When people think of business turnarounds, they often imagine dramatic actions such as restructuring, downsizing, refinancing, or major acquisitions.
My experience has taught me that many successful turnarounds are built on a series of smaller, high-impact decisions.
One such decision occurred while I was leading a manufacturing company that was working its way back to profitability.
At the time, our management team was pursuing multiple improvement initiatives. We were improving sourcing strategies, working on productivity enhancements, reducing waste, strengthening relationships with customers, renegotiating labour agreements, and optimizing our distribution network.
Yet one operational problem persisted.
Two tyre products served different applications but were dimensionally identical before the final curing stage. Demand for both products fluctuated considerably. To avoid stockouts, the company maintained substantial inventories of uncured “green tyres” while frequently changing moulds on curing presses to meet changing demand patterns.
The result was excess inventory, increased working capital, frequent changeovers, and lower manufacturing efficiency.
During one of our discussions, I asked a simple question:
“Can we redesign the products so that they use a common component until the latest possible stage of production?”
That question led us to examine two powerful supply chain concepts.
The first was Component Commonality.
We discovered that the difference between the two products was limited to one fabric component in the casing structure.
If this component could be standardized, the company could maintain a single common inventory rather than separate inventories for each product.
The second concept was Postponement
By delaying product differentiation until the latest possible stage in production, we could respond more effectively to fluctuations in customer demand while maintaining lower inventory levels.
The potential benefits were significant:
• Lower inventory investment
• Reduced working capital requirements
• Fewer mould changeovers
• Improved manufacturing productivity
• Greater responsiveness to customer demand
• Simplified planning and scheduling
Would the use of a common component compromise product performance?
The analysis showed two options.
We could either reduce the specification of the stronger product or upgrade the specification of the less demanding product.
We chose the latter.
Although this resulted in a small increase in component cost for one product, the overall benefits from inventory reduction, productivity improvement, flexibility, and customer satisfaction far exceeded the cost penalty.
The decision proved successful.
More importantly, it reinforced a lesson that has stayed with me throughout my career:
Supply chain transformation is not always driven by technology, automation, or major capital investments.
Sometimes it emerges from a willingness to challenge assumptions, simplify product architecture, and apply fundamental supply chain principles intelligently.
Component commonality and postponement are concepts taught in supply chain programs around the world.
What I witnessed firsthand was their ability to contribute meaningfully to a company’s turnaround.
The cumulative effect of many such decisions is often what moves an organization from red ink to black ink.
That is why I continue to believe that supply chain excellence is not merely about moving materials efficiently.
It is about designing products, processes, and decisions that create flexibility, agility, and value across the entire business.
Supply Chain Transformation Through Executive Practice – Series #2
Lessons from real-world executive experiences in manufacturing, leadership, and business transformation.
A real-world turnaround story illustrating how component commonality and postponement improved flexibility, reduced inventory, and strengthened supply chain performance.