Use of Compact Excavators for Interior Remodeling in Industrial Plants

I. Key Application Scenarios

1. Demolition & Cleanup Operations

• Wall/Partition Demolition: Compact excavators equipped with hydraulic clamps, breaker hammers, or buckets enable precise demolition of old partitions and concrete structures while minimizing vibration impacts on adjacent structures.

• Debris Removal: Efficiently clear construction waste and obsolete equipment using buckets or grapples, with direct loading for transportation.

2. Earthwork & Backfilling

• Flooring Renovation: Excavate localized areas for floor repair, utility installation, or drainage system modification, particularly suitable for concealed works under concrete floors.

• Equipment Foundation Construction: Dig foundation pits or adjust foundation depth for new installations (e.g., production lines, heavy machinery) to ensure structural stability.

3. Pipeline & Cable Installation

• Excavate trenches (typically 0.5-1.5m deep) for laying cables, water pipes, and compressed air lines with precision to avoid damaging existing utilities.

4. Confined Space Operations

• Low-clearance Operations: Electric micro-excavators access restricted areas (basements, mezzanines) inaccessible to conventional equipment.

• Obstacle Navigation: Compact swing radius and short-tail designs facilitate movement through equipment-dense areas.

5. Material Handling & Positioning

• Transport steel components and prefabricated elements using buckets or attachments to assist equipment installation.

II. Core Advantages

1. Spatial Adaptability

• Compact Dimensions: Narrow body width (0.8-1.2m) and minimal turning radius (zero-tail swing models available) suit tight spaces.

• Low Noise/Vibration: Electric or low-emission models minimize disruption to ongoing operations.

2. Multi-functional Capabilities

• Quick-change attachments (breakers, shears, augers, sweepers) adapt to diverse operational requirements.

3. Precision Control

• Advanced hydraulic systems and ergonomic interfaces enable millimeter-level accuracy in trench finishing and foundation leveling.

4. Cost Efficiency

• 3-5x faster than manual labor with lower workforce costs; more economical in rental and transport vs large machinery.

III. Operational Considerations

1. Floor Protection

• Use rubber tracks or steel plates to prevent floor damage during indoor operations.

2. Ventilation & Safety

• Enhance ventilation for diesel models in confined spaces, or prioritize electric models.

• Conduct flammability/explosive material checks pre-operation.

3. Load Limitations

• Verify floor load capacity (3-8t for compact models), implement reinforcement if needed.