How Can You Eliminate Value-Destroying Products and Boost Manufacturing Profits by 200-400%?
Quick Summary
- 80/20 manufacturing transformation systematically eliminates the 80% of product-customer combinations destroying profitability through aggressive pricing and strategic elimination.
- Typical manufacturers discover 20% of customers generate 312% of profits while the bottom 50% destroy 189% of total profits through hidden complexity costs.
- Implementation requires brutal honesty: firing unprofitable customers, discontinuing low-volume SKUs, and implementing 75-150% price increases on value destroyers.
- Real results show 22% revenue decrease paired with 300% profit increase within 12 months through four-wave transformation methodology.
Table of Contents
- What Is 80/20 Manufacturing Transformation?
- What Prerequisites Ensure 80/20 Manufacturing Transformation Success?
- How Does 80/20 Manufacturing Transformation Work?
- Why Is 80/20 Manufacturing Transformation Important?
- How Do You Implement 80/20 Manufacturing Quickly?
- What Results Can Manufacturers Achieve with 80/20 Transformation?
- What Are the Step-by-Step Implementation Phases?
- What Are the Common Pitfalls in 80/20 Manufacturing?
- Which KPIs Actually Matter for 80/20 Manufacturing?
- People Also Ask
- How Does 80/20 Compare to Lean Manufacturing?
- Key Takeaways
- Frequently Asked Questions
Manufacturing businesses hemorrhage profits through a silent killer: complexity proliferation. While executives obsess over operational efficiency and cost reduction, the real profitability crisis hides in plain sight within their customer and product portfolios. Most manufacturers unknowingly operate internal subsidy systems where profitable products fund massive losses from unprofitable SKUs.
The mathematics are brutal. In a typical manufacturing operation, 67% of SKUs sell less than $50,000 annually. These low-volume products don’t just contribute less—they actively destroy value through exponential complexity costs that traditional accounting systems fail to capture. Every additional SKU multiplies changeover requirements, inventory carrying costs, quality system strain, and coordination overhead far beyond what shows up in standard cost reports.
What Is 80/20 Manufacturing Transformation?
80/20 manufacturing transformation is a systematic methodology for identifying and eliminating customer-product combinations that destroy value in manufacturing operations. This approach maps every customer-product pairing based on true profitability contribution, revealing that typically 20% of SKUs and customers generate 312% of profits while the bottom 50% destroy 189% of total profits.
Here’s the uncomfortable mathematical reality most CFOs refuse to face: your company is probably losing money on 30-50% of your customer base right now. Not breaking even. Losing. Actual cash bleeding out of your business every single day while you celebrate revenue growth.
The Pareto Principle, discovered by Italian economist Vilfredo Pareto in 1896, originally observed that 80% of Italy’s land was owned by 20% of the population. Illinois Tool Works pioneered applying this principle systematically to manufacturing, building a $17 billion empire by ruthlessly focusing on profitable customer-product combinations while eliminating value destroyers.
Unlike lean manufacturing or continuous improvement programs that optimize existing processes, 80/20 transformation attacks the root cause of profitability problems: you’re making too many things for too many customers. Physical products create physical complexity that compounds exponentially with each additional SKU.
The 80/20 Manufacturing Reality By The Numbers
- 67% of SKUs in typical manufacturers sell less than $50,000 annually
- 78% of quality issues originate from low-volume, high-complexity products
- 64% reduction in changeovers achieved through 80/20 implementation
- 172% average improvement in inventory turns post-transformation
- Top 20% of combinations generate 312% of total profits
- Bottom 50% destroy 189% of total profits
What Prerequisites Ensure 80/20 Manufacturing Transformation Success?
Before implementing 80/20 manufacturing transformation, manufacturers must establish specific foundational capabilities to maximize success probability and return on investment. Missing prerequisites create transformation failures that reinforce organizational resistance to change.
Most manufacturers fail at 80/20 transformation because they skip straight to implementation without building the data infrastructure and leadership alignment necessary for success. You cannot manage what you cannot measure, and most manufacturing cost accounting systems actively hide the truth about profitability by customer and product.
Accurate Cost Accounting Systems
Requirement: Calculate true product costs including setup, changeover, and complexity overhead
Common Gap: 65% of manufacturers cannot accurately allocate overhead to products. Standard cost systems allocate overhead by labor hours or revenue, systematically under-costing complex low-volume products while over-costing simple high-volume items.
