What is MTTR? Explanation of its differences from related metrics, calculation methods, and specific improvement measures.
I will explain the differences from related indicators, the calculation methods, and specific improvement measures!
MTTR (Mean Time To Repair) is an indicator that measures the average time taken from when equipment or systems fail until repairs are completed and they are back in operation. Generally, a longer MTTR can significantly impact operational efficiency and may adversely affect costs and productivity. In this article, we will clearly explain the definition of MTTR, how to calculate it, and specific improvement measures. If you want to gain insights that directly contribute to improving the operational rate of equipment and systems, please read until the end. *For detailed content of the article, you can view it through the link below.*
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*You can view the detailed content of the article at the following URL: https://kaminashi.jp/media/mttr*
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If the "MTTR" is long, it is necessary to check the condition of the equipment. Is the management of the repair status of machines and equipment, as well as the necessary parts, perfect? With Kamunashi Equipment Maintenance, spare parts management, maintenance records, maintenance planning, and reporting of abnormal records can all be carried out using a single tool. The "Equipment Maintenance DX Three-Point Set," which summarizes the overview of Kamunashi Equipment Maintenance and successful case studies of on-site DX, is available for free download from the link below.
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Kaminashi is a "field DX platform" that reduces waste on-site and creates a productive work environment. It digitizes administrative tasks and routine work that were previously done on paper or Excel, from data entry of handwritten information to aggregation and reporting, enabling centralized management. It supports paperless operations, improves work efficiency, and promotes work style reform across various industries such as manufacturing, retail, food service, and logistics, contributing to the realization of field DX.