If the delivery note is already printed but storage locations change
A carrier stands at the goods receipt area with pallets and printed delivery notes. Each delivery note and the matching storage labels display a QR code — yet as the delivery is shifted, the planned storage location changes. Reprinting? That costs time and money. Better: keep the QR code printed but make its destination adjustable at any time. This lets deliverers instantly access current storage locations, acceptance instructions, or forms to report damaged goods.
Why dynamic QR codes make sense in goods receipt and warehouse management
Dynamic QR codes decouple the printed label from the linked destination. Concretely this means:
- Printed delivery notes and labels remain valid even if destination pages change.
- Information such as storage location, acceptance conditions, opening hours or contact persons can be adjusted afterward.
- Scan counters and usage overviews show which suppliers or items frequently request additional information — valuable for process optimization and training.
Practical application: three typical scenarios
1. Current storage location and relocation
Instead of printing fixed shelf compartments on the label, the QR code displays the currently assigned storage location when scanned. For unexpected relocations, logistics managers update the destination page: on-site scanners guide suppliers or staff directly to the new slot or the picking list.
2. Acceptance instructions and time windows
Suppliers see delivery rules immediately upon scanning: safety equipment, permitted delivery times, ramp assignment or contact person. For differing time windows, adjusting the destination page is sufficient — no reprint needed.
3. Reporting a damaged delivery
A QR code leads to a report page where photos can be uploaded and damage descriptions entered. Via webhooks or the API, these reports are forwarded automatically to your ticketing system, ERP or inbound team — without a manual process.
How to implement dynamic QR codes in goods receipt
A pragmatic introduction in a few steps:
- 1. Define structure: Determine which information should be centrally managed (storage location, receiving instructions, damage reporting, PDF documents).
- 2. Create target pages: Set up modular target pages or landing pages that display different content (text, PDF downloads, contact links, upload fields). Keep templates available for recurring cases.
- 3. Generate QR codes: Create dynamic QR codes per delivery note, shipment, or product group. Use SVG/PNG export for high-quality print labels.
- 4. Printing & labeling: Print the labels and attach them to delivery notes, pallets, or boxes. Pay attention to appropriate size and contrast for reliable scans.
- 5. Integration: Connect the QR logic via API or webhooks to your WMS/ERP so that storage locations and status are updated automatically.
- 6. Use analytics: Use scan counters and reports to identify weak points and prioritize supplier feedback.
Technical tips for printable storage labels
- Export QR codes in SVG for scalable printed materials; PNG is practical for standard printers.
- Choose a sufficient size (depending on the scanning environment usually at least 2–3 cm edge length). Test in the real environment with mobile devices.
- Add a short hint line next to the QR code (e.g. "Scan for storage location & instructions") so users know what to expect.
- Use time-based targets or fallbacks: For scheduled changes you can define automatic switches for specific time windows.
Integration and automation: API, webhooks, bulk import
Integrations are crucial for companies with high label volumes. A typical process:
- When an order arrives, the ERP generates a dynamic QR code via API and automatically adds the code to the delivery note and labels.
- On status changes (e.g. storage location assigned) a webhook updates the target page – users immediately see the current information.
- Bulk import makes it easier to create large quantities of QR codes for periods with many deliveries.
Analytics: scan counters for better decisions
Scan statistics are directly actionable: Who scans most often? For which items or shipments are there increased inquiries? Such data help with:
- Prioritize training for suppliers with frequent demand.
- Optimize information pages – if certain pages are accessed often, content can be expanded or simplified.
- Identify recurring issues (e.g., damaged shipments from a specific supplier).
Practical example: Procedure for a damaged delivery
A concrete procedure that shows how dynamic QR codes can save time in an emergency:
- Scan the QR code on the delivery note.
- The landing page displays a short damage report form; an upload field for photos is available.
- After submission, a webhook sends the report to the ticketing system and notifies the responsible clerk by email.
- A scan counter logs the event and enables retrospective analysis.
Quick comparison: static vs. dynamic QR code
- Static: Direct, unchangeable target. Good for permanent, immutable content, but inflexible when changes are needed.
- Dynamic: The target can be adjusted at any time, with central management, scheduling, and analytics – ideal for logistics and goods receipt.
Which edition suits your operation?
Depending on security and integration needs, companies choose between simple cloud installations or a self-hosted solution on their own infrastructure. Options for teams, white-labeling, API access, and bulk import simplify operations in larger logistics environments. Crucial factors are data control, required integrations, and the desired level of automation.
Checklist for getting started
- Determine use cases (storage location, acceptance instructions, damage reports).
- Define required integrations (ERP, WMS, ticketing).
- Create templates for landing pages and forms.
- Test QR scans in the real environment.
- Assign roles: who updates targets, who analyzes scans?
Conclusion
Dynamic QR codes reduce reprints, speed up communication in goods receipt, and provide valuable usage data. They allow information to be maintained centrally and changed immediately when needed—whether storage location, acceptance instructions, or damage reporting. For companies with their own infrastructure, a self-hosted option offers control over data; cloud instances enable a quick start. The combination of dynamic targets, API integration, and scan analysis makes QR codes a pragmatic tool for efficient goods receipt.
Discover Linkentra: Create dynamic QR codes for delivery notes and storage labels, manage content centrally, analyze scans and integrate the solution into your systems. More information: https://linkentra.de
Next step
Try Linkentra yourself
Dynamic QR codes with control over hosting and data: change content afterward, adjust branding, manage media centrally and analyze scans – optionally on your own infrastructure (Self‑Hosted) or immediately in the Linkentra Cloud. Edition-dependent features for teams, API and white‑label.