How Key Books Shaped the Evolution of TPM in the United States

The way Total Productive Maintenance (TPM) is often understood in the United States differs significantly from the modern TPM Excellence framework promoted by the Japan Institute of Plant Maintenance (JIPM).

The deployment of Total Productive Maintenance (TPM) in the United States is quite different than the JIPM TPM Excellence Framework of today. TPM was developed in Japan by the Japanese Institute of Plant Maintenance.  Although TPM became known in the USA about 1994, it was impacted by several influential books that shaped how American industry interpreted Japanese manufacturing methods. TPM was originally known as the “PM Award” by the JMA (Japan Management Association) in 1964. After seeing the significant impact of adding PM to the Toyota Production systems, the JIPM continued to modify the framework of TPM. In 1971, They modified the framework to include total involvement and changed the award to the TPM Award.  They have continuously updated the framework to keep up with any changes in manufacturing systems and technology.  While TPM was developed in Japan under the leadership of Seiichi Nakajima and the Japan Institute of Plant Maintenance, the framework evolved differently as Western managers encountered it through a combination of quality, Lean, and reliability literature.

Originally Many Western Lean implementations did not include TPM, which created a major problem:

• Lean requires stable processes

• Stable processes require reliable equipment

Without TPM, companies often experienced:

• frequent breakdowns

• unstable cycle times

• poor OEE

This is why many organizations pursuing Lean eventually rediscovered TPM.

As a result, TPM in the United States often emphasized:

• equipment reliability

• maintenance excellence

• OEE measurement

• support for Lean production systems.

In contrast, the original framework developed by the Japan Institute of Plant Maintenance treated TPM as a comprehensive enterprise management system integrating leadership, engineering, culture, lean (TPS), and company-wide participation.

Lean improves flow — TPM stabilizes the operation of machines that make flow possible.

In the U.S., TPM is often presented as a Lean tool because:

• Lean programs adopted OEE and Autonomous Maintenance.

• Many Lean consultants incorporated TPM concepts.

• TPM helps stabilize equipment, which Lean requires for flow.

However, the current JIPM TPM Excellence framework is much broader than the Western interpretation.  As developed by the JIPM, it includes the elements of the Toyota Production System and PM, including:

• total employee (all departments) participation

• small-group improvement activities

• cultural transformation

• long-term organizational development.

• The primary goal is elimination of losses across the entire production system, not just maintenance optimization.

• Safety, health & environment

• Training & education

• Office TPM

• Early equipment management

• Early product development management

• Loss analysis systems

• Quality maintenance interaction between Development, Maintenance, Operators, and Engineering.

A Simple Way to Think About It is Lean improves flow.  TPM stabilizes the machines that make flow possible.

When implemented fully, TPM becomes far more than a maintenance program—it becomes a complete system for managing manufacturing performance.