An excavator hydraulic splitter for rock is the premier, modern alternative to traditional blasting and heavy hammering for mining, quarrying, and foundation engineering. Engineered to deliver up to 5,700 tons of extreme hydraulic force, our splitters allow operators to fracture hard rock formations cleanly in just 40–50 seconds per cycle—completely free of vibration, extreme noise, dust, or explosive restrictions.
As a direct manufacturer, YG Machinery cuts out the middleman to offer high-performance rock-breaking solutions tailored to your job site:
- Factory-Direct Pricing: Save significantly on equipment procurement with transparent, competitive pricing straight from our manufacturing facility.
- Custom Engineering & OEM/ODM: Custom hydraulic pressures, piston sizes, and mounting options designed specifically to match your excavator models and site geology.
- Rigid Quality Assurance: Every machine undergoes full-factory stress testing and strict quality checks, ensuring long service life under extreme working conditions.
- Global After-Sales & Fast Delivery: Direct access to genuine spare parts, quick production turnaround, and dedicated technical support anywhere in the world.
Whether you’re operating in urban construction zones, deep tunnel excavation, or noise-sensitive mining areas, our hydraulic splitters help you lower project costs and boost output by up to 300%.
👉 Looking to maximize productivity on your next project? Contact our engineering team today for direct factory quotes and custom proposals!
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Technical Specifications Of YG Hydraulic Excavator Rock Splitter Series
We design the YG series for high-force rock splitting operations in mining, construction, and infrastructure projects. Each model delivers stable performance, strong durability, and efficient operation under high-pressure working conditions.
| Model | YGM-S200 | YGM-S280 |
|---|---|---|
| Splitting Force | 3800 ton | 5700 ton |
| Piston Diameter | 200mm | 250mm |
| Required Drilling Diameter | 90–110mm | 110–130mm |
| Required Drilling Depth | 1600mm | 1700mm |
| Crack Width | 32mm | 35mm |
| Drilling Gap Distance | 1000–1500mm | 2000–2500mm |
| Splitting Speed | 40–50s | 40–50s |
| Working Pressure | 60–80MPa | 80MPa |
| Splitting Gun Length | 2700mm | 2800mm |
| Weight | 900kg | 1000kg |
We design both models with high-strength hydraulic systems to deliver a consistent splitting force. The reinforced structure supports long working cycles, and we design key components for easy maintenance and quick replacement.
YG Machinery also provides customised configurations based on drilling conditions, rock hardness, and project requirements, ensuring optimal performance in different geological environments.
Explore more excavator attachments in our full product range.
Excavator Rock Breaker Video
6 Reasons Hydraulic Splitting Technology Is Replacing Traditional Rock Breaking Methods
Modern construction projects demand safer, cleaner, and more controlled excavation methods. Traditional blasting methods often create vibration, noise, and safety concerns, especially in urban environments.
Key advantages include:
- No explosives required
- Zero vibration impact
- High-precision cracking
- Reduced environmental disturbance
- Safer operation in urban zones
- Lower regulatory restrictions
This technology allows contractors to work in sensitive areas such as residential zones, bridges, tunnels, and protected structures without causing structural damage. It also reduces the need for complex safety permits, making project planning more flexible and efficient.
The controlled splitting process ensures that rock fractures occur exactly where needed, improving excavation accuracy and reducing material waste.
Excavator Hydraulic Rock Splitter | Designed For Heavy Duty Excavation Projects
This configuration is widely used in large-scale excavation and mining environments where high force output and durability are required.
The system integrates with excavators to provide strong hydraulic energy transfer, enabling efficient rock breaking in deep or confined working areas. Operators can control splitting direction and force precisely, improving both safety and efficiency.
Typical applications include:
- Mining excavation
- Road construction
- Tunnel engineering
- Foundation demolition
- Quarry operations
The structure is engineered for continuous heavy-duty operation, ensuring stable performance even under extreme working conditions.
YG Machinery integrates reinforced hydraulic components to ensure long-term reliability and reduce maintenance downtime for contractors working in demanding environments.
5 Core Benefits That Reduce Overall Project Cost
Cost control plays a major role in equipment selection for construction and mining companies. This system helps reduce total project expenses in several ways.
Lower Labor Requirement
One operator can complete tasks that previously required multiple workers.
Reduced Equipment Wear
Controlled splitting reduces stress on excavators and supporting machines.
No Explosive Costs
Eliminates the need for blasting materials and related safety procedures.
Faster Project Completion
Improved efficiency shortens excavation cycles.
Lower Environmental Compliance Cost
Minimal vibration reduces regulatory complexity.
