Parcel hub induction and merge conveyors feeding a connected sorting process
Parcel hub and delivery network automation

Automation for parcel hubs and delivery networks

Identify every parcel, route it accurately and prepare it for the next stage of the delivery network.

CoreConvey designs and integrates induction, data capture, conveyors, sortation, discharge systems and WCS controls for parcel hubs, carrier networks and regional delivery depots across Europe and the UK.

Discuss your parcel operation Explore the system
01 Induct Feed parcels into a controlled, consistent flow
02 Identify Scan, weigh, measure and verify each item
03 Route Apply carrier, depot, route and service rules
04 Dispatch Accumulate into the correct cage, lane or vehicle flow
Higher throughputMove more parcels through each operating window
Fewer misroutesUse live data to control every diversion
Later cut-offsCreate more usable time before linehaul departure
Scalable destinationsAdd routes, depots and outputs as the network grows
Highly automated parcel hub with connected conveyor and sorting infrastructure
Every departure creates a deadline. Parcel hubs must absorb uneven inbound flow and still build accurate outbound loads before the next vehicle leaves.
Where parcel networks lose capacity

When volume, destinations and cut-off times all increase

Manual sorting can cope with a simple network. It becomes harder to control as parcel volume, route count and service complexity grow.

The problem is rarely one machine. Infeed quality, barcode performance, peak duration, destination count, discharge capacity and live routing logic all affect how many parcels the hub can process accurately inside the available window.

01

Uneven inbound flow

Vehicles, cages and induction stations release parcels in waves rather than a smooth, predictable sequence.

02

Too many manual decisions

Operators must read labels, remember routes and move parcels repeatedly under time pressure.

03

Destination growth

New depots, delivery routes, lockers and service levels create more outputs than the existing process can manage.

04

Limited dispatch windows

Late inbound parcels, rework and misroutes consume the time available before linehaul or local delivery departure.

One coordinated process

Automation across the parcel journey

The strongest systems control the complete flow from induction to the final dispatch destination.

01
Unload and inductFeed cages, sacks, cartons and loose parcels into the system
02
Merge and spaceCreate a controlled flow with the spacing required downstream
03
Scan and captureRead barcodes, images, weight and dimensions
04
Decide the routeApply depot, carrier, route, service and exception rules
05
Sort and divertMove the parcel to the assigned output accurately
06
AccumulateBuild a controlled volume in chutes, lanes, bags or cages
07
DispatchRelease the correct load to linehaul, depot or final-mile route
Complete parcel handling systems

What CoreConvey can automate

The sorter is only one part of the system. Throughput and accuracy depend on how induction, data capture, routing, diversion and discharge work together.

Parcel induction conveyors and merge conveyors feeding a hub sortation process
01 — Induction and merge conveyors

Create a stable flow into the system

Combine several unload or induction points while controlling speed, spacing and downstream demand.

Explore conveyor systems →
DWS data capture system scanning, weighing and measuring parcels
02 — Data capture and DWS

Identify and verify every parcel

Capture barcode, image, weight and dimensional data before the routing decision is made.

Pop-up sorter diverting parcels into left and right destination lanes
03 — Automated parcel sortation

Route parcels to the correct output

Use push, pop-up, swivel or cross-belt technology according to parcel profile, throughput and destination count.

Explore parcel sortation →
Installed parcel sorter with several discharge lanes and destinations
04 — Discharge and accumulation

Build the right load at every destination

Direct parcels into chutes, lanes, bags, boxes, roll cages or containers with the accumulation needed for dispatch.

CoreCompact modular parcel sorter for route and depot-level destinations
05 — CoreCompact

Add many outputs in a small footprint

Sort to routes, drivers, lockers, depots or end-drop locations without installing a conventional large loop sorter.

Discover CoreCompact →
Connected controls and warehouse automation coordinating parcel flow
06 — WCS routing and controls

Coordinate data, equipment and exceptions

Use live parcel data and network rules to control conveyors, scanners, sorters, outputs and operational status.

Data-driven parcel routing

The parcel moves because the data says where it belongs

Reliable sortation depends on clean identification, clear routing rules and coordinated control of the physical equipment.

CoreConvey can exchange parcel, route and status information with WMS, TMS, carrier or operational platforms through an agreed interface. The WCS then coordinates scanners, conveyors, sorters and outputs while recording exceptions and live system status.

