Exploring Maynard Operation Sequence Technique (MOST): A Powerful Time Standard Method

Exploring Maynard Operation Sequence Technique (MOST): A Powerful Time Standard Method

In today’s fast-paced industrial landscape, optimizing operational efficiency is paramount for businesses striving to maintain a competitive edge. Among the various methodologies available, Maynard Operation Sequence Technique (MOST) stands out as a highly effective time standard method.

PMTS forms the foundation of MOST, providing a standardized framework for analyzing and estimating the time required to perform specific tasks. In this post, we’ll delve into the intricacies of MOST, its benefits, and its wide-ranging applications across industries.

Understanding Maynard Operation Sequence Technique (MOST)

Developed by John W. “Jack” Maynard in the mid-20th century, MOST is a comprehensive, systematic approach to analyzing work methods and setting time standards. At its core, it focuses on breaking down tasks into elemental motions, allowing for precise measurement and optimization of work processes.

Central to MOST are several key components, each playing a crucial role in the optimization process. Let’s delve into these components to understand their significance:

Basic Motions

Generally, MOST breaks down work into elemental motions, including reach, grasp, position, and release. These motions, derived from empirical data, serve as the building blocks of tasks, each assigned predefined time values. By categorizing work into basic motions, MOST facilitates precise analysis and optimization of work methods.

Index Values

Index values in MOST provide standardized measurements for the time required to perform specific elemental motions or tasks. Grounded in empirical data, these values enable accurate estimation of time for various work activities, contributing to the establishment of reliable time standards.

Parameters

Parameters are defined as the actual tasks and actions of Reaching, Grasping, Placing, etc. There are 3 Parameters that make up each Phase, and each Parameter is assigned an Index Value.

Phases

Phases in MOST represent distinct stages or components of a task or operation. Each phase delineates a specific portion of the overall work activity and may encompass one or more elemental motions. Understanding and analyzing phases is essential for comprehensively dissecting work methods and identifying opportunities for improvement.

Sequence Models

Finally, sequence models in MOST dictate the type of work being performed and comprise a combination of phases, including Get, Move/Action, and Return. These models provide a structured framework for facilitating the classification of work motions as General Moves or Controlled Moves.

General vs Controlled Moves

General moves entail movements, travels, or manipulations freely throughout space and uninterrupted, such as picking up an item and moving it to a desk.

Controlled moves, on the other hand, involve tasks associated with motion, travel, or movement along a fixed axis, exemplified by actions like sliding a label down a wire.

MOST time standard

Conclusion:
Maynard Operation Sequence Technique offers a systematic approach to optimizing work methods and establishing precise time standards across various industries. By leveraging MOST, organizations can drive efficiency, reduce waste, and ultimately achieve greater operational excellence in today’s competitive business landscape.

AUTHOR

Marcus Rosati

B.S. Industrial Engineering – Purdue University
B.S. Industrial Management – Purdue University

Lead Industrial Engineer for Process Improvement Projects

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