Equipment Maintenance
January 20, 2025

Keeping Heavy Machinery Operating Efficiently in Winter Months

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Emily Bieger

As temperatures drop and winter weather approaches, heavy construction equipment works harder. Cold weather can affect machinery performance, reduce efficiency, and increase the risk of breakdowns. At CMI Case, we understand the importance of keeping equipment in top working condition year-round. With that in mind, here are some essential tips to keep your heavy construction equipment operating optimally to keep your projects on track during the colder months.

Inspect and Maintain Your Equipment

Regular equipment inspections are key to preventing costly repairs and untimely breakdowns. Check for leaks, wear and damage, especially in hydraulic systems, electrical components, engines and cooling systems. Maintain proper tire pressures and look for cracks or excessive wear on tracks and tires, particularly for excavators and skid steers. These simple steps can save you time and suffering out in the cold of winter.

Switch to Winter Grade Fluids

Cold temperatures cause fluids to thicken and flow more slowly, reducing machinery efficiency and performance. To combat this, it’s essential to switch to winter-grade engine oil, hydraulic fluids and fuel additives, which help prevent diesel fuel from gelling. Diesel engines are particularly vulnerable to cold weather, as water in the fuel system can freeze and cause clogs or damage. To avoid these issues, regularly drain water separators, use anti-gel additives or winter diesel, and keep fuel tanks full to minimize condensation buildup. By taking these steps, you can ensure your equipment operates smoothly and reliably throughout the winter months.

Battery Care

Batteries often lose efficiency in cold temperatures, making it harder to start your equipment and increasing the risk of other electrical related issues. There’s an old saying that batteries get killed in the summer (due to heat) and die in the winter (due to increased load demands they can no longer maintain). To keep your batteries in peak condition during winter, start by cleaning and tightening connections to ensure proper voltage flow. Regularly test the battery charge and replace any weak or failing batteries before they become a problem and leave you stranded. For equipment stored outdoors, consider using battery heaters or maintainers to keep them warm and ready to perform, even in freezing conditions. Proper battery care can make all the difference in keeping your machines running smoothly throughout the winter. 

Store Your Equipment Properly

Making sure your equipment is stored properly will shelter it from the harsh elements of winter. If possible, use covered areas or even indoor storage facilities to protect your machinery from the winter snow, ice, wind and rain. If you are not able to find cover for your equipment it is always smart to use waterproof covers to protect external components. Also, park machinery on solid ground after use to avoid important undercarriage components from freezing.

Preparing Your Crew for the Cold

Along with preparing your heavy machinery for the winter, it’s important to make sure that your most important pieces of equipment are ready for the cold too, and that is your crew! Teaching your crew to quickly recognize and respond to things like weather related equipment stress, emergency breakdowns, and other proper machinery upkeep can ensure that your projects won’t skip a beat despite the challenges cold weather might bring. Most importantly, keep safety in mind, as cold weather and ice can make operating heavy machinery dangerous. Keeping your crew up to date on the newest safety procedures and precautions that need to take should always be the utmost priority!

Always keep the tips and tricks above in mind for cold winter days. It’s also smart to reference machinery manuals for proper manufacturer recommendations and also seek out the wisdom of sales and service professionals on techniques that can be used to best protect your machinery from winter weather. CMI Case has service and sales professionals available Monday through Friday from 8-5pm to answer all your questions about your equipment and how to properly take care of it to avoid costly breakdowns.

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A guide for safe transport of heavy equipment
Heavy Equipment
November 1, 2024

A Guide for the Safe Transport of Heavy Equipment

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Emily Bieger

The most important job of a heavy equipment hauler is ensuring the safety of the equipment, themselves and the other drivers sharing the road during transport. The essential compliance to meet safety requirements is load securement, according to the Department of Transportation (DOT) and Federal Motor Carrier Safety Administration (FMCSA). Let’s get into it.

Tie-Down Types

Anyone who has done any kind of equipment transport will tell you, drivers must comply with four secure tie-down placements to ensure safe transport of heavy equipment while obeying road safety regulations as heavy-duty vehicles. There are two tie-down types that are most often utilized…rachet straps and chains.

Also known as lashings, rachet straps can securely hold different types, weights and sizes of heavy equipment on trailers with high strength and durability. Rachet straps can be used on flatbed trailers, securing tarps over intact equipment, shipping medium to heavy loads by land, air or sea and more.

