Projects

With a comprehensive focus on structural, electrical, and automation engineering, we developed a solution that completely eliminated fall risks during the tarping process of cement bags. We implemented electric hoists with synchronized controllers and reinforced concrete foundations, reducing the tarping time from 60 to 18 minutes per unit, while ensuring compliance with NOM-009-STPS and NOM-001-SEDE standards.

We designed and built a sealed booth for the chemical application process on denim pants. The system includes PLC-controlled mannequin inflation and environmental safety measures, increasing production capacity, reducing work time per garment by 5%, and eliminating chemical exposure risks—fully complying with lighting, ventilation, and pollutant control regulations.

We replaced the roofing of an industrial facility, strategically incorporating translucent sheets to increase interior light levels. This improvement not only enhanced visibility and safety in the work area, but also reduced visual fatigue among personnel—fostering a more ergonomic and productive work environment, all without interrupting plant operations.

We designed and installed lifeline systems to ensure worker safety during operations at height on industrial roofs. The solution included certified anchors, stainless steel cabling, and energy-absorbing components, complying with NOM-009-STPS and international standards. This implementation guarantees the continuity of maintenance tasks without incidents.

We implemented a high-performance waterproofing system to protect the roof of an industrial warehouse against leaks, moisture, and structural deterioration. The work included surface preparation, crack repair, application of elastomeric coatings, and joint sealing, ensuring greater durability, reduced maintenance needs, and improved internal working conditions.

We designed and implemented a custom application for inventory management in industrial environments, optimizing the control of personal protective equipment (PPE) and critical materials. The solution integrates real-time logging, batch control with FIFO system, and full traceability, reducing waste, ensuring availability, and guaranteeing compliance with internal safety and maintenance protocols.

We implemented a 50 kVA photovoltaic solar system composed of 200 solar panels and four 15 kW inverters. The installation, carried out on the roof of an industrial warehouse, optimizes solar capture with a south-facing orientation and a 10° tilt. The entire project complies with CFE regulations and the NOM-001-SEDE-2012 standard, ensuring safety and energy efficiency.