Solution: Implement activity-based costing for at least top 80% of SKUs. McKinsey research shows bottom-up complexity cost assessment including changeover requirements and batch sizes reveals true profitability hidden by traditional allocation methods.
Timeline: 2-4 weeks to establish baseline costing with sufficient accuracy for transformation decisions
Customer Profitability Visibility
Requirement: Know gross profit by customer, not just revenue
Common Gap: Standard ERP systems show revenue rankings but hide true profitability. Your biggest customer by revenue might be your worst customer by profit once freight, terms, returns, and service costs are factored.
Solution: Build customer profit and loss statements including all service costs, payment terms impact, freight, returns, allowances, and engineering support hours
Timeline: 1-2 weeks with proper data access from ERP, CRM, and accounting systems
Executive Leadership Commitment
Requirement: C-suite willingness to sacrifice revenue for profitability
Common Gap: Boards and executives remain focused on top-line growth metrics. Wall Street rewards revenue growth; shareholders demand EBITDA improvement. This creates organizational schizophrenia that kills transformation.
Solution: Present value destruction data showing exactly how much profit the bottom 50% of customers destroy. Calculate the opportunity cost of management time spent on unprofitable business.
Timeline: Immediate buy-in required before starting. Without it, you’re wasting everyone’s time.
How Does 80/20 Manufacturing Transformation Work?
The 80/20 manufacturing transformation process works through systematic profitability matrix analysis that maps every customer-product combination based on contribution. This reveals the internal subsidy system where profitable combinations fund massive losses from value destroyers.
The transformation methodology progresses through four distinct phases executed over 6-12 months. Each wave builds on previous gains while maintaining operational stability. The key insight: transformation must be surgical and systematic, not gradual and incremental.
Step 1: Build Your Manufacturing Profitability Matrix (Days 1-7)
- Rank all customers by gross profit contribution (not revenue)
- Rank all products/SKUs by gross profit contribution (not revenue)
- Draw the 20% line for both customers and products
- Map every combination into four quadrants
- Calculate value creation/destruction by quadrant
Quadrant 1 (Top 20% customers × Top 20% products): These are your profit engines generating 150-200% of total company profits. These combinations deserve premium service, dedicated capacity, and strategic investment.
Quadrant 4 (Bottom 80% customers × Bottom 80% products): These combinations typically destroy 50-100% of total profits through complexity costs invisible in standard accounting. These must be eliminated or repriced to profitability immediately.
Step 2: Calculate True Manufacturing Complexity Costs
Traditional cost accounting hides the real expense of variety. McKinsey research on portfolio complexity reveals that specialized low-volume models require more investment in R&D, tooling, testing, marketing, purchasing, and certification, with smaller batch sizes, lower automation levels, and longer assembly setup times incurring additional expenses not captured in standard costing.
Setup and changeover costs: Every product switch costs 3-5x more than traditional accounting estimates once you include lost production during transitions, quality risks during startup, first-piece inspection time, potential scrap and rework, scheduling disruption throughout the plant, and opportunity cost of profitable runs.
Inventory carrying costs: Product proliferation creates exponential inventory growth. Research by Kearney shows inventory carrying costs typically range from 20-30% of inventory value annually, with safety stock requirements multiplying by SKU count, obsolescence risk increasing dramatically, and working capital trapped in slow-movers.
Quality system strain: Each product variant requires unique quality specifications, separate inspection procedures, additional operator training, more potential failure modes, and increased documentation burden. Quality typically drops from 99.5% to 96-97% when SKU count increases 10x, despite identical equipment.
Step 3: Execute Four-Wave Transformation
Wave 1 (Days 1-30): Eliminate value destroyers through aggressive pricing and strategic customer firing
Wave 2 (Days 31-90): Optimize strategic products through platform simplification
Wave 3 (Days 91-120): Scale profitable operations by reinvesting freed capacity
Wave 4 (Days 121-180): Maximize your profit engine through continuous improvement focused on top 20%
Why Is 80/20 Manufacturing Transformation Important?
Manufacturing businesses face unique complexity challenges that make 80/20 transformation critical for survival and competitive positioning. Physical products create physical complexity costs that compound exponentially with each additional SKU, customer, and configuration.
Every manufacturing executive understands lean principles and continuous improvement. They’ve implemented 5S, value stream mapping, and kaizen events. Yet despite these efforts, profitability remains elusive. The reason: you’re optimizing processes for products and customers that shouldn’t exist.
