It started with a phone call in March 2024. The production manager at a small Midwestern newspaper told me his 1970s Goss Community press would not hold registration beyond about 40,000 copies. He had two options: buy a new line or ask someone to tell him the old iron still had a life. My job, as a quality and brand compliance manager at a company that supports Goss presses, is to be that someone—or to be the person who says it’s time.
I review roughly 220 deliverables a year: replacement part specs, service handoffs, inspection reports, supplier samples. In our Q1 2024 quality audit, I rejected about 9% of first-time submissions because tolerances were not documented well enough to verify. So when this press question landed on my desk, I didn’t answer from a manual. I booked a flight and took a 3D scanner with me.
Why Goss printing press history mattered more than I expected
If you look up Goss printing press history, the Community press line shows up as the workhorse of small newspapers and commercial shops. It was not designed to be a museum piece. It was designed to be affordable, configurable, and reproducible. This particular Goss Community printing press had printed local news for four and a half decades. It had been repaired, modified, and in one spot, welded with a skill that impressed me.
The first problem was documentation. The service folder had a hand-drawn sketch from 1991 and a note that said “did not order; fabricated local.” That is not a quality record. But the machine itself was a quality record. The problem was that the worn part no longer matched its original drawing, and we no longer had the drawing in the system.
That is where my thinking changed. I had spent most of my career checking new production against new specifications. This job required me to check decades of field repairs against no reliable specification. I had to build the specification first.
A 3D scanner for 3D printer work is only half the answer
My initial plan was straightforward: scan the folder guide bracket, recreate an ideal part in CAD, and send it out for fabrication. To do that, I needed a 3D scanner for 3D printer-level accuracy. Comparing accuracy specs before buying is normal. But the real issue wasn’t the scanner’s resolution. It was whether the scanned surface represented design intent or accumulated damage.
The bracket had been brazed and hand-filed at some point. A scan captured the current reality, not the original geometry. If I had sent that scan directly through the CAD workflow, the new part would have carried forward every mistake and every hour of wear.
The turning point came when we found a second, unmodified bracket in a dead press stored behind the customer’s building. We scanned both. The good bracket gave us the true datum. The worn bracket told us how much material had moved. The comparison changed the repair plan. By the way, if you’re researching a 3D scanner for a 3D printer project, buy one that lets you align multiple scans against reference geometry. A pretty mesh is not the same as a quality inspection.
Once we had correct surfaces, we printed fit-check prototypes on a DLP resin printer. That part of the workflow surprised me. A DLP resin printer is not a replacement for a machine shop. Resin parts are not going to hold a newspaper press in register. But for checking whether a machined bracket would line up with existing mounting points, resin printing gave us an overnight answer instead of a two-week wait. We caught two alignment problems before any metal was cut.
That saved us real money. A wrong machining setup on a one-off part would have cost thousands. Instead, the first cut was correct enough that the press went back together with minimum fitting.
Then the same customer asked the toner vs inkjet printer question
While the press was apart, the production manager asked for advice on a smaller piece of the business: direct mail and short-run newsletter inserts. He wanted to know whether to buy a toner-based printer or an inkjet printer. This is the kind of question that looks simple until you realize it depends on the entire system around the printer.
We ran samples on both. On uncoated paper and small text, toner is still hard to beat. The edge definition is sharp, there is no dry time, and black text stays predictable. On coated cardstock with heavy color coverage, pigment inkjet had a wider color response and better water resistance in our rub test. We also looked at total cost, but not just the click rate. Media handling, dwell time, and maintenance all factored in.
The quality lesson was not “toner wins” or “inkjet wins.” It was the same lesson as the old press: you can’t judge a piece by the technology category alone. You judge it by inspecting samples under controlled conditions and comparing them against the standard the customer actually needs.
Mailing adds another layer. According to USPS, as of January 2025, a First-Class Mail letter weighing 1 oz costs $0.73, while a 1 oz large envelope costs $1.50. USPS also distinguishes letter and large envelope by dimensions and thickness: a letter must be at least 3.5 by 5 inches and no larger than 6.125 by 11.5 inches, with a maximum thickness of 0.25 inch. A large envelope can measure up to 12 by 15 inches and 0.75 inch thick. Quality does not stop at the print path.
What I’d tell another quality manager
It took me eleven years, a 3,000-mile trip, and one stubborn Community press to understand that modern quality control is not about choosing digital over analog. It’s about having a reference point and the humility to compare reality against it.
There is something satisfying about hearing a 50-year-old press run after everyone assumed it was ready for scrap. But the bigger win was this: at the start, I thought I was inspecting a machine. By the end, I was inspecting our assumptions about the machine.
One caveat: the scanning and resin printing approach worked for us because we were replacing a low-stress bracket and because we had an unmodified reference. If the part performs a critical function or has unseen internal fatigue, a surface scan is not enough. In those cases, use recognized nondestructive testing and a qualified engineer before committing metal to production.
For years, the industry discussion has been framed as old versus new. That binary doesn’t help anyone. What was best practice in 2020 may not apply in 2025, but the fundamentals of careful verification have not changed. The tools have. A 50-year-old press can still teach you both.