“We thought the hardest part would be choosing equipment,” says Elisa Meyer, Sustainability Lead at NordBrew, a mid-sized European craft beverage brand based in Cologne. “But the real work was aligning our values—low waste, transparent sourcing—with a label system that could keep up with seasonal SKUs and strict EU rules.” Early in the process, we spoke with partners and even tested sample runs with printrunner to benchmark color fidelity on recycled stocks.
NordBrew’s labels were a bit of a patchwork: legacy flexo for core lines, small-batch digital for promotions, and a handful of thermal devices for shipping. The result? Fragmented workflows, variable ΔE, and a waste rate that could swing from 10–15% on changeovers. Elisa’s brief was blunt: get to consistent color, fewer roll scrap incidents, and credible CO₂/pack reporting without sacrificing speed.
It sounded neat on paper. The reality included negotiating substrate availability with FSC-certified labelstock suppliers, debating water-based vs UV-LED ink systems, and running into everyday snags—the sort that never make the press releases. That’s why we recorded this interview: the details matter when choices live beyond the spreadsheet.
Company Overview and History
NordBrew started in 2012 with a single pale ale and a rented warehouse. Early labels were screen printed; charming, but inconsistent. As volumes grew—especially in 2018–2020—the team moved core SKUs to Flexographic Printing on standard labelstock with glassine liners, reserving Digital Printing for seasonal runs. The split worked until new EU packaging disclosures and QR traceability rolled in, and their SKU count jumped by 25–30% year-on-year.
Production now sits in a compact plant outside Cologne with two lines: one for long-run core beers, another for limited releases and collaborations. The brand is vocal about sustainability, but Elisa admits they missed things. “We didn’t anticipate how rapidly changeover time and scrap rates would creep up with weekly artwork swaps.” Their search history includes a fair share of forum threads—from color management hacks to open source label printing software ideas—just to keep workflows flexible.
On the procurement side, the team benchmarked several vendors and even placed a test order for promotional sleeves, using a printrunner coupon to run a small batch in parallel to their in-house proofs. “We weren’t expecting miracles,” Elisa notes. “We just wanted a fair baseline for ΔE and durability on recycled facestocks.”
Sustainability and Compliance Pressures
Labels touching food and beverage containers meant a tight rope: EU 1935/2004 and EU 2023/2006 for materials and GMP, with low-migration considerations for inks. NordBrew committed to FSC and PEFC sourcing where possible, tracking CO₂/pack across substrates. “The first model showed a 10–15% drop in CO₂/pack moving to thinner liners and fewer changeovers,” Elisa says, “but those numbers swing with material availability, so we treat them as ranges, not absolutes.”
There was also the brand trust angle. Consumers in Europe are savvier, and NordBrew needed scannable data (GS1 standards, ISO/IEC 18004 for QR) without sacrificing shelf presence. The team evaluated UV-LED Ink against Water-based Ink for different SKUs, aiming for low energy per pack and clean curing. When they Googled “best label printing company” mid-project, Elisa laughs, “We realized that what we needed wasn’t a slogan—it was a system that flexes with compliance updates and seasonal spikes.”
Solution Design and Configuration
NordBrew chose a hybrid path: Flexographic Printing for high-volume core labels (varnishing and Die-Cutting inline), paired with a Digital Printing line for on-demand, variable data campaigns. Substrates shifted to FSC-certified labelstock with glassine liners for core SKUs and a recycled paper facestock for limited editions. Ink selection landed on Water-based Ink for most food-contact labels, with UV-LED Ink reserved for specialty finishes and faster curing on promotion runs.
Color management was the turning point. The team aligned to Fogra PSD with ΔE targets under 2.5–3 across batches, and calibrated both lines to a shared reference. “We built a single recipe library for inks and varnishes, and standardized artwork preflight,” Elisa explains. The data layer mattered too: simple serialization for traceability and an ERP integration that could talk to their label workflow—some of it inspired by trialing open source label printing software modules for templating and data fields.
They also staged market tests. Seasonal labels went through external proofs—one pilot used a printrunner promotion code to run variations for an art collab—then returned to internal digital for the production batch. That let them pressure-test adhesion, scuff resistance, and QR readability on recycled fibers before committing to larger volumes.
Commissioning and Testing
The commissioning lasted four weeks: operator training, substrate qualification, then controlled ramp. Early tests flagged a liner curl issue on humid days; humidity controls around storage cut misfeeds by a noticeable margin. “We set up weekly FPY% reviews,” Elisa says. “The first pass yield hovered around 80–85%. After three rounds of recipe tweaks, it settled closer to 90–92% on core labels.” She’s quick to add, “Those are averages; a new artwork or batch can still throw us.”
A quirky side thread was shipping labels. During a peak, a supervisor pinged Elisa with “why dymo label not printing” screenshots—drivers, label size mismatch, the usual suspects. “We fixed it with a driver update and locked profiles in the OS,” she shrugs, “but it reminded us that small, unglamorous issues can derail prep for a launch day.”
Quantitative Results and Metrics
Six months in, NordBrew’s internal metrics showed tighter color and less scrap. ΔE stayed within 2–3 on production runs for core SKUs; seasonal runs were slightly wider at 3–4 due to recycled facestock variance. Waste rate on changeovers went down from an estimated 12–15% to roughly 6–8% when operators followed the new preflight and calibration steps. “We still see spikes when an urgent relabel comes in,” Elisa admits, “but the overall trend is calmer.”
Energy was tracked as kWh/pack. Hybridizing with UV-LED curing on select lines, plus better scheduling, nudged energy per pack down by about 8–12%. “The caveat is run length,” Elisa notes. “Short runs can skew that number upward.” Payback Period projections sit at 18–24 months, depending on substrate pricing and SKU mix. Throughput improved for digital seasonal runs once artwork prep stabilized, though the big lift came from fewer changeovers for core products.
On the compliance side, data matrix and QR remained scannable at retail distances, and serialization aligned to GS1 specs. Adhesion and scuff resistance passed shelf-life tests on both labelstock and recycled paperboard samples. “No one metric defines success,” Elisa says. “We look at FPY%, waste rate, ΔE, kWh/pack, and CO₂/pack together so one outlier doesn’t fool us.”
Lessons Learned
Three takeaways stand out. First, color discipline beats heroics: build a shared target, manage ΔE, and teach operators the why, not just the how. Second, run lengths and substrate variability will test any model—plan for swings. Third, the small stuff matters. Fixing that nagging desktop question—”why dymo label not printing”—prevented a shipping backlog right before a retail launch.
Elisa is candid about trade-offs. “We debated water-based vs UV-LED for weeks. We chose a mix because the perfect solution didn’t exist for every SKU.” She also calls out vendor transparency. “We did external proofs—some with partners like printrunner—because seeing live ink on real stock beats any brochure. And yes, a printrunner coupon or a printrunner promotion code helped us run small trials without stretching the budget. For anyone searching ‘best label printing company,’ I’d say: focus on fit, not slogans.”
