Smart Rock Breaking Equipment Selector
Get the best equipment recommendation based on your engineering scenario
Select Your Engineering Scenario
Recommended Solution: Secondary Crushing & Personal Use
This scenario involves small-scale operations with high safety requirements and portability needs. Simple and safe equipment is recommended.
Splitting Bar
Daily Output:~320 m³
Drill Hole Diameter:90–180 mm
Hole Depth:≥1.0 m
Advantages
- Simple equipment, easy to operate
- High safety, no explosion risk
- Ideal for precise small-scale splitting
- Relatively low cost
Limitations
- Moderate efficiency
- Requires separate drilling equipment
- Not suitable for large-scale operations
CO₂ Fracturing System
Daily Output:~3780 m³
Drill Hole Diameter:140 mm
Hole Depth:7 m
Advantages
- High safety – no open-flame or detonation
- Eco-friendly – no toxic gases
- Low vibration – minimal impact on surroundings
- Effective in all rock types
Limitations
- Higher initial investment
- Requires trained operators
- Longer setup and charging time
Recommended Solution: Open-Pit Mine – High Efficiency Mining
This scenario demands large-scale, high-efficiency production with strong emphasis on output and blasting performance.
CO₂ Fracturing System
Daily Output:~3780 m³
Blasting Coefficient:1.2 (rock expansion)
Hole Depth:7 m
Advantages
- Highest output – ideal for mass fracturing
- Safe and environmentally friendly
- Minimal vibration and fly-rock
- Precise energy control
Limitations
- High upfront cost
- Potential for larger fragment size
- Requires good free face for optimal effect
Drill-Split Integrated Machine
Daily Output:~3380 m³
Drill Diameter:115 mm
Drilling Speed:0.85 m/min
Advantages
- All-in-one operation – high efficiency
- Drill then split immediately – streamlined workflow
- Suitable for medium-scale mining
- Relatively simple operation
Limitations
- Complex machinery
- Higher maintenance needs
- Significant initial cost
Recommended Solution: Excavator Integration – Drill & Split Combo
Equipment must integrate seamlessly with excavators, requiring high modularity and continuous workflow.
Drill-Split Integrated Machine
Daily Output:~3380 m³
Operation:Integrated drilling & splitting
Split Time:~10 seconds
Advantages
- Combined functions – high productivity
- Works well with excavators – smooth workflow
- Reduces equipment switching time
- Ideal for medium projects
Limitations
- High equipment cost
- Requires skilled operators
- Efficiency may drop in extremely hard rock
CO₂ Fracturing System
Daily Output:~3780 m³
Safety:Explosion-free
Hole Depth:7 m
Advantages
- Extremely safe – ideal for complex sites
- Controllable fracturing effect
- Eco-friendly – no harmful emissions
- Reusable core components
Limitations
- Requires dedicated charging station
- Longer preparation time
- High initial investment
Recommended Solution: Underground Tunnels & Confined Spaces
Space is limited and safety is critical. Low-vibration, non-toxic equipment is essential.
CO₂ Fracturing System
Safety:No explosion risk
Eco-Friendliness:No toxic gases
Vibration Level:1/10 of conventional explosives
Advantages
- Inherently safe – no detonation
- No toxic fumes
- Minimal vibration – preserves tunnel stability
- Perfect for high-gas mines
Limitations
- Relatively complex system
- Requires operator training
- May be cumbersome in extremely tight spaces
Splitting Bar
Size:Compact
Safety:High – mechanical splitting
Operation:Simple
Advantages
- Compact – easy to handle in confined areas
- No explosion risk
- Ideal for precision small jobs
- Lower cost
Limitations
- Lower efficiency
- Requires pre-drilling
- Not for rapid large-scale work