PRECISION IN HIGHWAY ENGINEERING

HEAVY EQUIPMENT RENTAL

HEAVY EQUIPMENT SALES

EARTHWORKS & CIVIL WORKS CONSTRUCTION

OUR PURPOSE

HEAVY MACHINERY RENTALS

Driving efficient construction through state-of-the-art machinery and equipment technology.

Deploying and operating the right heavy machinery during every phase of construction.

Leveraging expertise and technical knowledge to deliver sustainable infrastructure that positively impacts society.

100%

HEAVY EQUIPMENT

WHO WE ARE

BUILDER DNA

Somos un equipo humano, multidisciplinario, en las áreas de Ingeniería Civil y obras viales.

Creemos en la utilización de equipos de construcción como herramientas de precisión y eficiencia.

Hacemos sinergia en cada proyecto, trabajamos en estrecha comunicación para el cumplimiento de los alcances acordados, durante la ejecución de cada construcción u obra asignada.

FREQUENTLY ASKED QUESTIONS

EARTHMOVING WITH HEAVY EQUIPMENT

What Type of Heavy Equipment Is Essential for Earthmoving Works?

Earthmoving requires specialized heavy equipment, selected according to the specific task, volume, and required capacity. The most highly recommended machinery includes: Excavation Equipment: Excavators allow for moving large volumes of material, backhoe loaders are distinguished by their versatility and are in high demand for both urban and rural projects, and skid steers provide essential support in urban areas. Bulldozers & Motor Graders: Bulldozers (dozers) are widely used for bulk earthmoving and heavy material cutting, while motor graders precisely level and profile the terrain across the various earthwork layers. Compactors: Compactors compress the soil to meet technical standards and ensure proper structural integrity for the subgrade, subbase, and base layers that form the roadway structure. Major heavy equipment manufacturers include cat.com and casece.com.

How Does Terrain and Soil Type Affect Equipment Selection?

Terrain and soil conditions are among the most critical factors on any construction site, as they directly impact site safety, productivity, and soil bearing capacity. Analyzing site topography is essential for determining equipment specifications such as whether tracked machinery is required as well as the necessary capacity, engine power, and operational maneuvers. Conducting a soil mechanics study prior to deploying heavy equipment is always recommended to identify the precise soil composition (clay, gravel, rock, sand, or silt).

How Can Environmental Impact Be Mitigated When Using Heavy Machinery?

Selecting efficient equipment tailored to soil type and workload is essential, prioritizing machinery with low-emission technology and optimized fuel consumption. Performing routine preventive maintenance reduces pollutant emissions, oil leaks, and mechanical failures, while proper route planning and site layout minimize downtime, unnecessary soil compaction, and erosion. Be sure to implement dust control measures such as controlled watering, establish safe fueling zones with containment systems, manage hazardous waste properly, and control noise and vibration in sensitive areas. Finally, personnel training, continuous environmental monitoring, and compliance with current regulations ensure safe and sustainable operations. Implementing environmental management systems based on international standards—such as ISO 14001—strengthens continuous improvement and regulatory compliance, while using alternative fuels and biodegradable lubricants helps reduce the project’s ecological footprint.

What Safety Regulations Apply to Heavy Machinery Operations?

Safety regulations governing heavy machinery operations are based on international standards and national frameworks designed to prevent workplace accidents and protect workers. Globally recognized standards include ISO 45001:2018, which specifies requirements for occupational health and safety management systems; ISO 12100, which defines general principles for safety design and risk assessment in machinery; ISO 20474, which specifically applies to earthmoving machinery; and OSHA 29 CFR 1926, applicable to the U.S. construction industry, regulating operator training, site signaling, inspections, and personal protective equipment (PPE). In Mexico, key regulations include NOM-004-STPS-1999 (machinery protection systems and safety devices), NOM-006-STPS-2014 (material handling and storage), NOM-017-STPS-2008 (personal protective equipment guidelines), and NOM-031-STPS-2011 (health and safety conditions at construction sites). Together, these standards require operator training and certification, preventive maintenance, routine inspections, proper signage, safety devices (such as ROPS and FOPS), and targeted protocols to minimize the risks of tip-overs, entanglements, and collisions during machinery operation. Similar regulatory frameworks apply across Latin America. In Colombia, Decree 1072 of 2015 establishes the Occupational Safety and Health Management System (SG-SST); in Chile, Law No. 16,744 regulates workplace accident prevention and employer liability; in Peru, Law No. 29783 sets mandatory requirements for risk control and training; and in Argentina, Law 19,587 governs workplace hygiene and safety conditions for equipment operations. Across the region, these regulations align in requiring risk assessments, mandatory training, technical supervision, and strict adherence to safety standards to reduce accident rates in construction and earthmoving projects.

PRECISION IN HIGHWAY ENGINEERING

HEAVY EQUIPMENT RENTAL