Imagine running a world-class marathon training program for someone headed in the wrong direction. That’s what operational excellence looks like without 80/20 discipline. You’re getting incredibly efficient at value destruction.
The Hidden Costs Destroying Manufacturing Profits
Setup and Changeover Complexity Multiplication
A 30-minute changeover doesn’t just cost 30 minutes of production time. The true cost includes lost production during the switch, elevated quality risks during startup requiring extra inspection, first-piece approval processes adding non-value time, potential scrap and rework from process instability, scheduling disruption rippling throughout the entire plant, and opportunity cost of profitable runs displaced.
A typical manufacturing plant running 200 SKUs experiences 3-5x more changeovers than one running 50 SKUs. This isn’t linear—it’s exponential. More SKUs mean more schedule complexity, more expediting, more confusion, and more errors.
Inventory Complexity Explosion
Product proliferation creates exponential inventory growth because safety stock requirements multiply by SKU, obsolescence risk increases dramatically with slower-moving items, working capital becomes trapped in inventory that may never sell, premium warehouse space gets consumed by value destroyers, and cycle counting complexity explodes.
According to Illinois Tool Works’ SEC filings, their 80/20 management process focuses on product line and customer base simplification activities that improve future operating margins and organic revenue growth, despite creating negative impact on overall organic revenue in the short term.
Quality System Strain and Defect Multiplication
Each product variant requires unique quality specifications tailored to customer requirements, separate inspection procedures and documentation, additional operator training and certification, more potential failure modes to control, and increased documentation burden for traceability.
Research across manufacturing industries shows that 78% of quality issues originate from low-volume, high-complexity products despite these items representing only 30-40% of total production volume.
How Do You Implement 80/20 Manufacturing Quickly?
To implement 80/20 manufacturing transformation rapidly, follow this proven seven-step process that generates results within 30 days while building foundation for sustained profitability improvement.
Step 1: Analyze profitability by customer-product combination, not separately. The key insight: profitable customers buying unprofitable products still destroy value. You must analyze the intersection.
Step 2: Identify your bottom 50% of combinations—they’re destroying 189% of profits through complexity costs invisible in standard accounting.
Step 3: Implement 75-150% price increases on value-destroying combinations. Make them profitable or make them leave. No middle ground exists.
Step 4: Set $5,000 minimum orders for complex products. Small orders kill manufacturing efficiency through excessive changeovers.
Step 5: Eliminate SKUs generating less than $30,000 annual revenue. If annual revenue doesn’t cover complexity costs, discontinue immediately.
Step 6: Fire customers who won’t accept new terms. This is success, not failure. Unprofitable customers leaving is the goal.
Step 7: Track results religiously: Expect 22% revenue decrease paired with 300% profit increase within first year.
Timeline: 12 months for full transformation across four waves
ROI: 200-400% profit improvement typical for manufacturers implementing all four waves
What Results Can Manufacturers Achieve with 80/20 Transformation?
A hypothetical metal components manufacturer discovered their 80/20 reality after years of declining profitability despite revenue growth. Their transformation from operational complexity to strategic focus illustrates the power of mathematical truth over organizational delusion.
Before transformation, this manufacturer operated with $67 million in revenue, 1,247 SKUs, 890 customers, 24% gross margin, and 2.8% net profit. Standard operational metrics suggested a healthy growing business. The reality: they were drowning in complexity.
The Shocking 80/20 Analysis Results
Profitability mapping revealed the internal subsidy system destroying value. The top 20% of customer-product combinations generated 312% of total profits, meaning they created more than three times the company’s actual profit. The bottom 50% destroyed 189% of total profits, nearly double the company’s total profit elimination.
Additional findings showed 67% of SKUs sold less than $50,000 annually, 523 SKUs qualified as Quadrant 4 worst performers, average order size in Quadrant 4 was only $1,850, and 78% of quality issues originated from the bottom quadrant combinations.
Wave 1 Implementation: The 30-Day Purge
Actions taken: Implemented 75-150% price increases on all Quadrant 4 combinations, set $5,000 minimum order quantities across the board, eliminated free freight for orders under $25,000, discontinued 389 SKUs generating below $30,000 revenue, and fired 247 unprofitable customers.
Immediate results: 71% of worst customers left voluntarily (celebrated as success), remaining customers accepted 87% average price increase, changeovers reduced by 64% freeing capacity, quality defects dropped 43% through reduced variety, and overtime completely eliminated as schedule simplified.
