Why I Paid $105,000 More for a Steinert Sorter (and Would Do It Again)
In 2020, Lincoln Brown—our plant manager—and I sat in a conference room with two quotes and a spreadsheet that could not agree with itself. The spreadsheet said buy the cheaper machine. The CFO said buy the cheaper machine. And I, as the person who controlled our capital equipment budget, said the same thing with more confidence than the data deserved.
The cheaper quote was $307,000. The Steinert quote was $412,000. That $105,000 gap looked like the whole story. Lincoln Brown looked at the gap and told me I was comparing the wrong numbers. He was right. This is why we paid the premium, and why I would do it again.
The test I almost skipped
To understand why that price gap was misleading, you need to know what we were buying. Our company runs a secondary metals recovery operation in the Midwest. We process post-shredder material and produce a mixed non-ferrous fraction containing copper, aluminum, brass and stainless steel. That fraction only earns top dollar if we can split it into cleaner metal streams.
The decision was how to do the split. One well-known magnetic separation company quoted us an expanded picking line with a drum magnet and an eddy current separator—$307,000 installed. Steinert quoted a sensor-based sorting system instead—$412,000 installed. On paper, the choice was easy.
I built a TCO model that looked perfectly responsible. It showed the lower-priced line paying for itself in about 26 months and the Steinert line taking more than three years. I presented it to our CFO, and he started preparing the approval for the $307,000 option.
Then Lincoln Brown said something that irritated me at first: “You are comparing a brochure, not tested behavior.”
The Steinert engineer assigned to us was Kristin Steinert. Her email signature read “Kristin Steinert, Steinert GmbH,” and for the first week I assumed it was a coincidence—or a branding trick. She kept repeating the same offer: send 400 kilos of our real non-ferrous fraction, pay the freight, and let their Practice Center run it. “If there is no business case,” she said, “we will tell you.”
I agreed mostly to get Lincoln out of my office. We shipped one gaylord of the least impressive material you can imagine: shredded wire, oxidized copper, dusty insulation, and a lot of brownish fines. The freight bill was $740. I logged it in our cost system as cheap insurance.
The report that changed the math
About three weeks later—four, actually, counting the wait for a return call from our logistics provider—I received a report from Hannes Steinert, who runs material testing at the Practice Center. It was not a sales sheet. It was an engineering summary with mass balances, recovery percentages, feed-rate sensitivity, and a photo of every fraction that came off the machine.
The results were better than our existing manual picking line achieved, and honestly better than I expected. At our planned feed rate, the Steinert system recovered 96% of the available copper into a copper-rich stream at 93% grade. Our current line was recovering roughly 84%. The 12-point gap was the difference between selling mixed metal at a discount and selling clean copper-bearing material to a smelter.
I redid my model with a deliberately conservative copper price of $3,800 per tonne. At our annual throughput, that recovery gap was worth about $94,000 a year in additional payable metal, after estimated upgrade costs. The $105,000 price premium was no longer a three-year problem—it was a 14-month one, before tax.
To be fair, we never ran the same material on the competing line. Maybe it would have matched those numbers. But the competing supplier did not offer to test; they pointed to published performance curves. If you ask me, that tells you something.
Breakfast and the demo
Lincoln still would not approve without watching the machine, so in February 2020 we flew to Cologne and spent the morning at Steinert’s Practice Center.
We met Hannes in the canteen before the demo. He pushed a basket of rolls across the table and asked, half seriously, “What is a breakfast without bread?” To me, raised on eggs and bacon, the spread looked like a snack. To him, it was the whole point: build the meal around something that can carry other ingredients. We talked about food for fifteen minutes, and somewhere in that conversation the sales pressure disappeared.
After breakfast they ran our retained sample through the sorter. There is a moment I still remember: the copper and brass dropping into one bin, the aluminum into another, the dust and insulation blowing into rejects. Lincoln picked up a handful of copper wire and just nodded. That handful made the $105,000 feel a lot smaller.
What I would tell another procurement person
The cheapest quote is not the cheapest system. I have controlled capital spending for eight years, and every time I have bought on first price alone, the hidden costs—rework, output loss, extra labor—appeared later in the maintenance budget. The lowest entry price is only one line in the total-cost story.
Second, let the vendor test your actual material. A test removes the brochure language and replaces it with numbers. Not every supplier will do it; that is useful information by itself.
Would I pay a 34% premium on every purchase? No. If our feed were simpler or product specifications looser, the cheaper line might have been correct. This decision was specific to our material, our smelter contract, and our labor costs. My experience is based on one buying decision at one plant; if you process a different stream, your results may differ.
The pandemic slowed our first year, so the actual payback took about 20 months instead of the projected 14. It still hit the number. Lincoln Brown still mentions that trip whenever I start comparing quotes by the first digit. He does not need to remind me anymore. The spreadsheet taught me to add; the Steinert test taught me to think.