Crawler Excavators: Heavy-Duty Stability & 40% Fuel Savings

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Overview of Crawler Excavators

Designed with heavy-duty stability in mind, our tracked excavator utilizes cutting-edge hydraulics that provide precise digging conditions and smooth travel while limiting ground disturbance on tough job sites. The machine has been engineered for extended use at very tough working conditions, and combines excellent fuel economy with outstanding breakout force, dependable automation, and low maintenance requirements. Its intelligent controls make locating effective cycle times easier and provide quicker service.
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Advantages of Crawler Excavators

Stability and Traction

"With a wider undercarriage and tried-and-true crawler design, our machines offer solid stability on uneven surfaces as well as advanced hydraulic balancing, which helps to reduce kickback. As a result, operators experience smoother cycle times, improved safety during excavation work, and enhanced capabilities when working on slopes, in mud, or in loose soil."

Power and Precision

The combination of a strong breakout force and precise hydraulic response results in fast trenching, deepening and material handling. An operator can use a responsive joystick along with programmable modes to control their digging depth, angle of dig and radius of dig with minimal rework.

Efficiency and Automation

While providing power, engineered cooling systems, high-efficiency pumps, and regenerative hydraulic systems also minimize fuel use. The auto idle function will reduce the time an idle engine wastes, plus overload protection and diagnostic notifications will reduce the risk of equipment damage to ensure that production continues for the entire length of a shift.

Maintenance and Service Accessibility

Usually, scheduling maintenance is faster by including service bays that allow quick component replacement through scheduled maintenance, with remote monitoring notifying the user of potential problems before they affect uptime through wide access panels, ground-level filter installations, and straight wired paths to make regular testing easy.

Crawler Excavators

76.5 ton Hydraulic Crawler Excavator VIEW DETAILS

76.5 ton Hydraulic Crawler Excavator

50 ton Large Excavator VIEW DETAILS

50 ton Large Excavator

24 ton Crawler Excavator VIEW DETAILS

24 ton Crawler Excavator

8 ton Mini Crawler Excavator VIEW DETAILS

8 ton Mini Crawler Excavator

This Crawler Excavator is built specifically for quarry operations, roadwork and construction in urban settings by its robust undercarriage, reinforced boom and high torque hydraulic systems. The design of the machine includes operator centric cab controls, improved visibility, quiet operation and is adaptable to use multiple attachments (buckets, breakers and grapples) safely and accurately while allowing for a steady dig and faster cycle time.

F&Q About Crawler Excavators

What are the digging capabilities?

The performance of an excavator is determined by its dig depth, reach and breakout force. This excavator will allow for deep digging; great breakout; and the ability to reach over uneven ground; and will be more efficient with respect to repetitive operations. The ability to program all of your different operations will allow for consistent performance for each of your shifts.
Smart hydraulics, efficient pumping, and powerful engines provide balance between torque and fuel consumption. Telemetry systems provide alerts for on-going maintenance, and easily available panels & components help reduce down time. Lengthen life through servicing; oil sampling; and changes of oil filters.
The design of the cab focuses on ensuring both comfort and clarity, by using adjustable seating; user-friendly controls; and optimal all around visibility through the design of the cab. Reduced noise, air conditioning and ergonomic joysticks have helped reduce fatigue from extended work hours and the use of imaging aids has enabled accurate assessment of a given load.
Through a quick-attach interface, there are many different attachment types available, such as buckets, breakers, grapples, and shears. The user-friendly changeover can be accomplished via hydraulic flow matching and on-machine pin alignment, making attachment swaps quick to do and reducing machine downtime. In addition, these methods keep breakout and digging performance consistent.

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