BROKK 200 & UHP LANCE – COMING SOON .

Direct Inject has retrofitted a BROKK 200 robotic carrier with an ultra high-pressure water jetting lance, enabling precise concrete hydro-demolition and controlled rock excavation without generating excessive vibration or causing structural damage. This innovative setup is ideally suited for environments where traditional methods—such as hydraulic hammers or blasting—are too aggressive, lack precision, or present significant safety and environmental concerns. By automating tasks typically performed with handheld lances, this system also eliminates sustained reaction forces and operator fatigue, allowing Direct Inject to safely and efficiently complete high-risk works remotely

• Carrier Type: Track-mounted, electrically powered

• Weight: Approximately 2,100 kg

• Reach: Up to 5.2 metres horizontally with standard arm

• Articulation: Five points of articulation for enhanced precision and access

• Power Supply: 32A / 63A three-phase electric (compatible with most site setups)

• Dimensions (L×W×H): Approx. 2.7 m × 0.8 m × 1.3 m, allowing access through standard doorways

• The integrated UHP lance delivers water at up to 1,500 bar, with adjustable flow rates between 50 and 100 litres per minute.

The BROKK 200 with UHP lance is ideally suited to high-precision, low-impact demolition and excavation tasks, particularly in challenging environments. Common applications include:

• Concrete hydro-demolition in tunnels, shafts, and overhead structures

• Re-profiling shotcrete linings and enlarging bored tunnels

• Controlled rock cutting and excavation in hard or fractured geology

• Urban demolition where vibration, dust, and noise must be minimized

• Asset protection work near sensitive structures or utilities

• Hazardous or confined space operations, including sewer and underground infrastructure

Choosing the BROKK 200 with UHP lance brings a combination of safety, precision, and performance to projects where traditional methods fall short:

• Minimal Vibration: Reduces the risk of structural damage near sensitive assets

• No Dust or Airborne Silica: Improves compliance with health and safety standards

• Remote Operation: Enhances worker safety by removing the need for direct manual handling

• High Precision: Ideal for detailed excavation, rock shaping, and structural adjustments

• Fatigue-Free Operation: Eliminates operator strain from handheld lance use

• Environmentally Responsible: Less disruptive and more controlled than mechanical breakers or blasting

This technology is especially suited for tunnelling, controlled rock shaping, and excavation in urban or environmentally sensitive areas, where conventional techniques may be too disruptive, unsafe, or impractical