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What is CBM (Condition-Based Maintenance)? Differences and advantages compared to TBM and BDM.

What is CBM (Condition-Based Maintenance)? Differences and advantages compared to TBM and BDM.

Explaining the background of why more companies are introducing preventive maintenance instead of corrective maintenance!

CBM (Condition Based Maintenance) is a type of preventive maintenance that monitors the current condition of equipment in real-time at manufacturing sites and determines the necessity of maintenance based on that data. Among preventive maintenance methods, it relies on data-driven decisions, making it a focus in today's increasingly digital world. However, it will not be effective unless one properly understands the differences between other preventive maintenance methods (such as TBM, RBM, RCM) and corrective maintenance (BDM), as well as the advantages of CBM. Therefore, this article will explain the overview of CBM, the background of its growing attention, its differences from other maintenance methods, and the benefits of implementing CBM. If you are responsible for equipment management in your company's factory, please refer to this information. *You can view the detailed content of the article through the link below.

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What is preventive maintenance? Differences from predictive/reactive maintenance, disadvantages, and specific measures.

What is preventive maintenance? Differences from predictive/reactive maintenance, disadvantages, and specific measures.

In addition to explaining the definition of preventive maintenance, we will also introduce its benefits and systems for implementing it efficiently!

In the manufacturing industry, it is important to keep the equipment used on the production line operating steadily. When equipment fails, it can lead to a decrease in the company's productivity and potentially result in significant losses. Therefore, to reduce the risk of failure, it is recommended to implement preventive maintenance. This article will introduce the definition and types of preventive maintenance, the differences from similar terms (such as predictive maintenance and condition-based maintenance), as well as the advantages and disadvantages, and systems for efficient implementation. *For more detailed information, please refer to the link below.*

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What is post-event preservation? Introducing the differences, advantages, and disadvantages compared to preventive preservation.

What is post-event preservation? Introducing the differences, advantages, and disadvantages compared to preventive preservation.

Introducing specific examples of improvement activities! Explaining how to break away from high-risk post-maintenance.

In equipment management within the manufacturing industry, reactive maintenance is unavoidable. In the case of reactive maintenance, it may sound like a simple idea that you just need to fix things when they break, but if used strategically, it can also be a method that offers significant benefits. This article will introduce an overview of reactive maintenance, two response patterns: failure-based breakdowns and performance-degradation failures, the differences from preventive maintenance, and methods to achieve an appropriate equipment management system within limited resources. We will also delve into how to integrate the experience of veteran maintenance personnel with digital technology, so please stay tuned until the end. *For detailed content of the article, you can view it through the link below.*

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What is Equipment Maintenance DX? Introducing specific examples of issues that can be solved and tools that can be used.

What is Equipment Maintenance DX? Introducing specific examples of issues that can be solved and tools that can be used.

Let's promote equipment maintenance DX, advance technology transfer, and aim for improved productivity!

For many years, equipment management focused on reactive maintenance, where repairs were made only after a failure occurred, was common in many manufacturing sites. However, as equipment aging progresses, unexpected production stoppages due to sudden failures and the rising costs of unforeseen repairs have become factors that pressure the management of manufacturing businesses. This article will explain the specific approaches to equipment maintenance DX and the key points for success. If you want to learn how to reform your equipment management system efficiently while keeping costs down, please refer to this article. *You can view the detailed content of the article through the link below.*

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What is self-preservation? Introducing 7 steps to promote it.

What is self-preservation? Introducing 7 steps to promote it.

Explaining the four required abilities and key points to engage the field!

To prevent equipment troubles, it is essential that not only the maintenance department but also each individual worker (operator) on the shop floor engages in autonomous maintenance. Autonomous maintenance involves operators checking the condition of the equipment and taking actions to ensure that the production line does not stop. By having everyone involved in activities related to equipment maintenance, such as autonomous maintenance, we can maintain productivity and safety. This article introduces an overview and purpose of autonomous maintenance, as well as seven steps to implement it. It also covers the four essential skills needed by operators and points to promote autonomous maintenance, along with effective tools. If you want to develop personnel capable of autonomous maintenance, please refer to this article. *For more detailed information, you can view the article through the link below.

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What is predictive maintenance (anomaly-based maintenance)? Introducing the differences from preventive maintenance and the steps for implementation.

What is predictive maintenance (anomaly-based maintenance)? Introducing the differences from preventive maintenance and the steps for implementation.

Introducing the differences from preventive methods and the implementation steps using AI and IoT!

The losses caused by unexpected downtime due to sudden equipment failures on production lines are a significant challenge for the manufacturing industry. Veteran maintenance personnel may intuitively sense something is wrong from subtle changes in equipment sounds or vibration patterns. However, this valuable know-how is being lost with retirement. Moreover, traditional reactive maintenance that fixes equipment after it breaks down and preventive maintenance that involves regular parts replacement are becoming insufficient to fully grasp the condition of increasingly complex manufacturing equipment. This article summarizes practical information for those aiming to improve productivity in manufacturing sites, covering the basics of predictive maintenance, its benefits, and implementation methods. *For detailed content of the article, please refer to the link below.*

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