“We had to keep seasonal SKUs fresh without overproducing labels we might never use,” says Mikkel Larsen, Operations Lead at Nordic Pantry in Copenhagen. “Our brief was simple on paper: better sustainability and tighter control. The reality needed a rethink of how we spec, print, and store labels.”
Nordic Pantry chose to reframe labels as a flexible component rather than a fixed asset. Shorter runs, faster artwork turns, and tighter material choices set the tone. The team moved from bulk rolls to targeted batches of sheet labels for pilots and limited editions, while keeping high runners on a stable digital platform.
This case traces how a mid-sized European food brand adjusted its label workflow—balancing cost, color, and compliance—while aligning to EU expectations and a circular mindset.
Company Overview and History
Nordic Pantry is a 12-year-old Scandinavian producer of small-batch jams, chutneys, and fruit spreads. The company ships across Denmark, Germany, and the Netherlands, with about 60% of sales occurring online. Its core packaging is a glass jar with a paper label—simple at a glance, but complex when you split the range into roughly 180 SKUs and frequent seasonal flavors.
Volumes sit at 1,000–3,000 jars per SKU per run, with spikes for holiday bundles and B2B gifting. Historically, the brand sourced pre-printed roll labels, ordered in quantities that worked for price breaks rather than demand signals. Language changes, nutrition updates, and last-minute design tweaks often outpaced label consumption, leading to stale inventory and write-offs.
Sustainability was already on the board agenda—FSC-certified paper where feasible, transparent claims, and honest end-of-life guidance for consumers. But labels were a blind spot. The team lacked a clear baseline for label waste and color consistency, and wanted to align materials and process with EU 1935/2004 food-contact principles, even though the labels don’t directly contact food. They needed a trackable, lower-impact path.
Quality and Consistency Issues
The pain points were predictable yet stubborn. Obsolete label inventory hovered around 12–18% per season once all languages and claims were accounted for. When a flavor underperformed or an ingredient statement changed, dead stock followed. On the other side, hot sellers sometimes outgrew label supply, forcing the team to decide between over-ordering or accepting delays.
Color also drifted by ΔE 3–5 across roll lots, visible on shelf when jars printed months apart sat side by side. Subtle brand reds turned slightly brown under certain varnishes. Adhesives compounded the headache: some labels came off clean, others left residue. The team documented a method for how to remove labels from glass jars (warm soak plus a mild alkaline solution), but the extra work for consumers clashed with reuse goals.
E-commerce added a second stream: shipping paperwork. The warehouse relied on a thermal printer for shipping labels to keep pace with daily orders, while marketing needed quick-turn promo stickers for pop-up events. Staff occasionally asked whether to print short runs on the office HP device—useful in a pinch, but not a controlled production process.
Solution Design and Configuration
The team split labeling into two tracks. For core lines, they partnered with a European converter running Digital Printing on FSC paper labelstock with glassine liner and water-based adhesive options. For pilots and limited editions, they created controlled batches of sheet labels in-house, giving marketing the speed of a print-and-apply workflow without carrying months of inventory.
In-house, an HP Color LaserJet handled micro-runs for sampling and events. Two standard layouts anchored the process: avery 30 labels per sheet for rectangular content blocks and a 50 labels per sheet template for smaller flavors and QR batch IDs. Settings mattered: manual feed, 100% scale (no “fit to page”), media type set to “labels,” and straight-path feeding to reduce curl. The trade-off? Laser fusing on uncoated stocks can scuff without a light varnish, so these runs were limited to protected use cases.
For the main catalog, the converter ran Water-based Ink inkjet with a protective varnish and tight color management. The brand standardized master references and approved ΔE targets at ≤2 for brand-critical tones. Dies remained constant across families to keep changeover time in check, while variable data fields handled multilingual copy. The result was a clean split: agile in-house iterations, and robust external runs for day-to-day production.
Quantitative Results and Practical Q&A
Six months after the pivot, obsolete label inventory moved from roughly 15–18% to around 8–10% season to season, with some variance during holiday peaks. Inventory write-offs fell by approximately €8–12k per season. Color variance tightened from ΔE 3–5 to typically ≤2 on brand-critical colors. Short-run responsiveness improved; the team could validate a seasonal design within 48–72 hours using controlled batches of sheet labels.
On the sustainability side, cartonized sheets replace some rolls, so end-of-life streams shifted slightly. The converter’s switch to Water-based Ink kept chemistry aligned with internal policy, while scuff protection came from a light varnish. Measured at the pack level, CO₂/pack moved by a modest 2–4% depending on run length and transport—useful, but not the sole driver. Customer guidance on how to remove labels from glass jars was simplified thanks to a removable adhesive choice on selected SKUs, reducing soak time for many users from about half an hour to the 10–15 minute range.
Q: how to print labels on hp printer without misalignment?
A: Use manual feed, set media to “labels,” disable scaling (100%), and print a test on plain paper behind a avery 30 labels per sheet carrier to confirm margins. For tiny SKUs, the 50 labels per sheet template works if you respect minimum margins and lead edge. Keep runs small to avoid heat curl.
Q: Where does a thermal printer for shipping labels fit?
A: Keep it dedicated to parcels. Shipping throughput stays consistent, and it prevents unplanned format swaps on the HP device used for micro creative runs.
Q: Any watch-outs?
A: Laser on uncoated paper can scuff; specify a light varnish if labels face abrasion. Keep one approved stock list and record ΔE targets with the converter to maintain color over time.
