SMED (Single-Minute Exchange of Die) Training Presentation & Implementation Toolkit (PowerPoint PPT Deck)

Format: PowerPoint (PPTX)

Length: 107 Slides

"SMED turns changeover from a dreaded delay into a routine, predictable event." In the race for manufacturing flexibility, long setup times are the invisible anchors that force companies into the trap of large-lot production. This master toolkit provides the technical roadmap to dismantle those anchors, taking your equipment changeovers from hours to under 10 minutes through a disciplined, three-stage transformation of internal and external setup operations.

The Practitioner's Edge

"As a Certified Lean Six Sigma Black Belt and Certified Management Consultant who has led transformation initiatives at Microsoft, IBM and Underwriter Laboratories (UL), I have seen SMED serve as the ultimate engine of manufacturing competitiveness. I designed this masterclass to move beyond the theory of 'quick changeover' and into the granular, mechanical execution of setup reduction. This facilitation-ready toolkit focuses on the 'physics' of the machine—standardizing functions and eliminating trial-and-error so that your team can produce a wider variety of products at a lower cost without sacrificing safety." — Allan Ung, Principal Consultant at OEC Singapore

Global Impact: OEC’s training toolkits have been utilized by managers and practitioners across Asia, Europe, and North America to build Lean capability and drive organizational improvement.

Executive Summary

Single-Minute Exchange of Die (SMED) is a core Lean methodology developed by Shigeo Shingo to reduce equipment setup times to the "single-minute" range (under 10 minutes). This practitioner-led toolkit provides a structured, three-stage implementation framework: Separating internal and external setup, Converting internal steps to external, and Streamlining all remaining aspects of the operation. Designed for shopfloor excellence, this toolkit targets "Trial Runs and Adjustments"—which traditionally consume 50% of setup time—to establish a responsive, high-velocity production environment.

Key Benefits for Your Organization

Strengthen Competitiveness: Enable small-lot, wide-variety production, allowing your company to deliver faster and hold less inventory at a lower cost.
Maximize Machine Uptime: Convert "machine-stopped" time into "machine-running" time, ensuring every minute of internal setup saved is a minute returned to value-adding production.
Eliminate Setup Guesswork: Replace subjective, intuition-based adjustments with fixed numerical settings and visible reference marks for "right first time" accuracy.
Institutionalize Safety: Simplify complex, rushed setup steps to reduce the risk of injury and create a cleaner, less cluttered workstation.
Enhance Product Quality: Find and fix defects faster by moving to smaller lots, ensuring fewer defective units reach the customer.

Target Audience: Who Is It For?

Operations & Plant Managers: For driving the strategic shift from large-lot constraints to high-velocity manufacturing flexibility.
Lean & Continuous Improvement Professionals: For a disciplined 3-stage framework to lead technical setup reduction projects.
Maintenance & Setup Technicians: For mastering the mechanics of functional clamps, intermediary jigs, and parallel operations.
Manufacturing Engineers: For designing machine-specific checklists and standardizing centering functions across product lines.

What’s Included in the Box?

The SMED Masterclass (PPTX): A professional, 100+ slide training deck designed for high-authority delivery, saving dozens of hours in content creation.
Setup Analysis Video & Motion Tools: Practical methods for analyzing current changeovers using videotaping, interviewing, and time-and-motion studies.
Standardization & Jig Templates: Design concepts for function standardization, die cassettes, and intermediary jig-swap systems.
Five Interactive Team Activities: Pre-designed exercises including "Internal or External Sorting," "Time-and-Motion Mini-Analysis," and "Converting Setup Steps".
Functional Clamping Library: Technical documentation for one-turn, one-motion, and interlocking methods to replace traditional fasteners.

Learning Objectives

By the end of this masterclass, participants will be able to:

Define SMED and explain its critical role in reducing the hidden costs of large-lot production.
Distinguish between Internal and External Setup, identifying tasks that can be performed while the machine is running.
Apply the Three Stages of SMED—Separate, Convert, and Streamline—to any equipment changeover.
Build Machine-Specific Checklists and perform function checks to ensure parts are ready before the machine stops.
Implement Advanced Streamlining Techniques, including parallel operations, fixed numerical settings, and the Least Common Multiple (LCM) system.

