Drilling and Splitting Excavator Attachment for Sale

For 20–65 Ton Excavators | Integrated Drilling & Hydraulic Rock Splitting | No Explosives Required

Drilling and splitting excavator attachment for 20–65 ton excavators
drilling and splitting excavator attachment
Excavator-mounted integrated rock drill and splitter for hard rock excavation
excavator mounted integrated rock drill splitter

Already own an excavator and need an efficient solution for hard rock excavation? The YG drilling and splitting excavator attachment adds hydraulic rock drilling and splitting capabilities to your existing machine, eliminating the need to purchase a separate drilling rig for these operations.

Designed for 20–65 ton excavators, this integrated hydraulic rock drill and splitter attachment supports both vertical and horizontal drilling. After drilling, the mast rotates 90° to position the hydraulic splitting lance inside the hole. This allows operators to switch from drilling to splitting without removing the complete attachment.

It is a practical solution for quarrying, mining, foundation excavation, tunnel construction, and other projects where controlled rock breaking is required.

Key Benefits

  • Two operations in one attachment: Drill holes and split rock using the same excavator-mounted system.
  • 90° mast rotation: Switch between drilling and splitting without changing the complete attachment.
  • 20–65 ton excavator compatibility: Select a model according to your existing machine.
  • Controlled rock breaking: Split rock hydraulically without explosives.
  • Lower equipment investment: Expand your excavator’s capabilities without purchasing a separate drilling rig.

[Contact YG for Pricing and Excavator Compatibility]

Drilling and Splitting Excavator Attachment Parameters

SpecificationYG1000YG1500YG2000
Recommended Excavator20–36 T36–48 T48–65 T
Rock Drill Power22 kW30 kW33 kW
Borehole Diameter115 mm135 mm152 mm
Borehole Depth1,600 mm1,900 mm2,100 mm
Drilling Speed1 m/min0.8 m/min0.7 m/min
Splitting Depth1,000 mm1,250 mm1,500 mm
Splitting Force12,000 T15,000 T30,000 T
Rotation Angle120°120°120°
Air Compressor Displacement4.5 m³/min7.5 m³/min10 m³/min
Air Compressor Pressure5–8 bar5–8 bar5–8 bar
Total Weight4 T6 T6.5 T
Overall Dimensions (L × W × H)4,140 × 1,500 × 1,570 mm4,950 × 1,520 × 1,860 mm5,570 × 1,520 × 1,860 mm

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drilling splitting excavator attachment vertical drilling
drilling splitting excavator attachment vertical drilling
drilling splitting excavator attachment horizontal drilling
drilling splitting excavator attachment horizontal drilling

Match the Attachment to Your Existing Excavator

Choosing the right hydraulic rock drill and splitter attachment starts with your carrier machine. Excavator operating weight, hydraulic flow, working pressure, and mounting configuration all affect compatibility and performance.

YG offers configurations for excavators in the 20–65 ton range.

ModelCompatible Excavator WeightKey Specifications
YG100020–36 tonsSplitting force up to 12,000 tons
YG150036–48 tons30 kW drilling power; 135 mm drilling diameter; splitting force up to 15,000 tons
YG200048–65 tonsSplitting force up to 30,000 tons

Final configuration depends on the selected model and project requirements.

What Should You Confirm Before Ordering?

To ensure the attachment matches your excavator, provide:

  • Excavator model and operating weight
  • Hydraulic flow and working pressure
  • Mounting interface and installation requirements
  • Rock type and required drilling diameter and depth
  • Project application and expected working conditions

These details help YG recommend a suitable excavator rock splitting attachment for your machine rather than a generic configuration.

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Why Choose a Drilling and Splitting Attachment Instead of a Rock Breaker?

A hydraulic rock breaker uses repeated impact to fracture rock. A drilling and splitting excavator attachment first drills a hole and then applies hydraulic force through a wedge mechanism to split the rock.