Chains are utilized for securing heavy equipment during transport to prevent abrasion during shipping. Chains have a grade number, from G30 to G120, representing the lifting capability. Strength increases as the chains’ grade number gets higher. Chains are used more often than rachet straps for towing material and for securing equipment.

Best Tie-Down Techniques

It’s advisable to consult a professional before you use just any tie-down method. However, if you want to do it on your own, here are a few tips you need to keep in mind:

  1. Follow state and global regulations. Make sure all tools, tie-down types and safety parameters are followed to the letter.
  2. Utilize the proper spec tie-down materials. This decision will be based on size, weight and shipping equipment type used.
  3. Take the transportation method into consideration. Securing heavy equipment for over the road transport requires different methodology and strapping than if it’s to be shipped via air.
  4. Make sure your straps or chains adhere to load securement requirements by size and specification.

When it comes to the transport of heavy equipment, protecting the public’s safety and your significant heavy equipment investment are vital. It’s a serious job that requires knowledge and strict adherence to all safety regulations, familiarity of tie-down materials and their holding properties, proper usage of tie-down points, attachment methodology, and the use of quality-made tie-downs. The right tools, materials, and procedures along with knowledgeable personnel can set any heavy equipment owner’s mind at ease. Be diligent in following a checklist, invest in the best materials and people, and you’ll have safe and smooth heavy equipment transport every time.

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Don't neglect your hydraulic system when conducting routine maintenance on your equipment.
Equipment Maintenance
October 9, 2024

Preventing Hydraulic Systems Failure

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Contractors Machinery

Regular hydraulic system maintenance is something that gets overlooked far too often on heavy machinery. When hoses fail, they can cause serious damage to equipment, unexpected downtime and expensive repairs. Hydraulic systems deliver the power and movement your machines need to maneuver, lift and dig. Failures can be dangerous and costly. So, let’s address ways to keep your machinery’s hydraulic systems operating their best.

Daily Inspections

The best way to prevent failures of hydraulic systems is routine inspections to catch problems before they happen. Make looking for visible signs of damage and wear part of your daily duties before each shift to ensure all components are in good operating condition. If excessive wear or any issues are noted, get them addressed immediately before they completely break and cause more costly problems like full system failures and project shutdowns.

Routing, Heat and Protection

Preventing hydraulic hose failure begins with how the hoses are set up on the machinery. Friction is a common issue that causes accelerated wear and premature failure. In order to avoid abrasion, route hydraulic hoses away from pivot points or other areas that could cause excessive rubbing. Also, avoid running hoses near or through high temperature areas whenever possible. Heat can break down hose material, causing it to lose its flexibility and weaken its structure. It’s also important to cover or install a protective shield around hoses so they’re less likely to experience tears, cutting or other damage from harsh construction site conditions, including proximity to excessive heat sources.

Proper Fluid for Hydraulic Systems

The fluids that run through hydraulic hoses must be compatible with the hose specifications noted by the manufacturer. Improper fluids can deteriorate the inner hose material causing swelling, leaks, filter clogs and even disintegration which won’t be outwardly visible. It can also lead to much larger issues like system contamination and complete hose failure.

Recommended Preventative Maintenance

Hydraulic systems slowly break down over time, even with the proper fluids within, as small particles are released and contaminate the fluid the system compresses to create the power for movement. Changing your filters at manufacturer-recommended intervals noted in your owner’s manual is critical for the longevity of a hydraulic system and trouble-free equipment operation. Overlooking this service schedule will lead to accelerated hose wear, cuts, tears, abrasions and expensive heavy equipment services. You can pay me now, or you can pay me (more) later.

Few things can grind a job site to a halt like hydraulic hose failure. Avoid costly shutdowns and repair costs by keeping your heavy equipment’s hydraulic system maintenance on schedule with daily inspections and on-time filter and fluid changes. For more about hydraulic system maintenance and repair for your machinery, consult with the experts at Contractor’s Machinery.

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Maintaining tracks on excavators and other heavy machinery is vital for containing costs and ensuring the longevity of construction equipment
Equipment Maintenance Heavy Equipment
September 1, 2024

Even Heavy Equipment Tracks Require Maintenance

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Emily Bieger

Maintaining tracks on excavators and other heavy machinery is vital for containing costs and ensuring the longevity of construction equipment. Since new tracks can be expensive, and complex installation procedures can add to that expense, extending the life of a machine’s tracks through proper maintenance is smart business. While every tracked machine will eventually need new tracks, proper care and attention can significantly extend their lifespan. Unfortunately, many operators are lax in this aspect of equipment care.