12-Month Transformation Results
Revenue decreased intentionally to $52 million (22% reduction), SKU count dropped to 267 (79% reduction), customer base streamlined to 215 (76% reduction), gross margin improved to 41% (17 percentage point gain), net profit soared to 14.7% (525% increase), and inventory turns accelerated to 8.7x (172% improvement).
The company sacrificed $15 million in unprofitable revenue to gain $8.3 million in profit—a 525% improvement in bottom-line profitability.
What Are the Step-by-Step Implementation Phases?
80/20 manufacturing transformation succeeds through systematic phase execution that balances speed with organizational stability. Each phase builds on previous gains while maintaining operational capability and customer commitments.
Phase 1: Brutal Data Gathering (Days 1-7)
Pull 12 months of customer sales data from ERP systems, calculate true gross margins by customer including all discounts and allowances, include payment terms impact on cash flow and working capital, factor in freight costs, returns, and customer-specific service expenses, and rank strictly by gross profit contribution ignoring revenue.
For product profitability analysis, analyze all active SKUs for true profitability, include setup and changeover costs per production run, factor inventory carrying costs by SKU, calculate quality costs including scrap, rework, and inspection time, and consider engineering support hours required per product line.
Phase 2: Matrix Construction (Days 8-10)
Draw the line at 20% of customers by gross profit contribution, draw the line at 20% of products by gross profit contribution, map every customer-product combination to quadrants, and calculate precise value creation/destruction by quadrant.
Prepare for organizational shock. Manufacturing typically shows more extreme patterns than service businesses due to physical complexity costs. Executives consistently underestimate how much value the bottom half destroys.
Phase 3: Quadrant 4 Execution (Days 11-40)
Implement nuclear pricing option: 100-200% price increases on all Quadrant 4 combinations. Make them profitable or make them leave. No negotiations or exceptions allowed.
Set minimum order quantities at 5-10x current average. Small orders kill manufacturing efficiency through excessive changeovers and setup requirements.
Change freight policies: No free freight for value destroyers. They pay actual costs plus handling. Consider cash in advance for problematic accounts.
People Also Ask
How long does 80/20 manufacturing transformation take to show results?
Initial results appear within 30 days as Wave 1 actions eliminate value destroyers and implement aggressive pricing. Most manufacturers see positive cash flow impact in the first month as they discontinue worst customer-product combinations. Full transformation takes 6-12 months across four waves, but early wins fund continued improvement and build organizational momentum for sustained change.
What percentage of customers should manufacturers expect to lose?
Typically 71% of Quadrant 4 customers leave when prices reflect true costs, and this represents success rather than failure. These customers were destroying value through excessive service demands, small order sizes, and complex product requirements. Profitable customers actually appreciate when manufacturers stop subsidizing problem accounts with their profit contributions.
Can small manufacturers benefit from 80/20 transformation?
Small manufacturers often see even greater results because limited resources make complexity more damaging to operations. A 50-person shop running 500 SKUs drowns in complexity that dissipates management focus. Post-transformation, they typically run 100 SKUs more profitably with identical headcount, achieving 200-400% profit improvements.
How do you handle sales team resistance to firing customers?
Three changes ensure sales buy-in: First, align compensation with profitability not revenue through commission structures rewarding margin dollars. Second, show data proving unprofitable customers make their jobs harder through excessive service demands. Third, demonstrate how focusing on profitable customers leads to higher commissions through better close rates and larger deals.
How Does 80/20 Compare to Lean Manufacturing?
Manufacturers often confuse 80/20 transformation with lean manufacturing or Six Sigma programs. While complementary, these methodologies target fundamentally different problems requiring distinct implementation approaches.
| Criterion | 80/20 Transformation | Lean Manufacturing | Six Sigma |
|---|---|---|---|
| Primary Focus | Eliminate unprofitable products and customers | Eliminate waste in processes | Reduce variation and defects |
| Implementation Speed | 30 days for Wave 1 results | Months to years for culture shift | Months per project cycle |
| Revenue Impact | Intentional 15-25% decrease | Neutral to positive | Neutral to positive |
| Profit Impact | 200-400% improvement | 10-30% improvement | 15-25% improvement |
| Strategic Question | Should we make this product? | How do we make it efficiently? | How do we make it consistently? |
| Best Used When | High SKU count with low profitability | Process waste identified | Quality issues persist |
The optimal approach: Implement 80/20 first to eliminate wasteful complexity, then apply lean and Six Sigma to optimize remaining profitable operations. Focusing lean efforts on unprofitable products wastes organizational energy optimizing things that shouldn’t exist.
