Excavator Attachment Hydraulic Breaker Hammer factory price
directly Manufacturers SB05-SB151 0.5T to 60ton
Need quality rock breakers? The DandA hydraulic hammer range is
suitable for all types of applications, with power and reliability
you can count one. Order online for delivery or collect from your
EAA branch. Excavator rock breaker suited for 1t mini-diggers, all
the way up to 42t excavators.
When it comes to handling lifting and placement tasks on
construction, farming, or landscaping projects, Dopro is one of the
most versatile and reliable pieces of equipment available. Designed
for a range of applications—from agriculture to rough terrain
construction—these machines can help you safely and efficiently
lift heavy loads, navigate uneven surfaces, and tackle jobs that
require both the reach of a crane and the capacity of a forklift.
In this blog, we’ll guide you through some essential considerations
to help you select the right breaker for your project and explain
why Dopro is your trusted partner
Dopro is an innovative piece of equipment designed to lift, move,
and place materials with incredible precision and versatility.
Combining the reach of a crane and the lifting capacity of a
forklift, Dopro that can extend both vertically and horizontally.
This makes it an ideal choice for tough jobs in agriculture,
construction, farming, and landscaping applications, especially on
rough contruction
When undertaking a construction project, selecting the right
equipment is crucial to ensuring efficiency, productivity, and
safety. One such essential piece of machinery is the rock breaker.
Rock breakers, or hydraulic hammers, are used to break oversized
rocks and concrete structures during construction and demolition.
This guide will explore the key factors to consider when choosing
the correct rock breaker for your next construction project.
1. Project Requirements
Before investing in any of our rock breakers, it’s essential to
evaluate the specific requirements of your construction project.
Consider the size of the rocks or concrete structures that need to
be broken and the frequency of usage. Different projects may demand
rock breakers with varying power, impact energy, and striking
frequency. Understanding the specific needs of your project will
help you select a rock breaker that can efficiently and effectively
meet those requirements.
2. CARRIER COMPATIBILITY
Ensure that the rock breaker you choose is compatible with the
carrier machine in your construction fleet. Factors such as the
hydraulic flow, operating weight, and mounting options must align
with the specifications of your excavator or other carrier
equipment. Choosing a rock breaker that is well-matched with your
carrier machine will not only optimise performance but also prevent
potential issues related to compatibility and installation.
3. OPERATING ENVIRONMENT
The operating environment is a key determinant in selecting the
right rock breaker. Think about factors such as noise and vibration
restrictions, as well as any environmental regulations that may
impact the use of rock breakers on your construction site. By
understanding the environmental factors at play, you can select a
rock breaker that complies with regulations, minimises
disturbances, and ensures safe and efficient operation within the
given environment.
4. MAINTENANCE AND SERVICE
Opting for a rock breaker with easy maintenance and servicing
requirements can contribute to significant cost savings and
extended equipment lifespan. Look for features such as easy access
to components and efficient hydraulic systems that minimise the
need for frequent maintenance. Additionally, considering the
availability of service and support for your rock breaker model can
further enhance its long-term reliability and performance,
ultimately reducing downtime and maintenance expenses. This
financial prudence can make a significant difference in your
construction budget.
5. SAFETY FEATURES
When selecting a rock breaker, safety features should be a top
priority. Look for features such as automatic shut-off
capabilities, which can prevent the equipment from operating in
unsafe conditions, and protective enclosures to minimise potential
hazards to the operator and surrounding personnel. Investing in a
rock breaker with robust safety features not only protects the
operator and other on-site personnel but also contributes to a
safer and more productive work environment.
6. IMPACT ENERGY AND POWER
A rock breaker’s impact energy and power are crucial
considerations, especially when dealing with large or tough
materials. Assess the impact energy requirements based on the
hardness and density of the rocks or concrete being broken to
ensure that the chosen rock breaker can effectively handle the task
at hand. Understanding the specific application and material
requirements will enable you to select a rock breaker with
sufficient power and impact energy to achieve optimal results while
minimising unnecessary wear and tear on the equipment.
7. VERSATILITY AND ATTACHMENTS
Consider the versatility of the rock breaker and any additional
attachments that may enhance its functionality. Some rock breakers
offer the option to attach different tools for specific tasks, such
as chiselling, trenching, or demolition, providing added value and
flexibility for various construction applications. Evaluating a
rock breaker’s versatility and available attachments can maximise
its utility across a range of tasks, potentially reducing the need
for multiple specialised equipment and increasing overall
operational efficiency.
8. BUDGET AND LONG-TERM COSTS
While upfront costs are a significant factor, evaluating the
long-term costs associated with maintenance, repairs, and
operational efficiency is equally important. Select a rock breaker
that fits your budget and offers durability and performance to
minimise your ongoing expenses over the equipment’s lifespan.
Considering the total cost of ownership, including factors such as
maintenance intervals, wear parts replacement and fuel efficiency,
can help you make an informed decision that aligns with your budget
while ensuring long-term value and reliability.