Understand WMS and WCS integration
01
Carrier, TMS or operational systemParcel record, service, depot, route and destination instructions
02
Data captureBarcode, image, weight, dimensions and verification result
03
WCS routing decisionLive destination selection, priorities and exception handling
04
Conveyors and sorterSpacing, transport, tracking and physical diversion
05
Dispatch status and reportingDestination confirmation, exceptions, throughput and operational visibility
Where automation creates value

Built around the performance of the network

01

Increase parcels per hour

Control induction, spacing and routing so downstream equipment receives a more consistent flow.

02

Reduce manual sorting labour

Replace repeated label reading, walking, lifting and route decisions with automated identification and diversion.

03

Reduce misroutes and rework

Link every physical diversion to verified parcel and destination data.

04

Protect dispatch cut-offs

Process late inbound volume more quickly and reduce the time lost to manual staging and correction.

05

Add more network destinations

Expand routes, depots, lockers and service-level outputs without redesigning every upstream process.

06

Improve operational visibility

Use live parcel, route, exception and equipment data to understand what is happening inside the hub.

Choose the system around the operation

The fastest sorter is not automatically the right sorter

Throughput matters, but parcel size, stability, destination count, peak duration, discharge design, available space and future growth also change the answer.

Simple and economical

Push sorter

Up to 2,000/hr

A mechanical pusher moves the parcel from the main conveyor to a selected lane on one side.

Best suited toRegional distribution, returns and straightforward lane sorting.
Balanced mid-range

Pop-up sorter

Up to 3,500/hr

Rising rollers or belts transfer parcels to left- or right-hand outputs in a flexible modular layout.

Best suited toMid-volume hubs requiring bilateral sorting and more destinations.
Fast and controlled

Swivel sorter

Typically 5,000/hr

Powered roller or wheel modules steer parcels smoothly towards either side of the conveyor.

Best suited toBusy parcel environments requiring higher throughput and controlled electric diversion.
Maximum capacity

Cross-belt sorter

10,000+/hr

Individual powered carriers circulate around a loop and discharge parcels at many assigned destinations.

Best suited toMajor hubs, sustained high volume and large destination counts.
Compare parcel sorter technologies Discuss your parcel profile
Compact parcel sorting system with several route-level outputs
Compact, granular sortation

CoreCompact for regional hubs and final-mile networks

When the operation needs many route, driver, locker or depot-level outputs but cannot justify the footprint of a traditional large sorter, CoreCompact provides a modular alternative that can be deployed as one unit or as a coordinated network.

Up to 1,500/hrIndicative parcel throughput per unit
From 4 × 2 mCompact starting footprint
Up to 50Individual destinations per unit
NetworkableMultiple units can work as one coordinated system
Explore CoreCompact
Typical applications

Common parcel hub automation projects

The right starting point depends on the network, building, destination count and operating window.

Regional parcel hub with several induction and merge conveyors
01 — Regional parcel hub

Merge inbound streams into one controlled sortation process

Connect several unload or induction points to scanning, routing and automated destination handling.

  • Multiple induction positions
  • Depot and route sorting
  • Cage and dispatch-lane outputs
Automated parcel data capture before multi-carrier sortation
02 — Multi-carrier consolidation

Identify parcels and allocate the correct carrier or service

Use data capture and routing logic to separate parcels by carrier, route, service level, destination or collection schedule.

  • Barcode and image capture
  • Weight and dimension checks
  • Carrier-specific outputs
Compact parcel sortation for local delivery routes
03 — Local delivery depot

Prepare parcels for routes, drivers or locker locations

Replace floor sorting and manual route building with compact, granular destination outputs.

  • Route-level sortation
  • Driver or locker allocation
  • Space-efficient deployment
Modular parcel automation

Start with the bottleneck. Expand with the network.

A parcel hub does not have to move directly from manual sorting to a large, high-capacity loop sorter.

Build the flow in stages while keeping the upstream data, controls and layout ready for additional destinations and throughput.

01

Stabilise induction and identification

Control the inbound feed, create the required spacing and improve barcode or DWS data quality.

02

Automate the highest-value destinations

Add sortation for the routes, carriers or depots creating the most labour, congestion or error risk.

