In modern supply chains, the terms courier labels, logistics labels, and GS1 barcodes are often mentioned together. While they work closely together, they serve very different purposes.
Understanding how they fit together can help businesses improve traceability, reduce scanning errors, and build more efficient supply chain operations.
What Is a Courier Label?
The Last-Mile Delivery Label
A courier label is designed to identify and track an individual parcel as it moves through a courier network.
Whether you're shipping through NZ Post, Post Haste, NZ Couriers, Aramex, GoSweetSpot, Zappy or eShip, every parcel requires a unique courier label to ensure it reaches the correct destination.
Courier labels typically include:
- Delivery address
- Sender information
- Tracking number
- Routing information
- Courier barcode
Common Applications
- eCommerce orders
- Retail parcel shipments
- Customer deliveries
- Courier satchels and cartons
Primary purpose: To enable automated parcel sorting, tracking and proof of delivery throughout the courier network.
What Is a Logistics Label?
The Warehouse and Freight Tracking Label
Logistics labels are commonly used throughout warehousing, distribution and freight operations, where products are managed in cartons, pallets and larger shipping units.
Unlike courier labels, which focus on individual deliveries, logistics labels provide visibility and control across inventory and transportation systems.
Logistics labels may contain:
- Product identifiers
- Batch numbers
- Expiry dates
- Quantity information
- Storage locations
- Pallet or carton identifiers
Common Applications
- Warehouse inventory management
- Distribution centres
- Freight forwarding
- Manufacturing operations
- Pallet tracking
Primary purpose: To improve inventory accuracy, warehouse efficiency and supply chain visibility.
What Are GS1 Standards?
The Universal Supply Chain Language
Unlike courier labels and logistics labels, which describe how labels are used within the supply chain, GS1 defines the global standards that determine how barcode data is structured and interpreted.
GS1 standards allow manufacturers, distributors, retailers, logistics providers and software systems to share information using a common language.
As a recognised GS1 New Zealand Solution Provider, Paclabel helps businesses implement barcode and labelling solutions that support these standards.
This ensures products and shipping units can be identified consistently across different businesses, countries and supply chain systems.
Common GS1 standards include:
GTIN (Global Trade Item Number)
Used to uniquely identify retail products worldwide.
GS1-128
A logistics barcode capable of carrying detailed information such as:
- Product identification
- Batch numbers
- Expiry dates
- Serial numbers
Businesses commonly use barcode labels to print GS1-128, GTIN and SSCC identifiers for warehousing, inventory control and logistics applications.
SSCC (Serial Shipping Container Code)
A globally unique identifier used to track pallets, cartons and shipping units throughout the supply chain.
How Logistics Labels and GS1 Standards Work Together
Many logistics labels are built around GS1 standards.
For example, a warehouse pallet may carry a logistics label containing an SSCC barcode encoded using GS1 standards. As that pallet moves between manufacturers, transport providers, distribution centres and retailers, every participant can scan and interpret the data consistently.
This is one of the key reasons GS1 standards have become widely adopted across global supply chains.
At a Glance: Key Differences
| Feature | Courier Labels | Logistics Labels | GS1 Standards |
|---|---|---|---|
| Primary Purpose | Parcel delivery and tracking | Inventory and freight management | Global identification and data standards |
| Typical Use | Individual parcels | Cartons, pallets and inventory | Products, cartons and shipping units |
| Main Users | Courier companies and online retailers | Warehouses, manufacturers and distributors | Entire supply chain |
| Data Focus | Addresses and tracking numbers | Inventory and operational data | Standardised product and logistics identification |
The One Thing They All Depend On: Barcode Quality
Although courier labels, logistics labels and GS1 standards serve different functions, they all depend on one critical factor:
Reliable Barcode Scanning
If a barcode cannot be scanned accurately, the entire process slows down.
Poor print quality can result in:
- Delayed shipments
- Manual data entry
- Tracking errors
- Inventory discrepancies
- Increased labour costs
For this reason, businesses should use high-quality label materials and reliable thermal printing systems to ensure barcodes remain sharp, durable and easily scannable throughout the supply chain.
Choosing the Right Labelling Solution
The right solution depends on your business operations.
eCommerce Businesses
If you primarily ship individual customer orders, courier labels are essential.
Warehouses and Distribution Centres
If you manage inventory, cartons or pallets, logistics labels and GS1-compliant barcode labels can significantly improve efficiency and traceability.
Manufacturers and Supply Chain Operators
Businesses requiring product identification, traceability and cross-company data sharing often benefit from implementing GS1 standards throughout their operations.
Why Businesses Choose Paclabel
As a recognised GS1 New Zealand Solution Provider, Paclabel supports businesses across eCommerce, manufacturing, warehousing and logistics.
We supply:
- Courier Labels
- Logistics Labels
- Barcode Labels
- Direct Thermal Labels
- Thermal Transfer Labels
- Thermal Printers and Consumables
Our solutions are designed to deliver reliable barcode performance, improve operational efficiency and support supply chain traceability.
Whether you are shipping individual parcels or managing large-scale warehouse operations, Paclabel can help you implement the right labelling solution for your business.
