Advanced predictive monitoring platform that centralizes real-time maintenance and reliability data, allowing data-based decisions to maximize asset availability.

Remote monitoring solution that monitors the status of equipment 24/7, issuing proactive alerts for anomalies to prevent unexpected failures.

Intelligent lubrication system that monitors and optimizes the use of lubricants, improving the useful life of key components such as bearings and reducers.

Detailed inspection of vibrations in rotary machinery to identify imbalances, misalignments and mechanical problems before they cause critical failures.

Advanced vibration analysis to diagnose the condition of rotating equipment, optimize their performance and prevent downtime.

Thermal inspection using infrared cameras to detect hot spots, electrical failures and mechanical problems in industrial equipment.

Comprehensive analysis of infrared images to interpret heat patterns and detect anomalies that could affect the performance of the equipment.

Evaluation of the state of the lubricating oil to detect contamination, wear or degradation, optimizing change intervals and ensuring the health of the equipment.

Ultrasonic inspection to identify air, gas and steam leaks, as well as problems in electrical and mechanical components.

Location of leaks in air, gas or liquid systems, allowing to reduce waste and optimize the use of resources.

Inspection and evaluation of valves and steam traps to ensure their functionality and energy efficiency.

Specialized services in the inspection and analysis of electrical systems to prevent failures and improve operational safety.

Diagnosis and maintenance of capacitors to ensure their performance and extend their useful life in thermal systems.

Evaluation and optimization of lubrication in bearings, reducing wear and improving equipment efficiency.

Verification of airtightness in closed systems to ensure that there are no leaks that compromise operation or safety.

Tightness tests to check the integrity of tanks and containers under pressure.

Precision maintenance that ensures proper alignment and balancing of equipment to maximize performance.

Dynamic balancing service in rotary machinery to reduce vibrations and extend the useful life of the components.

Precise alignment of axles and components to minimize wear and increase operational efficiency.

Acoustic lubrication using ultrasound to apply the exact amount of lubricant, avoiding excesses or deficiencies.

Non-destructive inspection to assess the integrity of materials and components without affecting their operation.

Measurement of thicknesses in materials to detect corrosion, wear or structural weakening.

Tests with penetrating liquids to identify cracks and surface defects in metal components.

Specialized mechanical repairs to restore the optimal operation of critical equipment.

Acceptance tests to verify the performance of new equipment before their integration into operations.

Analysis of electrical signatures to diagnose abnormal conditions in engines and other electrical equipment, helping to prevent failures.

Development of strategic asset management plans aligned with business objectives, optimizing resources and maximizing the value of assets throughout their life cycle.

Complete maintenance audits to evaluate the effectiveness of current processes, identify areas for improvement and ensure alignment with international best practices.

Implementation and review of reliability-focused maintenance to maximize operational efficiency and minimize unplanned downtime.

Optimization of preventive maintenance plans through detailed analysis to reduce costs, improve efficiency and prioritize critical tasks.

Comprehensive root cause analysis to identify and correct recurring problems, improving the reliability and sustainability of systems.

Evaluation of inventory levels to ensure the optimal balance between spare parts availability and storage costs.

Use of Weibull analysis to model equipment failure behavior, improve maintenance strategies and predict possible failures.

Identification of obsolete equipment and technologies, with recommendations for updates and mitigation of risks associated with obsolescence.

Resident engineers specialized in reliability who work continuously within the client's facilities to implement and supervise operational improvements.

Highly trained resident technicians who provide direct and constant support in the maintenance and operation of the equipment.

Design and implementation of customized predictive maintenance programs, using advanced tools to ensure maximum efficiency and reliability.

Improved planning and scheduling of maintenance tasks to increase effective production time and reduce delays.

Development of strategic asset management plans aligned with business objectives, optimizing resources and maximizing the value of assets throughout their life cycle.

Training and strategies to implement autonomous maintenance, empowering operators to perform basic maintenance tasks and improve overall reliability.

Evaluation of current digital transformation capabilities and implementation of advanced technologies to integrate processes in the era of Industry 4.0.