Tata Hitachi EX 210 Infra Super+ Series Excavator

Superior digging performance due to high breakout force results in superior efficiency on tough excavation projects.

Fuel fuel-efficient engine optimises fuel consumption, thereby lowering fuel costs and allowing for longer equipment use periods.

The hydraulic power boost enhances productivity and provides smooth operation.

Heavy-duty boom and arm sections provide long-lasting durability and increased load capacity under high demands.

Faster cycle times result in improved efficiency for projects due to quicker loading and unloading.

Excellent lifting capacity provides improved stability and superior handling of hefty loads.

Reinforced undercarriage is designed using high-strength materials to support the weight of the heavy construction vehicle on rugged terrain.

Heavy-duty structure offers long-term durability for extreme working environments.

Wear-resistant components are used to reduce maintenance costs and increase the service life of machines.

The advanced filtration system protects vital machine parts from dust and debris, ensuring reliable operation for long periods of time.

Rugged track systems provide strong traction and stability on rough surfaces/support heavy construction vehicles.

The body is corrosion-resistant for prolonged use in all environments.

Recent design developments in cabin ergonomics have increased the level of comfort when operating the equipment.

The use of air conditioning provides operators with a comfortable working environment, even when the outside temperature is high.

Low vibration and noise insulation provide for a quieter and smoother operating environment.

The use of adjustable seats and controls provides for ease of operation and user-friendliness.

The use of wide visibility windows allows for improved safety with a greater ability to see the surrounding area.

The use of a user-friendly display panel allows for simple monitoring and diagnostics of the machine.

The use of smart hydraulic systems allows for the ability to optimally control the hydraulic function of the machine while maximizing fuel economy.

GPS tracking and monitoring allow for remote monitoring of the machine fleet.

The auto-idle feature reduces the amount of fuel consumed by the machine when not in use.

The Onboard Diagnostic System provides for quick diagnostics for machine Troubleshooting, minimizing downtime and increasing productivity.

Multi-mode operation allows for adjusting the power levels of the machine for a variety of working conditions.

An efficient load-sensing system optimizes the distribution of hydraulic power to provide for maximum efficiency.

The cabin is constructed with ROPS (Roll Over Protective Structure) and FOPS (Falling Object Protective Structure) to protect the operator from rollover and falling objects.

Anti-slip footsteps and handrails allow safe entry and exit of the equipment under all conditions.

The emergency stop system stops the equipment in a matter of seconds, enhancing safety during emergencies.

The design of counterweights provides for increased stability while lifting heavy loads.

LED work lights provide increased visibility during low-light conditions.

The hydraulic lock system prevents the unintended movement of the machine, enhancing operational safety.

There are ground-level access points for ease of maintenance and to minimize downtime.

The self-diagnostic capabilities of the system allow operators to detect and diagnose problems quickly.

Extended service intervals mean fewer maintenance procedures and less expense for the operator.

Low-maintenance engine access allows for easy inspection and maintenance.

The centralized greasing system provides the proper amount of grease for the life of the component.

Reliability is increased due to the durability of the filters and seals, enabling less frequent replacement.