Here are five essential tips to help maximize the life of your current tracks and keep your tracked machinery operating efficiently and smoothly.

1. Choose the Right Tracks for the Job

Selecting the right track width for the conditions you’ll be working in is crucial. Narrow tracks are better for hard-packed soil or rocky terrain, while wider tracks are optimal for soft or muddy ground. Picking the proper track width ensures safety, even weight distribution and will help prevent your machine from sinking into the ground.

2. Smart Driving Practices

Although this may sound obvious, it’s important to utilize proper driving skills to prolong the life of your tracks. Avoid driving over sharp or damaging materials, curbs, or chemicals. Steer clear of steep inclines or declines and minimize time spent on harsh surfaces like asphalt or concrete. And always drive with the machine facing forward to reduce wear and prevent unnecessary track stress. Pay attention to how the machine drives and operates, listening for unusual friction or grinding noises and anything out of the ordinary will help catch issues before they can incur expensive damage.

3. Regular Cleaning and Maintenance

Muddy tracks need to be kept clean for maximum. longevity.

Keeping your tracks clean helps avoid premature wear. Use a track spade or power washer to remove dirt and debris after each use. Accumulated dirt can affect fuel efficiency as well as cause damage, especially in the winter when frozen dirt/soil can impact rollers and bolts more easily. Be sure to regularly inspect the undercarriage for damage, misalignment, oil leaks, or erosion to the machine.

4. Proper Track Tension and Storage

Check and adjust track tension routinely to prevent damage and performance issues. Loose tracks can slip off and delay completion of your work. Inversely, overly tight tracks may strain mechanicals of machinery. When storing tracks, keep them in a cool, dry environment away from direct sunlight. Periodically run the machine to avoid warping that may come from a machine staying idle for too long.

5. Thoughtful New Track Installation

When it’s time to install new tracks, proper installation is critical to avoid damage and ensure long-lasting tracks for equipment. Consider having a professional handle this process. If you chose to do it yourself, be sure to follow all safety protocols and wear the appropriate gear. Make sure both tracks are replaced at the same time to maintain balanced usage wear and prolong an expensive piece of equipment’s lifespan.

Following proper care protocols and maintenance schedules will make sure you get the full usefulness, value, and longevity out of your equipment’s tracks. For more details, consult the expert technicians at Contractor’s Machinery. We’re here to help!

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Summer heat can harm your expensive machinery just like it can harm you!
Equipment Maintenance
August 1, 2024

Maintaining Your Machinery in the Summer Heat

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Contractors Machinery

Schedule machine use outside of peak sunlight hours

When possible, try to avoid using heavy machinery during peak heat hours. In most places, the summer heat typically peaks between 10:00 a.m. and 3:00 p.m. Operating equipment during these hours significantly increases the chances of your radiator or engine overheating. Instead, schedule heavy machinery use for early morning or later in the day. This tactic also helps protect your machine operators from the extreme heat.

Store your equipment in a shaded area

Try not to leave your equipment in the sun. This simple and logical trick will protect your machine from direct sunlight when it’s not in use. Find shade under trees, a tent, a tarp, or any other cool, dry place. Additionally, consider parking your equipment in the shade, even during short breaks. Any time you can keep your heavy equipment out of the sun it will help reduce heat-related issues.

Inspect your heavy equipment regularly

Daily inspection is important for the life of the equipment. Hot temperatures can cause overheating issues, so it is crucial to check things like coolant and antifreeze levels. These fluids are essential for keeping your machinery cool. It is also wise to regularly check your radiator, hoses, and fans for any leaks or cracks. A small problem with a key component left unfixed can lead to larger issues, so inspect often and don’t skip scheduled maintenance.

Properly clean your equipment

Keeping your equipment clean is not only an important part of general maintenance but is also crucial for maintaining performance during the summer heat. Mud and other debris can accumulate on key components of machinery throughout the day. Ensure that all cooling components are clear of dust and debris daily to prevent overheating and allow for proper airflow.

