Resumen

VALENCIA JARAMA, Jorge Luis; ORTIZ MOSCOSO, Víctor Hugo  y  RASHUAMAN FLORES, Ricardo. Current trends in total productive maintenance and its adaptation. e-Rev. Multidiscip. Saber [online]. 2024, vol.2, e-RMS01082024.  Epub 03-Jun-2025. ISSN 2960-2467.  https://doi.org/10.61286/e-rms.v2i.60.

Total Productive Maintenance (TPM) as a comprehensive strategy has been proven to reduce maintenance costs, increase equipment availability, and improve quality. However, its global adoption has been uneven: some regions lead its implementation, while others face challenges such as lack of senior management commitment, resistance to change, and insufficient staff training. IoT technology has been instrumental in the evolution of TPM, enabling real-time data collection that facilitates predictive maintenance, improves overall equipment efficiency, and allows for early problem detection. In addition, the development of computer maintenance management software (CMMS) has also been key, as it allows companies to more efficiently manage maintenance activities. Integrating CMMS with other business systems has improved alignment with overall goals. The Continuous Improvement (CI) strategy is critical to maximizing efficiency and quality in the context of TPM, as it identifies and corrects faults, facilitates operator engagement, and creates a continuous learning environment. The application of MC in quality management allows for the identification and correction of defects in products before they are sent to the customer, improving quality and reducing costs. Current trends highlight the importance of a comprehensive TPM strategy, IoT technology, CMMS systems and continuous improvement to achieve greater efficiency, reliability and productivity, although challenges remain in adapting to different geographical contexts.

Palabras clave : TPM; IoT; CMMS; Continuous Improvement; Quality.

        · resumen en Español     · texto en Español     · Español ( pdf )