Product Development for Lean Manufacturing

Product Development for Lean Manufacturing How Freudenberg-NOK Integrates Lean Product Development into APQP March 2007 Aras Community Network Spring...
Author: Paul Kelly
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Product Development for Lean Manufacturing How Freudenberg-NOK Integrates Lean Product Development into APQP March 2007

Aras Community Network Spring 2007

The Freudenberg and NOK Group

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$7.5 billion in total annual sales, with global automotive sales of ~$4 billion One of only 8 in the top 100 OE automotive suppliers that has global balance in each of the three major automotive markets - Asia, Europe and North America - Automotive News Offers world-class product development and manufacturing at 57 automotive operations in 27 countries - facilities include: 9 25 in North and South America 9 21 in Europe 9 11 in the Pacific Rim



One of the world's largest non-tire rubber fabricators, annually produces 10 billion components worldwide

March 27, 2007

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Automotive Products • Sealing packages for engines, transmissions, brakes, axles and steering • Complete noise, vibration and harshness (NVH) reduction components and packages • All rubber, plastic and PTFE components for suspension, electrical and fuel systems March 27, 2007

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Lean at Freudenberg-NOK

Where’s the Product Development for Lean Initiative? Nothing formal, It just happened organically March 27, 2007

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Product Development at Freudenberg-NOK • We are a SKU warrior 9 Many individual unrelated components

• Evolution of Product Development Process 9 Focused on Program Mgt within APQP context 9 Tried to avoid having our solutions deployment stagnate into an “engineering only” system

• Focused on broad, phase-based product development with emphasis on high level tasks and deliverables • Using Aras Innovator for over 4 years March 27, 2007

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Approaches to Lean in Product Development “Acme Stamping” Current State Stream Map

Applying Lean Techniques to Engineering

6-week Forecast Michigan Steel Co.

Weekly Fax

State Street Assembly

Daily Order

MRP

18,400 pcs/mo -12,400 “L” -6,400 “R”

920 pcs/day

500 ft coils

Tray = 20 pieces

Weekly Schedule

2 shifts

Tues. + Thurs

Daily Ship Schedule

Stamping

I Coils 5 days

200 T

S. Weld #1

I 4600L 2400R 7.6 days

1

C/T=1 second C/O=1 hour Uptime=85%

5 days

1100L 600R 1.8 days

1

1600L 850R 2.7 days

1

1200L 640R 2 days

1

2700L 1440R 4.5 days

1

1

Production

4.5 days Lead time =23.6 days

2 days 62 seconds

Shipping

I C/T=40 sec. C/O= 0 Uptime=100%

1

2.7 days 46 seconds

1x Daily

Assembly 2

I C/T62 sec. C/O= 0 Uptime=100%

1

1.8 days 39 seconds

Assembly 1

I C/T=46 sec. C/O=10 min. Uptime=80%

1

7.6 days 1 second

S. Weld #2

I C/T=39 sec. C/O=10 min. Uptime=100%

1

Kennedy & Liker TPDS Methodology

90/60/30 day Forecasts

Production Control

40 seconds

Value Added =188 sec. Time Acme Stamping Steering Brackets Current State (Date)

Basic Considerations March 27, 2007

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How We Approached Lean Development Basic Lean Considerations during Product Development 9 Slot into an existing Lean Product Family? 9 Use existing Value Stream and / or Sequence of Events? 9 Existing preferred suppliers qualified for Lean deliveries? 9 Targeting specific lines or work cells? 9 Takt Time calculated prior to launch? 9 Tooling & equipment ‘quick change over’ SMED ready? 9 Design for manufacturability include poka yoke “mistake proofing”? March 27, 2007

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Fundamental Goals 9 Reduce Time to Volume at Launch 9 Ensure Highest Quality Levels 9 Eliminate Waste During Production Ramp 9 Achieve Operations and Supply Chain Readiness 9 Reduce Associated Preproduction Preparation Costs 9 Maximize New Product Profit Margins March 27, 2007

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APQP – Lean Touch Points Lean Processes

Standard

Value Engineering Value Analysis

APQP Checklist

(DPTP) Design To Production Transition (DFSS) Design for Six Sigma 3P

All APQP phases have activities that initiate Lean Processes March 27, 2007

Poka Yoke (Mistake Proofing) Standard Work Takt time Slide 9

Competitive Practices APQP Context Concept

Design

Development

Launch

Manufacture

Company Proprietary    

Deliverables

APQP

   

   

Phase 1 - Plan & Define Program

   

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Phase 2 - Product Design & Development Verification

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Phase 3 - Process Design & Development Verification Phase 4 - Product and Process Validation Phase 5 - Feedback Assessment & Corrective Action

Customer / Plant Specific Templates

GM Ford DCX March 27, 2007

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Program Dashboard Use Dashboard Approach Able to Drill Down to Actual Activities to take Action if Needed March 27, 2007

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KPI Metrics Freudenberg-NOK Flawless Launch Program

Executive Scorecards Measure • Customer Satisfaction • Plant Launch Performance Track 9 Quality KPI Metrics 9 Service 9 Readiness 9 Timeliness 9 Profitability March 27, 2007

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Future Direction • Live Documents 9 Improve document control during phase 2 & 3 9 SIMPLE integration, eliminate share drives

• Project Request Process 9 Use Aras Innovator for project initiation up front 9 Manage program initiation process 9 Use workflows with projects » Who’s working on what » Hours charged » Results achieved

• These are areas we think offer collaboration opportunities moving forward March 27, 2007

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Summary • Standardizing APQP has allowed us to standardize our signaling to kick off Lean processes • APQP like Lean is a process not a project • After 15 years and thousands of Kaizens, we still see lots of low hanging opportunity March 27, 2007

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