How to Use Lean to Get More Out of Your Laboratory Processes
Rachel Ware Industrial Engineer Objectives
• Understand the basics of Lean
• Explain how to use Lean in healthcare
• Know the steps to take to lean their own processes Agenda
History of Lean
Lean tools
Example What is
Lean? • Henry Ford developed the assembly line in 1913.
• Revolutionized manufacturing.
• Exact replicas of all items came off the assembly line.
4 What is • As people wanted more Lean? customization to their products, the Ford assembly line began to fall short.
• Taichii Ohno and Shigeo Shingo developed a flexible model for improving manufacturing called Lean in 1949.
5 What is • A way to improve a whole system that focuses on eliminating waste Lean? from processes
• A method for optimizing the flow of information, material, and people
• An approach that focuses on improving all the processes within a system rather than on optimizing an individual process
6 House of Lean
Quality
Timeliness Cost
Just-In-Time Jidoka (Act on variances)
Takt Time Poke- Pull Flow Yoke
Heijunka Standard (Load leveling) work
5S (continuous improvement) Kaizen Process Stability Lean in Healthcare
Easier Better Faster Cheaper Where do I begin?
9 Creating the Right Culture
Training and Inclusion
10 Creating the Right Culture Safety • Valued Opinions • No Judgement for improvements • No fear of punishment for ideas.
11 A Common Misconception A Common Misconception
A false assumption A Common Misconception
A false Action assumption A Common Misconception
A false Action assumption SCARY A Common Misconception
A false Action assumption SCARY Look at your process from beginning to end
Beginning End Look at your process from beginning to end
Problem
Beginning End Look at your process from beginning to end
Problem
Beginning End
Problem Look at your process from beginning to end
Problem Problem
Beginning End
Problem Look at your process from beginning to end
Problem Problem
Beginning End
Problem Value Stream Mapping Value Stream Mapping Value Stream Mapping What kind of waste is in the process?
D EFECTS O VER-PRODUCTION W AITING N ON-UTILIZED RESOURCES/TALENT T RANSPORTATION I NVENTORY M OVEMENT E XCESS PROCESSING Lean Tools
Continuous Improvement
Pull/Kanban Cellular/Flow TPM
Quality at Source POUS Quick Changeover
Standardized Work Batch Reduction Kaizen Value 5S System Visual Plant Layout Stream Mapping Defects D O Re-runs W N Mistakes T I Sample Damage M E Incorrect Results Lean Tools | Defects D O
W Continuous Improvement N Pull/Kanban Cellular/Flow TPM T I Quality at Source POUS Quick Changeover M Standardized Work Batch Reduction Kaizen E Value 5S System Visual Plant Layout Stream Mapping Fixing Defects: Standard Work D O Process takes W everyone much N different Steps are times T ordered I differently. M E Fixing Defects: Standard Work D Determine Best Practices AS A TEAM! O W N T I M E
Don’t be afraid to change your processes as new and better ideas arise. • Continuous improvement Fixing Defects: Quality at Source D O W POKA-YOKE N T I M E Lean Tools | Waiting D O
W Continuous Improvement N Pull/Kanban Cellular/Flow TPM T I Quality at Source POUS Quick Changeover M Standardized Work Batch Reduction Kaizen E Value 5S System Visual Plant Layout Stream Mapping Stop Waiting: Batch Reduction D O W N T I M E Stop Waiting: Batch Reduction D
90 O 8 AM and 4 PM Run Batch sizes 80
W 70 N 60 50
T 40
30 I Samples on Run M 20 10
0 E Sunday Monday Tuesday Wednesday Thursday Friday Saturday 8 AM Run 39 0 0 50 51 53 51 4 PM Run 13 35 50 51 17 20 18 Utilize your Resources/Talent D O W N T I M E Make sure the right person does the right job. Reduce Transportation D O W N T I M E Inventory D O W Running out of supplies N T Running out of reagent I M E Wasting reagent Lean Tools D O
W Continuous Improvement N Pull/Kanban Cellular/Flow TPM T I Quality at Source POUS Quick Changeover M Standardized Work Batch Reduction Kaizen E Value 5S System Visual Plant Layout Stream Mapping Manage Inventory: Visual D O W N T I M E Reduce Inventory: Use a Pull System D O W N T I M E Lean Tools | Motion D O
W Continuous Improvement N Pull/Kanban Cellular/Flow TPM T I Quality at Source POUS Quick Changeover M Standardized Work Batch Reduction Kaizen E Value 5S System Visual Plant Layout Stream Mapping Spaghetti Diagrams D O W N T I M E Reduce Motion: Point of Use Storage D O W N T I M E Lean Tools | Excess Processing D O
W Continuous Improvement N Pull/Kanban Cellular/Flow TPM T I Quality at Source POUS Quick Changeover M Standardized Work Batch Reduction Kaizen E Value 5S System Visual Plant Layout Stream Mapping Example: Immunohistochemistry Example: Immunohistochemistry Example: Immunohistochemistry Example: Immunohistochemistry
66% Improvement to Motion Waste Example: Immunohistochemistry Example: Immunohistochemistry
15 min 20X per Day = 5 hours! Example: Immunohistochemistry
COURIER Example: Immunohistochemistry Example: Immunohistochemistry
VISUAL COURIER Example: Immunohistochemistry Example: Immunohistochemistry
VISUAL COURIER Example: Immunohistochemistry Example: Immunohistochemistry Example: Immunohistochemistry Example: Immunohistochemistry Sustain
Culture & Inclusion Sustain
Begin another lean project Sustain
Advertise what you have done. Sustain
Advertise what you have done.
(It’s contagious.) © 2016 ARUP Laboratories