Prepare your heavy machinery in advance

Don’t wait for the heat to come, prepare ahead! Creating a list of general maintenance that needs to be completed is a great way to get ahead of the heat. Check fluids, grease your machines, and check key components such as the radiator. All of the steps go a long way in keeping your fleet and your business running at full capacity.

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Get maximum life & efficiency out of heavy equipment with routine maintenance.
Heavy Equipment
June 1, 2024

Getting Maximum Life & Efficiency Out of Heavy Equipment

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Contractors Machinery

Your investment in heavy equipment is significant, and getting the longest lifespan out of your machinery means not only long-term savings, but fewer breakdown costs and on-the-job slowdowns due to sidelined equipment. And let’s not forget the human factor; malfunctioning machinery can pose a safety risk to its operator. Typically, maintenance is cheaper than repairs, so let’s discuss what you can do to get the maximum performance and lifespan from your heavy machinery.

Watch for Signs of Wear

Catching wear issues in the earliest stages will significantly save you equipment repair costs and downtime. Operators that know the machine are usually sensitive to odd noises and new vibrations from tracks, belts and gears. Pay attention to gauges and monitor for increased temperatures caused by friction, leaks, poor lubrication and extended stress on engine internals. Even age plays a factor in wear, with aged or warped belts, worn gear noises, loosening of bolts causing rattles and more. If you discover wear and tear on moving parts, it’s best to get the issue serviced or the parts replaced as soon as possible to avoid expensive repair bills or safety issues.

Constantly Monitor Lubricant Levels

Friction creates heat, and excessive heat due to friction can cause major wear and tear on moving parts, which equals expensive breakdowns and heavy equipment failures. Proper lubrication extends the life of your machinery. Not only is maintaining the proper manufacturer-recommended lubricant viscosities vital, but also the levels of those fluids required to keep machinery humming. Fluid leaks, like excessive grease or oil, means seals are compromised and should be replaced before lubricants are leak onto the ground which is harmful to the machinery and the environment. Constant inspection of lubricant levels and equipment seals, as well as following manufacturer recommended service intervals, will keep your machinery working as it should for as long as possible.

Operator Training

Equipment operators who are constantly overstressing or are abusive to their machinery are expensive for businesses. They increase the chances of equipment breakdowns and failures and risk the safety of not only themselves but co-workers on a job site as well. Constant operator training is essential to ensure that expensive equipment is being monitored properly for performance and shut down before small problems become big problems. It should also be drilled into operators to check outer air filters and all fluid levels BEFORE beginning the days work.Equipment is built to take abuse infrequently, but if it’s the norm, that equipment will likely see early retirement or failure before its time.

Keeping Machinery and the Working Environment Clean

Keeping heavy machinery properly maintained not only involves internal fluids, but external cleanliness. Making sure working parts are clear of contamination promotes longer service life of those components. Keep seals inspected and filters changed regularly. Monitor equipment breathers to prevent contaminants from being sucked into the cab. And when storing equipment, keep it sheltered from weather and wind to prevent early rot, rust and deterioration.

On-Time Maintenance Schedules

Tracks, tires, fluids and electrical systems are all constantly in operation with your heavy machinery, and they all need to be inspected on a regular basis to get the longest service life possible. Neglect is the enemy here. Have a schedule in place based on operational working hours of the equipment, and always take the environmental conditions into account. Working in extreme cold, hot or dusty environments can easily shorten the effective life of lubricants and filters, and cause equipment to operate under higher stress and heat levels. Staying on top of keeping proper levels of fresh fluids in your rigs and paying attention to wear item maintenance schedules will keep your heavy equipment operational for the next job, and the next and the next.

But do keep in mind…equipment does wear out over the years, and it becomes a better option to replace than to repair. Wear and ageing are inevitable. Whether new or used, If you need to replace heavy equipment browse our website for the best deals in our extensive inventory of construction machinery available.

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Trends for heavy equipment in 2024.
Heavy Equipment
May 7, 2024

Heavy Equipment Trends in 2024

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Contractors Machinery

Ever-advancing technology and green energy are the consistent focal points for advancement as manufacturers charge into 2024. Large machines are becoming safer, more accurate, and more environmentally friendly, as the industry now looks to prioritizing autonomy as it meets the demands of this modern world.

The global trend for all vehicles is continued progress toward becoming carbon neutral. The automotive industry has been transformed with this goal in mind, and 2024 is finding that construction machinery is making huge strides in this area as well. Although history has proven that smaller equipment (such as mini excavators) can effectively run “green”, CONEXPO-CON/AGG 2023 unveiled several prototypes of larger machines that employ alternative power sources as well.