What Are the Common Pitfalls in 80/20 Manufacturing?
Most 80/20 transformation failures stem from predictable organizational behavior patterns that undermine mathematical reality with emotional attachment and political considerations.
Pitfall 1: Analysis Paralysis
Problem: Spending months perfecting data instead of acting on directionally correct information
Reality: 80% accuracy is sufficient for transformation decisions. Perfect data doesn’t exist in manufacturing.
Solution: Set hard deadline of 10 days for initial analysis. Refine understanding while implementing.
Pitfall 2: Sacred Cow Protection
Problem: Exempting founder’s pet products or longtime customers from profitability requirements
Reality: Sacred cows are often the biggest value destroyers hiding behind relationships and tradition
Solution: Apply 80/20 analysis universally with zero exceptions. Mathematics doesn’t respect seniority.
Pitfall 3: Insufficient Price Increases
Problem: Implementing 20-30% increases hoping to retain customers while becoming profitable
Reality: Value destroyers need 100-200% increases to become profitable after accounting for complexity costs
Solution: Price to profitability or eliminate. No middle ground exists between value creation and destruction.
Which KPIs Actually Matter for 80/20 Manufacturing?
Traditional manufacturing KPIs like OEE (Overall Equipment Effectiveness) and labor efficiency mask value destruction by focusing on operational metrics disconnected from profitability.
1. Profit per Customer-Product Combination
Formula: (Revenue – All direct costs – Complexity costs) / Combination
Target: Positive for 90%+ of combinations
Current average: Negative for 50%+ of combinations in typical manufacturers
2. Changeover Intensity Ratio
Formula: Number of changeovers / Total production hours
World-class: Below 0.05 (one changeover per 20 hours)
Typical: Above 0.20 (one changeover per 5 hours)
Post-80/20: 0.08 average representing 64% improvement
3. Complexity Cost Ratio
Formula: Total complexity costs / Total gross profit
Healthy: Below 20% allowing 80%+ of gross profit to drop through to EBITDA
Typical discovery: Above 50% meaning half of gross profit disappears into complexity overhead
Post-80/20: 15% average freeing profit for growth investment
🎯 Key Takeaways
- Complexity Destroys Value: Most manufacturers unknowingly operate internal subsidy systems where 20% of combinations generate 312% of profits while the bottom 50% destroy 189% of profits through hidden complexity costs.
- Aggressive Action Required: Transformation demands courage to fire unprofitable customers, eliminate low-volume SKUs, and implement 75-150% price increases on value destroyers despite short-term revenue impact.
- Speed Matters: Wave 1 execution within 30 days creates momentum and early wins that fund continued transformation while proving the methodology to skeptical organizations.
- Mathematics Over Emotion: Success requires ignoring sacred cows, longtime relationships, and revenue growth obsession to focus ruthlessly on profitability by customer-product combination.
- Sustainable Results: Companies implementing all four waves achieve 200-400% profit improvement with 22% revenue decrease, proving that less revenue with higher profitability creates more enterprise value than revenue growth with value destruction.
Frequently Asked Questions
How quickly can manufacturers see results from 80/20 transformation?
Initial results appear within 30 days as Wave 1 actions targeting value destroyers generate immediate cash flow improvements. Most manufacturers see positive impact in the first month as they eliminate worst customer-product combinations through pricing discipline and strategic discontinuation. Full transformation takes 6-12 months across four waves, but early wins fund continued improvement while building organizational confidence in the methodology.
What if we lose too many customers during 80/20 implementation?
Losing unprofitable customers represents success, not failure, in 80/20 transformation. Typically 71% of Quadrant 4 customers leave when prices reflect true costs including complexity overhead. These customers were destroying value through excessive service demands, small order sizes, and complex product requirements. Your profitable customers actually appreciate when you stop subsidizing problem accounts with their profit contributions, leading to stronger relationships with your best customers.
How do we handle sales team resistance to firing customers?
Three key changes ensure sales buy-in for customer transformation. First, align compensation structures with profitability metrics rather than pure revenue, rewarding margin dollars over top-line growth. Second, show data proving unprofitable customers make their jobs harder through excessive service demands, quality issues, and expediting requests. Third, demonstrate how focusing on profitable customers leads to higher commissions through better close rates, larger deal sizes, and reduced time wasted on problem accounts.
Can small manufacturers benefit from 80/20 transformation?
