Mining

Mining

Mining
Hitech's demolition robots have many uses in underground mines, especially in metal mines with narrow tunnels. They can be used to break large blocks, pry, support tunnels, perform secondary crushing, drill anchor holes and blast holes, etc. Non-ferrous metal mines and gold mines use demolition robots to break large blocks, cut anchor cables, dig ditches, repair ramps and repair deformed tunnels, etc. They can also be used as fixed crushing stations next to chute screens, and can also be used for ore recovery and scavenging in narrow veins. Shaft development, tunnel finishing and excavation are also common places for demolition robots, and they can also assist in support and shotcrete.

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Applications of Demolition Robots in Mining

 

Tunnel Operations and Support

1. Breaking large rock blocks in narrow mining tunnels.

2. Drilling anchor holes and blast holes to support tunnel structures.

3. Applying shotcrete for tunnel reinforcement.

4. Repairing deformed tunnels and performing tunnel finishing.

 

Secondary Crushing and Ore Handling

1. Conducting secondary crushing of oversized rocks after blasting.

2. Acting as fixed crushing stations near chute screens for ore processing.

3. Recovering and scavenging ore in narrow veins.

 

Shaft Development and Excavation

1. Excavating vertical shafts and underground ramps.

2. Digging ditches for drainage and utility tunnels.

 

Cable Cutting and Structural Repairs

1. Cutting anchor cables during underground demolition tasks.

2. Stabilizing and repairing damaged tunnels or deformed structures.

 

Multi-Functional Mining Operations

1. Drilling precise anchor and blast holes for blasting operations.

2. Supporting ramp repair and ditch digging tasks.

3. Assisting with shotcrete applications for structural support.

Demolition Robot for Cement Plant Kiln Demolition: Safer and More Precise Solutions

In modern cement plants, kiln shutdowns, refractory replacement, and damaged lining removal are high-risk maintenance operations. Traditional manual demolition inside a rotary kiln exposes workers to heat, dust, falling debris, vibration, and confined-space hazards. This is why the demolition robot has become an increasingly practical solution for cement plant kiln demolition. When refractory materials must be removed quickly and precisely, a demolition robot can improve safety, reduce downtime, and deliver more controlled results than conventional methods.

How to Choose a Demolition Robot for Railway, Subway, and Road Tunnel Projects

Choosing the right demolition robot for tunnel work is not just about buying a compact machine with enough power. Tunnel conditions vary widely between railway, subway, and road projects, and the wrong equipment choice can reduce productivity, increase downtime, and create safety issues. A practical tunnel robot selection guide should evaluate tunnel type, machine size, boom reach, power source, attachment options, and the need for multi-functionality.

Building Demolition Method & Process

Building demolition is no longer limited to brute force and uncontrolled teardown. Today, contractors use a range of methods based on structure type, surrounding environment, height, materials, safety requirements, and project timeline. As urban construction becomes denser and safety regulations become stricter, the demolition robot is becoming an important tool in modern building demolition, especially for selective, indoor, and high-risk work.

Soil drilling rig | In soil pollution sampling

The HCZ450 is a compact, versatile, track-mounted soil sampling rover designed for precision sampling applications. Powered by a hydraulic drive system, the robot employs direct push sampling technology to extract intact soil cores without disturbing the surrounding soil matrix.

Demolition robots Application In The Security And Rescue

Demolition robots play a crucial role in the field of security and rescue and are suitable for quick demolition operations at disaster sites, such as removing debris from collapsed buildings and breaking through barrier walls to rescue trapped individuals. Compared to traditional manual demolition tools, demolition robots have higher operational efficiency and stronger demolition capabilities, which can quickly open up rescue passages, reduce rescue risks, and improve rescue success rates. At the same time, its precise operational control also reduces secondary damage to the surrounding environment, providing strong support for subsequent rescue and reconstruction work.

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