03

Add outputs and capacity

Expand induction points, destinations, sorter modules, discharge capacity and control functions as the network grows.

Read about modular automation
Build the business case

Measure the cost of every manual touch and misroute

Parcel automation can create value through both labour reduction and better use of the dispatch window.

Include induction labour, manual sorting, walking, lifting, route staging, overtime, rework, misroutes and peak staffing. Also consider the commercial value of adding destinations, extending cut-off times and processing more parcels inside the current building.

Calculate warehouse automation ROI
Cost per parcelCurrent and estimated future handling cost
Labour hoursInduction, sorting, staging and rework
Misroute costCorrection, delay and customer-service impact
Five-year ROICumulative return over the operating period
Y1
Y2
Y3
Y4
Y5

Illustrative dashboard only. Use the ROI calculator with your own parcel, labour and investment data.

From parcel data to live operation

How CoreConvey develops a parcel hub automation system

01

Parcel and network review

We assess parcel profiles, average and peak volume, routes, service levels, destinations and operational constraints.

02

Data and interface mapping

Barcode data, routing instructions, WMS or TMS interfaces, reporting and exception requirements are documented.

03

Concept and technology selection

Induction, data capture, sorter type, outputs, accumulation and controls are developed as one practical system.

04

Installation and commissioning

The equipment is installed, integrated and tested against representative parcels and live operating scenarios.

05

Support and network expansion

Routes, destinations, volumes and software logic can be adapted as the delivery network changes.

CoreConvey project manager assessing a new parcel hub automation project
Prepare your project

What we need to assess your parcel operation

The data you can gather to prepare for an automation investment

Peak duration, parcel stability, label quality, destination count and discharge design can all have an effect on the technology and layout.

  • Average and peak parcels per hour
  • Peak duration and daily operating window
  • Minimum and maximum dimensions
  • Parcel weight range
  • Surface, shape and stability profile
  • Barcode type, quality and label position
  • Number of routes and destinations
  • Required chutes, cages or dispatch lanes
  • Current WMS, TMS or carrier systems
  • Building layout and growth forecast
Send us your parcel profile
Common questions

Parcel hub automation FAQs

What parts of a parcel hub can be automated?
Common areas include induction, merge control, singulation, barcode scanning, image capture, weighing, dimensioning, parcel tracking, route allocation, automated sortation, accumulation, cage or chute loading and operational reporting. The best starting point depends on where the current flow is losing capacity, accuracy or time.
How do we choose the right parcel sorter?
Sorter selection should consider peak throughput, parcel dimensions, weight, surface, stability, destination count, sort direction, available space, discharge design and future growth. Items per hour alone are not enough to select the correct technology.
Can the system read damaged or poorly positioned barcodes?
Scanner configuration, camera coverage, label quality and parcel presentation all affect read performance. A project should use representative parcel and label samples so the data-capture arrangement can be tested properly. Parcels that cannot be identified can be routed to an exception process.
Can parcel automation connect to our TMS, WMS or carrier platform?
Yes. The control architecture can exchange parcel, service, route, destination and status information with existing operational platforms through an agreed interface such as REST API, FTP or another suitable method.
How are misreads and routing exceptions handled?
Parcels with missing data, failed reads or conflicting instructions can be sent to a defined no-read or exception destination. Operators can then correct the information and reintroduce the parcel without disrupting the main flow.
When does CoreCompact make sense?
CoreCompact is particularly relevant where the operation needs granular route, driver, locker or depot-level sortation in a limited footprint. It can provide up to 50 outputs per unit and can be deployed in networked configurations when more destinations are required.
Do we need to automate the complete hub at once?
No. Many projects begin with one high-friction area such as induction, scanning or a group of labour-intensive sort destinations. The controls and layout can then be developed so further modules and destinations can be added later.
What information is needed for an initial concept?
Useful inputs include average and peak throughput, peak duration, parcel dimensions and weights, label examples, destination count, current workflow, discharge requirements, available layout drawings, operating systems and the expected network growth over the next three to five years.
Connected parcel hub automation designed around a growing delivery network
Build the hub around the network

Move more parcels through every dispatch window

Send us your parcel profile, route matrix, peak volume and layout. We’ll help identify the strongest technical and commercial route for induction, data capture, sortation and dispatch.

Discuss your parcel automation project Compare sorter technologies