These electric machines offer fuel savings (the cost of diesel fuel remaining the foremost expense for the operator) and reduced toxic emissions in the environment. Unfortunately, charging time of electric equipment has been a challenge to the construction industry, where every hour counts toward (or against) getting the job done on time. Again, technology is the hero in this story. It is evolving to lessen charging time for these massive vehicles, so operators are finding that they can cut charging hours while prioritizing the health of our environment.

For those machines that currently continue to demand diesel fuel, manufacturers are exploring technology that will at least lower the emission of that fuel. This is resulting in longer operation with less harm to the environment.

In addition to using advanced technology toward energy savings, manufactures are making safety a priority in 2024. Heavy machines are being equipped with object detection proximity sensors and blind spot monitors, which emit a loud sound when objects are near that the operator might not be able to see.

in addition, camera systems are being added to machines that not only increase rearview but all-around view as well (AVMs.). These AVMs are dramatically increasing an operator’s perspective of the job site.  He or she no longer spend valuable job time checking the site manually. These cameras afford 270 degrees of visibility, substantially decreasing the risk of accidents and injuries.

Progress in creating autonomy in the construction equipment industry is perhaps the most significant trend of 2024, as it encompasses all the goals of the industry. Manufacturers are investing in technology that allows equipment to be monitored and controlled remotely. Some are currently testing excavators and wheel loaders that can even effectively perform without an operator in the cab. Manufacturers are encouraged to explore this option, since it addresses the common problem of labor shortages in addition to cutting down the hazards of dangerous jobsites.

CASE is committed to leading the progress charge in 2024 to present operators with the most effective, energy-saving machines possible. Click here to get a glance at the CASE products available, or chat with a representative at CMI today to make sure your fleet is effectively meeting the needs of the construction industry in 2024.

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The CASE D series full size excavator is built with the operator in mind.
Heavy Equipment
April 1, 2024

D Series Full Size Excavators

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Contractors Machinery

Redefining “full-sized” for the industry.

CASE knows that when you’re looking for a “full-sized” machine, you’re considering far more than loading capacity and engine power. These are the essentials, and this article will outline all the bells and whistles of its D Series Full Size Excavator. But first, let’s take a look at what’s in this machine just for YOU, the operator.

We know your job is hard enough…no need for the cab of your machine to be. This excavator was designed with comfort, capacity, and control:

COMFORT: Painfully long work days mean you can’t afford to be tortured by a cramped space and cruel seating. An ergonomic approach to its design means no more wincing and moaning when climbing out of your cab.

Series D engineers considered everything from legroom to temperature, seat cushion to placement of controls in order to provide the utmost comfort as well as protection from noise and vibration. The cab is extra-wide, pressurized, and is viscous-mounted, preventing breakage commonly caused by rough terrain.

In addition to the necessary comfort, this cab comes with some “luxuries”. An AM/FM Bluetooth radio, USB connection and phone charger mean the operator never needs to lose touch with the office or home while at the job site and the work environment just got much more satisfying.

CAPACITY: This full size excavator provides 6% greater breakout force and fuel savings than its competitors through the use of hydraulic power. Its arm and boom are more effective than ever, and the machine delivers with faster cycle times and greater precision.

CONTROL:  This increased capacity is credited to CASE’s Intelligent Hydraulic System (CIHS), which incorporates a larger main valve with an electronically-controlled pump and multiple hydraulic sensors. Having a powerful machine is of limited effectiveness if that power isn’t harnessed to get the job done with pinpoint accuracy and efficiency. The Series D full size excavator does it ALL, adjusting the hydraulic pressure of the machine according to the specific job at hand. Consider this:

  • Boom Economy Control (BEC) reduces RPMs during down and swing.
  • Auto Economy Control (AEC) lowers RPMs during idling.
  • Swing Relief Control (SWC) efficiently regulates hydraulic swing power when coming out of a hole and moving toward a truck or pile.
  • Spool Stoke Control (SSC) adjusts hydraulic pressure to optimal outputs and minimizes unneeded operational functions.

Case’s Series D full size excavator sets a new bar for the construction industry. CMI is proud to help put this ground-breaking (literally!) machine in to the hands of your operators!

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