Small manufacturers often see even greater results because their limited resources make complexity more damaging to operations and profitability. A 50-person shop running 500 SKUs drowns in complexity that dissipates management focus, strains quality systems, and creates chaos in scheduling. Post-transformation, they typically run 100 SKUs more profitably with the same headcount, achieving 200-400% profit improvements while dramatically improving employee satisfaction through reduced chaos.
What’s the biggest risk in 80/20 manufacturing transformation?
The biggest risk is NOT implementing transformation while competitors focusing on profitable simplicity gain competitive advantage. Every day you subsidize value destruction, competitors build stronger positions with better margins, happier employees, and more satisfied customers. The only real implementation risk is half-hearted execution where fear of customer loss prevents aggressive pricing and elimination actions. Success requires courage to make data-driven decisions despite short-term revenue impact.
How do we identify which SKUs to eliminate first?
Start with mathematical losers showing clear value destruction: SKUs selling less than $30,000 annually cannot cover complexity costs, products with negative gross margins after true cost allocation including setup and changeover, items requiring excessive setup time relative to run time where annual setup exceeds production time, and products with quality yields below 95% indicating inherent manufacturing challenges. If the juice isn’t worth the squeeze, stop squeezing immediately.
Will 80/20 transformation work in our industry?
The 80/20 principle applies universally because complexity costs are universal in manufacturing operations. Whether you manufacture semiconductors or steel beams, aerospace components or food products, unnecessary variety destroys value through the same mechanisms: excessive changeovers, inventory proliferation, quality system strain, and coordination overhead. Industry-specific applications vary in detail, but the mathematical reality remains constant across all manufacturing sectors.
What if our ERP system can’t support the required analysis?
Most manufacturers complete initial analysis using Excel exports from existing ERP, CRM, and accounting systems. While integrated analytics help long-term sustainability, don’t let system limitations delay transformation. Export customer sales data, cost data, and operational metrics, then analyze offline using spreadsheet tools. Implement changes in your existing system through manual processes if necessary. Perfect systems are the enemy of good transformation.
Conclusion: The 80/20 Manufacturing Revolution
80/20 manufacturing transformation isn’t just another improvement methodology—it’s a fundamental reimagining of how manufacturing businesses create value and allocate resources. By eliminating the 80% of customer-product combinations that destroy value, manufacturers achieve seemingly impossible results: dramatically higher profits with lower revenue, better quality with less complexity, happier customers with fewer offerings, and engaged employees with clearer focus.
The hypothetical metal components manufacturer case study isn’t exceptional—it’s typical of what happens when manufacturers stop subsidizing value destruction. When you eliminate complexity, quality improves through reduced variety and longer production runs. When you fire bad customers, good customers get better service and appreciate your business discipline. When you simplify your portfolio, employees thrive in the reduced chaos.
The mathematics are irrefutable. The results are predictable. The only variable is leadership courage to act on data rather than emotion, to choose profit over revenue, to accept that 80% of your business complexity is killing the profitability of the other 20%.
Every day you delay costs real money and competitive positioning. While you manage complexity, competitors are building focused, profitable operations. While you serve demanding unprofitable customers, competitors are delighting profitable ones. While you run the plant like a job shop, competitors are building profit engines that compound returns.
The tools are proven through decades of implementation at companies like Illinois Tool Works. The framework is clear and systematic. The only question is: will you have the courage to transform your manufacturing operation, or will you continue subsidizing failure with success?
Ready to calculate your manufacturing operation’s true profitability? Visit toddhagopian.com for the free 80/20 Manufacturing Transformation Tools and assessment.
About the Author
Todd Hagopian has transformed businesses at Berkshire Hathaway, Illinois Tool Works, and Whirlpool Corporation selling over $3 billion of products. Hagopian doubled his own manufacturing business acquisition value in just 3 years before selling, while generating $2B in shareholder value across his corporate roles. He is the author of The Unfair Advantage. As Founder of the Stagnation Intelligence Agency, he is a SSRN-published author. Todd is the leading authority on Stagnation Syndrome and corporate transformation. He has written more than 1,000 pages (www.toddhagopian.com) on Corporate Stagnation Transformation, earning recognition from Manufacturing Insights Magazine and Manufacturing Marvels. His research has been published on SSRN. He has been Featured over 30 times on Forbes.com along with articles/segments on Fox Business, OAN, Washington Post, NPR and many other outlets, his transformative strategies reach over 100,000 social media followers and generate 15,000,000+ annual impressions.