Somewhere in your building right now, your best engineers are solving a problem for a prospect who will never place an order. They are doing it cheerfully, thoroughly, and at full cost to your business. The prospect is grateful. Your engineers feel useful. And everyone is too busy to notice the machine is running on empty.
This is not a criticism of your engineers. They are doing exactly what the culture built them to do. When a prospect calls with a technical challenge, the instinct is immediate and genuine: engage, solve, impress. Nobody told them to ask whether the opportunity is real before the engineering begins. That is a commercial question—and in most companies in this industry, it belongs to no one.
You built your reputation on technical excellence, and customers have told you they value it. That feedback is genuine—and incomplete. The customers telling you they love working with your engineers are the ones who placed an order. You applied their feedback universally, to every prospect, regardless of whether they ever sent a purchase order.
Think of it this way: running empty samples on a line tells you the machine moves. It tells you nothing about whether the product fills correctly, seals, or survives downstream. A warm response from a prospect tells you the conversation went well. It tells you nothing about whether they have budget authority, a real decision timeline, or any genuine intention of placing an order. You are declaring the line functionally acceptable based on criteria that excluded the details that matter.
Engineers are wired to solve problems—it is the core of their professional identity. So the time goes out freely, because solving the problem feels like earning the order.
Giving away engineering time does not equal getting the work.
Taking back that engineering time
Consider two prospects who call your company the same week. Both have a genuine need. Both respond warmly. The first has budget authority, a clear decision timeline, and a real project ready to move. The second has the same technical need but no budget authority, no timeline, and no internal alignment on whether this is the year they invest. Without the commercial questions that separate them, your team treats them identically—same hours, same access, same investment. You won’t find out which was which until one sends a PO and the other sends a LinkedIn connection request six months later.
Here is what that costs—in numbers most leadership teams in this industry have never put on paper.
Matthew Neuberger
Company C’s cost to quote is lower because qualified prospects engage more efficiently. Scope is clearer. Engineering time concentrates on real opportunities rather than spreading across applications that were never going to convert.
Now imagine what Company C does with the $3,350,000 it recovered compared to Company A. It invests in R&D. It sends people to training. It hires. It markets more aggressively. It shows up at PACK EXPO with a bigger footprint and a stronger story. Profits don’t just feel good—they fund the next version of the company. The gap between Company A and Company C is not capability. It is not market conditions. It is qualification.
Most importantly—and this is the part worth pausing on—Company C’s senior engineers are not grinding through unqualified proposals at 10 o’clock on a Tuesday. They are doing the work they became engineers to do. Solving hard problems for customers who are genuinely committed. Teaching junior engineers because they finally have time. They are not grumbling. They are growing.
The fix is not punishing. It is freeing. A qualification gate—a defined standard for when engineering access is earned rather than assumed—does not close the door on relationships. It opens the door to better ones. Your engineers work on real opportunities. Your best people have the capacity to develop the ones behind them. Revenue becomes more predictable. Margin moves with it.
Before you set this down: take last year’s proposals. Divide by purchase orders received. Multiply by your cost to quote. That number is what the current system is charging you. Then imagine what you would do with it back.