FeatureDrilling and Splitting AttachmentHydraulic Rock Breaker
Working methodDrilling followed by hydraulic splittingRepeated impact
Drilling capabilityIntegrated hydraulic drillNo integrated drilling system in a conventional breaker
Rock-breaking controlSplitting direction influenced by hole positioning and arrangementBreaks rock through repeated impacts
Typical applicationsControlled rock excavation and restricted blasting areasDemolition and general rock breaking

The key advantage is the combination of drilling and splitting in one attachment. For contractors who regularly excavate hard rock and need a controlled breaking method, this can expand an existing excavator’s capabilities without requiring a separate drilling rig.

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Excavator-mounted hydraulic attachment splitting hard rock without explosives
excavator hydraulic rock splitting operation

Applications of Hydraulic Rock Drill and Splitter Attachments

Quarrying and Mining: Drill and split hard rock into manageable sections for excavation, loading, or crushing. This method can be useful in areas where blasting is restricted or a more controlled breaking process is required.

  • Foundation Excavation: Remove bedrock during basement, foundation, and deep excavation work. Hydraulic splitting can be an alternative to blasting near existing buildings and underground utilities.
  • Tunnel Construction: Perform suitable rock drilling and splitting operations where working space, access, and excavation geometry require a controlled approach to rock removal.
  • Road Construction: Break rock along road cuts, drainage routes, and foundation areas where conventional blasting may be impractical.
  • Excavation Near Existing Structures: Hydraulic splitting avoids explosive shock waves and can reduce blast-related disturbance. Actual vibration and noise levels depend on the equipment, geology, and operating conditions.

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What Affects Rock-Splitting Efficiency?

Actual productivity depends on more than the attachment’s maximum splitting force.

  • Rock conditions: Hardness, natural fractures, and geological structure influence drilling speed and splitting performance.
  • Hole dimensions: Drilling diameter, depth, spacing, and orientation affect how effectively the rock fractures.
  • Excavator compatibility: Suitable hydraulic output and stable positioning help maintain consistent operation.
  • Working cycle: Positioning, drilling, mast rotation, splitting, and material removal all contribute to total production time.

For an accurate equipment recommendation, YG can assess your excavator specifications, rock type, and project requirements.

Maintenance and Technical Support

Regular maintenance helps keep your drilling and splitting excavator attachment operating efficiently.

  • Inspect drill bits, drill rods, and wear components regularly.
  • Check hydraulic hoses, fittings, seals, and connections for leaks or damage.
  • Inspect the splitting lance and wedge mechanism for abnormal wear.
  • Check the mast rotation mechanism and mounting structure.
  • Follow the manufacturer’s instructions for hydraulic oil, lubrication, and routine servicing.

YG can provide configuration guidance, operating instructions, and support with maintenance and replacement parts.

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Hydraulic rock splitting wedge for controlled hard rock breaking
hydraulic rock splitting wedge attachment
excavator rock drilling splitting attachment quarry
excavator rock drilling splitting attachment quarry

FAQ about Hydraulic Rock Drill and Splitter Attachment

1. Can the attachment drill both vertically and horizontally?

Yes. The attachment supports vertical and horizontal drilling. The appropriate configuration depends on the project layout and working conditions.

2. How does the attachment switch from drilling to splitting?

After drilling, the mast rotates 90° to position the hydraulic splitting lance inside the hole. This eliminates the need to remove the complete attachment between operations.

3. Can hydraulic splitting replace explosive blasting?

Hydraulic splitting is an alternative for projects where blasting is restricted or undesirable. It uses a hydraulic wedge mechanism rather than explosives, making it suitable for many controlled rock excavation applications.

4. What happens if the wedge gets stuck?

This is rare. The hydraulic system has a reverse function. It can retract the wedge with full power. For very sticky materials, YG advises reducing the splitting force slightly before starting the cycle.

5. What information is needed for a quotation?

Provide your excavator brand and model, operating weight, hydraulic flow and pressure, rock type, required hole dimensions, and project application. YG can use this information to recommend a suitable attachment and provide a quotation.

Get a Quote for Your Drilling and Splitting Excavator Attachment

Expand your existing excavator’s capabilities with an integrated hydraulic rock drilling and splitting system.

Contact YG today with your excavator specifications and project requirements to discuss model selection, technical details, and pricing.

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