The cost review had reached the unglamorous line items. The $12 billion hard drive manufacturer was cutting 20% a year from its operating costs ahead of a merger with another very large HDD manufacturer, and the global site heads were in the room. Then came a question about the chemical baths a vendor hauled away: what was the metal’s value being recovered?
Nothing. The vendor was taking them at no charge, even though the Nitric acid baths carried the platinum, gold, and silver left over from the e-waste recycling process. The person asking was Robert Caputo, now Managing Director of Fulcrum-cpg Inc., and the question sums up a different starting point for operations strategy. Caputo, a hardware operations executive with more than 30 years connecting physical products to the supply chains, factories, and logistics that build them, argues that operating costs are decided by the product, not the plant. A leader who understands a product well enough to know what it should cost to build can find money that everyone else assumed was already accounted for.
Learning Operations From the Loading Dock
Caputo came into operations through the product and the loading dock. Customizing semiconductor handling tools, he learned tolerances from engineers, processes from machinists, and purchasing from procurement. On the logistics side, he worked his way from unloading trailers at Grainger to coordinating freight across roughly 35 West Coast sites.
That range is the basis of his method. It lets him sit with an engineering team on tolerance stack-up or material choice while those decisions are still cheap to change, rather than inheriting them once the product is already headed to a factory.
“A lot of what an operation will cost gets decided in engineering meetings that operations people never attend,” Caputo says. “If you’re in the room while the tolerances and the materials are still open, you can change the cost. Once the tooling is cut, you’re mostly negotiating around decisions that have already been made.”
Building an Operation to the Number
At funded startups, that approach shows up as an operation built from scratch to hit a cost the product can support. At an engineering-heavy AR/VR start-up that needed to show investors it could build what it had proven, Caputo was the first operations hire. He set up the full supply chain, negotiated the manufacturing agreement with Jabil, moved specialty manufacturing to the US, and had the product in production within a year.
Component cost per unit fell by more than half over that build, and the material savings carried across the full production run. He also negotiated several months of engineering support from the contract manufacturer at no charge, and built a US operations team of eight working alongside 15 people in China.
He repeated the pattern at a wearable tactile audio system client, building US-based low-volume manufacturing that brought down product cost, reduced cost of goods sold, and shortened the time it took to get new products to market.
Where Established Companies Leave Money
Inside large organizations, the same instinct shows up as recovered money rather than new builds. At a large telecommunications company, Caputo owned the excess and obsolete inventory buyback program with Flextronics, where the company had been paying every year to have components bought back or scrapped. He brought in third-party brokers and renegotiated the buyback terms, and Flextronics began buying components back at market rates.
At the large HDD manufacturer, the chemical baths were one finding in a larger assignment. Across that assignment, Caputo identified waste across multiple sites and was part of the team that delivered the company’s annual savings target.
“In a big company, nobody is hiding the waste,” Caputo admits. “It sits inside processes that made sense when somebody set them up, and nobody has had a reason to look at them since. The negotiation is rarely the hard part. The hard part is being willing to ask a question that sounds like it should already have an answer.”
Onshore, Offshore, and the Volume Question
The same product-first logic shapes how Caputo approaches one of the most argued-over decisions in hardware: where to build. He has built US-based low-volume manufacturing more than once, and for the right product at the right volume, with freight, tariffs, and overseas support counted, he has brought domestic production within roughly 10% of offshore cost.
He does not treat that as a blanket case for reshoring. His view is that the manufacturing path should match the product and the volume a company will actually sell, and that the comparison only means something when it covers the full cost rather than the quoted unit price. Organizations such as the Reshoring Initiative make a similar point with their Total Cost of Ownership Estimator, built to account for overhead, risk, and strategy alongside price.
Cost Reduction as a Discipline, Not a Project
Caputo’s broader argument is about time. When operations strategy starts from the product, he believes cost reduction stops being a one-time cut and becomes a recurring discipline, with room for meaningful savings year over year for several years. How much depends on the product, the volume, and how much of the operation was built on assumptions no one has tested since.
His role changes with the size of the organization. Where a startup needs someone to build the operation by hand, he has done it many times and can do it again. In a larger company, he leads the directors who do that work, and gravitates toward cost center budgets, supplier and contract negotiations, and the decisions that set what an operation costs to run.
The chemical baths at the HDD manufacturer were never on a budget line labeled waste. They were on a truck, leaving at no charge, until someone asked what was on it. That question, asked early and asked of the product first, is the whole of Caputo’s operations strategy.