Over time, these advantages significantly improve project profitability and reduce operational risk.
Excavator Rock Splitter For Sale | High Performance Solution For Industrial Users
Many contractors search for a reliable breaker hammer for excavator that balances performance, durability, and cost efficiency. This system is designed for industrial users who require consistent rock-breaking capability in various geological conditions.
The equipment supports different drilling and splitting configurations, allowing it to adapt to soft rock, medium rock, and hard formations. Its hydraulic system ensures stable force output, improving cracking accuracy and reducing unpredictable break patterns.
YG Machinery supplies global customers with factory-direct solutions, helping them reduce procurement costs while ensuring reliable performance and technical support.
Rock Splitter For Excavator | Flexible Integration For Construction Machinery
This configuration is designed for compatibility with standard excavator systems, allowing easy integration without complex modification.
The system enhances excavator functionality by adding precise rock splitting capability, making it suitable for both demolition and excavation tasks. Operators can switch between digging and splitting functions depending on site requirements, improving machine utilisation efficiency.
It is especially useful in projects where space is limited or blasting is prohibited, offering a safe and efficient alternative for rock removal.
Find the Right Model for Your Project
How To Select The Right Hydraulic Excavator Splitter for Rock
Choosing the right hydraulic splitter for rock depends on understanding real working conditions rather than focusing only on force capacity.
Consider the following factors:
Rock Hardness
Different formations require different splitting force levels.
Project Scale
Large mining projects require higher-capacity systems.
Excavator Compatibility
Ensure the hydraulic system matches the base machine.
Drilling Depth
Deeper drilling requires stronger structural support.
Work Environment
Urban or restricted zones require more precise control.
YG Machinery provides technical consultation to help contractors select the most suitable configuration based on project requirements.
Real Project Case: Improving Quarry Excavation Efficiency with Hydraulic Rock Splitter
Project Background & Operational Challenges
A major open-pit quarry operation in Southeast Asia faced growing operational bottlenecks due to strict environmental and safety regulations. Located within 800 meters of a residential zone and key transport infrastructure, local authorities restricted traditional blasting methods to prevent ground vibration, high noise levels, and flyrock risks.
Additionally, relying solely on heavy hydraulic breakers proved highly inefficient—resulting in excessive fuel consumption, rapid wear on breaker chisels, and an average production rate of only 15–20 m³ per day, which severely delayed project timelines.
💡 Facing similar excavation restrictions in noise- or vibration-sensitive areas? Consult with Our Engineering Team to Find Your Solution
The Customized YG Solution
To overcome these limitations without violating local environmental compliance, the contractor integrated the YG Machinery Heavy-Duty Excavator Hydraulic Rock Splitter System into their existing excavator fleet.
The implementation process followed a streamlined two-step operation:
- Precision Drilling: A rock drill pre-drilled holes (110mm diameter, 1.7m depth) along the predetermined geological fault lines at 2-meter intervals.
- Hydraulic Splitting: The excavator-mounted splitter was inserted into the holes, applying up to 5,700 tons of direct hydraulic splitting force. Within 40–50 seconds per cycle, the hard basalt rock fractured cleanly along the target line without creating high-frequency vibrations or airborne debris.
Key Performance Metrics & Results
After three months of continuous operation, the quarry reported significant improvements in both productivity and operational safety:
- 300% Yield Increase: Daily rock output surged from 20 m³ to over 80 m³ per machine, vastly accelerating the excavation schedule.
- 100% Safety & Compliance: Zero vibration impact allowed continuous 24/7 operation without triggering local noise or safety complaints.
- 45% Cost Reduction in Equipment Wear: Eliminating heavy hammering reduced stress on the excavator arm, decreasing hydraulic fuel consumption and maintenance downtime.
- Zero Explosive Overhead: Saved thousands of dollars monthly in explosive permits, specialized storage, and certified blasting personnel.
By switching from traditional hammering and blasting to YG’s controlled hydraulic splitting technology, the contractor not only secured regulatory approval but also achieved full equipment payback within four months of operation. Modern hydraulic splitting technology can replace traditional blasting methods while improving both efficiency and safety standards.
Ready to boost your quarry excavation efficiency?Ask for a Free Quote & Technical Specs Today
Frequently Asked Questions About Rock Breaking Machine
Yes, it is designed for high-strength rock-breaking applications.
No, it operates using hydraulic pressure only.
Yes, it is ideal for vibration-sensitive environments.
It supports most standard excavator models with proper hydraulic matching.
Each cycle typically takes 40–50 seconds, depending on rock conditions.
Yes, customised solutions are available based on project needs.
