Compliance with safety regulations is a cornerstone of our operations.

Rakesh Modi, Chairperson, Mtandt

How has the demand for your equipment used for Metro construction evolved over the past few years and what are the key factors driving the growth in this sector?

Over the past few years, we’ve seen a marked increase in demand for equipment used in metro construction. This surge is primarily driven by the rapid urbanization and the government’s focus on expanding metro networks across major cities in India. The push for infrastructure development, coupled with the need for efficient public transportation systems, has necessitated the adoption of advanced construction equipment. Our products have gained traction as metro projects aim for timely completion with minimal disruptions, and our equipment plays a crucial role in meeting these targets.

Could you highlight the most significant technological advancements in your range of equipment used for metro construction?

In the realm of metro construction, technology is a game-changer. We’ve integrated cutting-edge innovations like automated control systems, telematics, and energy-efficient power sources into our equipment. Notably, our Truck Mounted Boom Lifts with working height from 11 to 45m and Rough Terrain Boom Lifts are designed to handle the challenging environments of metro infrastructure, offering unmatched stability and reach. For station infrastructure construction, our Scissor Lifts provide the necessary precision and safety in confined spaces.

Additionally, our Rail and Road Boom Lifts, like the BA16RR, are engineered specifically for rail infrastructure maintenance, allowing seamless transition between road and rail modes. These advancements not only enhance the precision and reliability of our machines but also significantly reduce operational downtime. The integration of IoT-based monitoring, for example, allows for real-time tracking and diagnostics, ensuring optimal performance throughout the construction and maintenance processes.

How do these innovations contribute to the overall efficiency and effectiveness of Metro construction projects?

The technological enhancements in our equipment directly contribute to the overall efficiency and effectiveness of metro construction projects. For instance, our advanced control systems facilitate smoother operations, reducing the likelihood of errors and enhancing the speed of construction. Our Rail and Road Boom Lifts, particularly the BA16RR model, are exemplary in this regard.

The BA16RR is designed with a unique feature where the entire boom assembly can move down, allowing for easy transportation and enhanced safety during operation. Furthermore, all critical components are strategically located on both sides of the chassis, making maintenance both accessible and straightforward. This design reduces downtime significantly. Additionally, with a maximum speed of 16 KM/hr on tracks, the BA16RR ensures swift movement across rail infrastructure, optimizing operational time and efficiency.

Moreover, our energy-efficient engines and reduced emissions not only lower operational costs but also align with the increasingly stringent environmental regulations in urban settings. Our goal is to ensure that every piece of equipment we supply can handle the complexities of metro construction with utmost efficiency.

What measures have been taken to ensure ease of maintenance for your equipment used for metro construction?

Ease of maintenance is a critical factor in ensuring the longevity and reliability of our equipment. Our Truck Mounted Boom Lifts and Scissor Lifts, designed specifically for maintenance tasks, are available in electric and hydraulic oil-free, making them green products with nearly zero maintenance. The integration of a Four-in-One Motor Controller reduces connections and harnesses by 40%, simplifying the system and enhancing reliability. Additionally, the High Strength Damage Resistant Tyres Compound doubles the lifespan compared to conventional tyres, and the Electric Actuator Steering System eliminates the need for hydraulic oil, resulting in faster steering speeds and a 66% reduction in energy consumption.

Our Boom Lifts further complement this approach with their modular design, both horizontally and vertically, which simplifies maintenance. The electric models are eco-friendly, while the hybrid models (Electric + Fuel) are ideal for extended operations. Notably, our patented innovation of a One Key In-Situ Axle Expansion allows for four-wheel drive and steering, with axle expansion and retraction in narrow spaces at will. This feature, along with the modular design, ensures that maintenance is straightforward and efficient, minimising downtime in metro construction projects.

What safety features are incorporated into your equipment to ensure safe operation in urban environments?

Safety is non-negotiable, especially in urban construction environments where the margin for error is slim. Our equipment is equipped with state-of-the-art safety features such as advanced sensor systems that prevent collisions, automatic shutdown mechanisms in case of malfunction, and robust stabilizers that ensure safe operation even in confined spaces. These features are designed to protect both the operators and the surrounding environment, ensuring that construction activities can proceed without compromising safety.

How do you ensure compliance with safety regulations in different markets?

Compliance with safety regulations is a cornerstone of our operations. We ensure that our equipment meets or exceeds the safety standards set by regulatory bodies in different markets. Our commitment to safety is reflected in our rigorous testing protocols, continuous training programs for operators with CESL Training Institute, and close collaboration with safety authorities. This proactive approach ensures that our equipment is always compliant, regardless of the market in which it is deployed.

How do your products address environmental concerns, such as emissions and energy efficiency? Are there any specific features aimed at minimizing the environmental impact during metro construction?

Environmental sustainability is at the forefront of our design philosophy. Our equipment features energy-efficient engines, reduced emissions, and noise-reduction technologies that align with global environmental standards. We have also incorporated hybrid and electric power options in our product range to minimize the carbon footprint of construction activities. These features are particularly important in metro construction, where projects often take place in densely populated areas, requiring a minimal environmental impact.

Could you describe any unique engineering features of your equipment that set it apart from the competition?

Our Rail and Road Boom Lifts, particularly the BA16RR model, are specifically designed for metro projects. These lifts are engineered to seamlessly transition between road and rail modes, providing unmatched flexibility for infrastructure maintenance and construction tasks.

The BA16RR model features a unique design where the entire boom assembly can move down, facilitating easy transportation and enhancing operational safety. Additionally, all critical components are strategically located on both sides of the chassis, ensuring easy access for maintenance. With a maximum speed of 16 KM/hr on tracks, this model optimizes operational time, allowing for swift movement across rail infrastructure.

Another standout in our portfolio is our range of Truck Mounted Boom Lifts, which offer exceptional versatility, making them extremely beneficial in the metro industry. These lifts are available in various models tailored to different project needs, from compact designs ideal for urban environments to more robust models for large-scale infrastructure tasks. The truck-mounted design allows for rapid deployment across multiple sites, making them particularly valuable in the fast-paced metro construction sector.