Laboratories typically rely on frequent supplier deliveries to maintain stock of reagents, consumables, and other essential materials. A new centralized approach at University College London (UCL) demonstrates how rethinking laboratory logistics can significantly reduce delivery volume while maintaining operational continuity across research facilities.
At UCL’s Queen Square House research site in London, staff reduced daily laboratory deliveries by 94 percent by replacing direct-to-lab shipments with a centralized logistics hub. Delivery volume dropped from approximately 70 deliveries per day to four, streamlining supply handling and reducing disruptions across research spaces.
Centralized laboratory supply chain consolidates incoming materials
The system routes all supplier deliveries to a single off-site logistics hub rather than to individual laboratories. At the hub, staff receive, log, and store incoming materials before redistributing them across the research site on a scheduled basis.
This consolidation model allows laboratories to shift from frequent, small deliveries to planned distribution cycles. Research teams place orders in advance, and the logistics hub fulfills requests through scheduled dispatch rather than ad hoc courier drop-offs.
The hub uses a combination of electric vehicles and foot couriers to distribute supplies across campus. According to the implementation team, this structure reduces on-site traffic and minimizes interruptions from delivery personnel entering laboratory spaces.
Improved efficiency and reduced packaging waste
The centralized system also reduces packaging waste by consolidating shipments before final delivery. Instead of multiple suppliers delivering packaged items separately, materials are grouped at the hub and redistributed together.
The model has also freed up laboratory space that was previously used to store surplus consumables. By shifting inventory management upstream, labs reduce on-site stockpiling while maintaining access to required materials through scheduled fulfillment.
Temperature-sensitive materials require controlled logistics handling
The logistics hub includes controlled-temperature storage to support reagents and biological materials that require cold chain management. Staff manage these materials under defined service targets to maintain stability during transfer.
Refrigerated items are delivered within two hours, while non-refrigerated items are typically delivered within four hours. These timeframes allow laboratories to rely on centralized handling without compromising sample integrity or experimental timelines.
Reverse logistics supports sustainability goals
The system also integrates reverse logistics to reduce waste and improve transport efficiency. Delivery vehicles return to the hub carrying reusable materials collected from laboratories, including gel packs and pipette tip boxes.
This approach ensures that vehicles do not return empty and that recyclable materials remain within a closed operational loop. It also reduces the number of separate waste-handling steps required in individual labs.
Supplier coordination improves inventory predictability
UCL worked with vendors, including Promega and Thermo Fisher Scientific, to align delivery schedules with the centralized model. In some cases, suppliers adjusted their sourcing strategies to regional stock points to support consolidated weekly deliveries and reduce the frequency of transport.
This collaboration supports more predictable inventory cycles, allowing the logistics hub to plan bulk purchasing and distribution based on aggregated demand across multiple laboratories.
On-site access tools reduce reliance on direct deliveries
To further reduce delivery volume, the system includes scientific vending machines stocked with commonly used consumables. Researchers can retrieve frequently needed items directly on site, reducing demand for individual courier deliveries and limiting last-minute ordering.
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Future plans include an internal e-shop model that would allow researchers to place standardized orders through a centralized platform. The logistics team would then handle bulk purchasing and distribution, further consolidating procurement and delivery workflows.
What lab managers should consider
For lab managers, the UCL model highlights how centralized logistics can reduce delivery traffic, improve space utilization, and support sustainability targets without disrupting research activity. The approach depends on coordinated ordering, defined service-level expectations, and strong supplier alignment.
While implementation requires upfront infrastructure and workflow redesign, the system demonstrates how centralized supply chain management can shift laboratories from reactive ordering to structured, demand-driven inventory control.
This article was created with the assistance of Generative AI and has undergone editorial review before publishing.
