【88】The Secret of Saving 50% of Total Costs with a 20% Price Increase

【88】The Secret of Saving 50% of Total Costs with a 20% Price Increase

Last week, I attended a supply chain forum. During the tea break, a colleague asked me, "I heard that your products are 20% more expensive than the market price, yet you still maintain growth. How is that possible?" Before I could answer, an elderly man in the work uniform of a well-known home appliance company chimed in, "Because I did the calculations for them. Using GE's products actually results in a lower total cost." He turned to me and said, "Jeannie, do you remember the comparative test we conducted three years ago?" Of course I do. That was the beginning of our collaboration. At that time, their company aimed to control costs and the purchasing department insisted on using the cheapest power supply module. But the technical department raised doubts and requested a full lifecycle cost analysis. Surprisingly, the finance department also joined the discussion. They provided a completely new calculation model: not only did it calculate the procurement cost, but it also included production line downtime losses, after-sales maintenance costs, spare parts inventory costs, and even brand reputation losses. The joint analysis report showed that although our module had a 20% higher unit price, the total cost savings over two years exceeded 50%.

This case later became our best teaching material. Why did this happen? The reasons are very specific. First, the butterfly effect of maintenance costs. If a power supply module fails, it may cause the entire production line to stop, potentially resulting in emergency logistics expenses, requiring overnight dispatch of  engineers to the customer site， and these hidden costs are several times the unit price. Second， the optimization of inventory management. Due to the doubled product lifespan， the safety inventory of customers can be reduced by 30%， and the storage costs and capital occupation will decrease accordingly. Third， the protection of brand value. A frequently repaired product will quickly erode customer trust， and this loss is difficult to measure in monetary terms.

What impressed me the most was the transformation of a robot enterprise in Jiangsu. They had insisted on using the cheapest power supply， but after the product was exported to Germany， the failure rate within two years made the overseas customers very dissatisfied. Later， they fully replaced it with our products， not only significantly reducing the failure rate， but also German customers particularly praised their rigorous choice in the supply chain. Now this enterprise has written "Using GE's high-reliability power supply" into their product brochure and it has become their quality selling point.

I understand the determination of enterprises to control costs， but true cost control should be systematic and long-term. When a power supply module failure may cause the entire production line to stop， when a part failure may prevent a million-dollar equipment from being delivered， when a single after-sales repair may lose a loyal customer， we will understand： The 20% extra cost for reliability is actually the most cost-effective risk management fee.

This story is about the wisdom of choice. At GE， we do not make the cheapest products； we make products that minimize the total cost for customers. When the lifespan is doubled， when downtime is reduced by 80%， when the after-sales pressure is halved， then the 20% price difference is no longer an obstacle， but a wise choice leading to more stable operations.

The long-termism of saving 20% and saving 50% - GE redefines value for cost-effectiveness with reliability.