Detailed Training Contents

Module 1: Important Terms and Concepts: Origins of SMED, the trouble with large lots, and the internal vs. external setup distinction.
Module 2: Getting Ready for SMED: The four basic setup steps, time distribution analysis, and the three stages of SMED at a high level.
Module 3: Stage 1: Separating Internal and External Setup: Using checklists, function checks, and improved transport to cut downtime by 30-50%.
Module 4: Stage 2: Converting Internal Setup to External Setup: Advance preparation of operating conditions, function standardization, and intermediary jigs.
Module 5: Stage 3: Streamlining All Aspects of the Setup Operation: Parallel operations, functional clamps, and the elimination of adjustments.

Proposed 1-Day Workshop Agenda

09:00 – 10:30: The SMED Foundation: Philosophy, identifying the four setup steps, and the cost of "machine-stopped" time.
10:45 – 12:30: Analyzing the Gap: Setup analysis techniques (video/interviewing) and Stage 1: Separating internal and external tasks.
13:30 – 15:00: The Conversion Phase: Stage 2 mechanics—preheating, centering jigs, and moving work off the machine.
15:15 – 16:30: Technical Streamlining: Stage 3 execution—implementing functional clamps, parallel operations, and removing trial runs.
16:30 – 17:00: Sustaining the Gains: Standardizing the new setup routine and planning the next changeover project.

Glossary of Key Terms

SMED: Single-Minute Exchange of Die—performing changeovers in under 10 minutes.
Internal Setup: Tasks that can only be performed while the machine is shut down.
External Setup: Tasks that can be performed while the machine is still running.
Functional Clamp: A device that holds an object securely and releases it instantly (e.g., cam or pear-shaped hole).
Intermediary Jig: A system using two identical plates to prepare the next workpiece while the current one runs.
Parallel Operations: Dividing setup between two people to eliminate wasted movement and walking time.

Frequently Asked Questions (FAQ)

Is SMED only for metal-stamping dies? No. While it originated in press shops, the principles apply to any changeover, including injection molding, CNC machining, and packaging lines.
Does SMED require expensive automation? No. SMED focuses on "low-cost, high-impact" organizational and mechanical changes. Mechanization should only be considered after all other streamlining techniques are exhausted.
How much time can Stage 1 alone save? Distinguishing internal from external setup and using checklists typically cuts downtime by 30 to 50 percent on its own.
Can one person perform parallel operations? No. Parallel operations require dividing the task between two people, which is why safety signaling (buzzers/lights) is a critical requirement.
Is the presentation editable? Yes, it is a fully editable PPTX file designed for professional facilitation.

References

The Toyota Way by Jeffrey Liker.
A Revolution in Manufacturing: The SMED System by Shigeo Shingo.
The Shingo Model for Operational Excellence.
Quick Changeover for Operators: The SMED System by the Productivity Development Team.

About the Author

Allan Ung is the Founder and Principal Consultant at Operational Excellence Consulting (Singapore). As a Certified Lean Six Sigma Black Belt and Certified Management Consultant (CMC, Japan) with a career spanning leadership roles at Microsoft and IBM, Allan specializes in driving transformative growth by maximizing customer value and minimizing waste. His practitioner-led approach bridges the gap between high-level strategy and shop-floor execution.

These facilitation-ready training toolkits are distilled from decades of real-world practice. Used by organizations across Asia, Europe, and North America, they are designed to help professionals move from awareness to successful implementation.

Further Learning Resources

Operational Excellence Consulting offers a full catalog of facilitation‑ready training presentations and practitioner toolkits covering Lean, Design Thinking, and Operational Excellence. These resources are developed from real workshops and transformation projects, helping leaders and teams embed proven frameworks, strengthen capability, and achieve sustainable improvement.

👉 Browse our full library of facilitation‑ready toolkits, designed to support leaders and teams across Lean, Design Thinking, and Operational Excellence: www.oeconsulting.com.sg

Just-in-Time (JIT) Masterclass — Synchronize production with real customer demand.
5S Workplace Organization Guide — Establish the visual order required for efficient setup.
Total Productive Maintenance (TPM) — Ensure equipment reliability to support faster changeovers.
Mistake-Proofing (Poka-Yoke) Toolkit — Eliminate defects through simple, low-cost devices.