System selection
How to choose a parcel sorting system
A constraint-first framework covering volume, parcel mix, destinations, footprint, integration and service access.
Decision frameworks for teams comparing sorting systems, preparing a useful RFQ and reducing avoidable redesign.
12 engineering guides / 8 planning topicsSystem selection
A constraint-first framework covering volume, parcel mix, destinations, footprint, integration and service access.
Four core guides move a project from an operating need to a comparable request for quotation.
Document parcel mix, peak flow, destinations and the dominant operating constraint.
02Verify geometry, utilities, access, safety and integration boundaries before layout approval.
03Translate the peak window, induction efficiency and recirculation into a defensible target.
04Give every bidder the same inputs, scope split, assumptions and acceptance criteria.
Every guide remains visible, indexable and grouped by the project question it helps answer.
Choose an architecture from the operating problem and application context.
System selection
Application planning
Turn facility constraints and parcel demand into planning inputs.
Site planning
Capacity planning
Compare mechanisms by parcel behavior, layout and discharge requirements.
Define ownership across scanners, PLCs, WCS and WMS interfaces.
Build comparable proposals and evaluate full lifecycle economics.
Procurement
Commercial planning
Plan service access, spares and subsystem-level engineering decisions.
Lifecycle support
Component engineering
Assess partner capability, local execution and first-line support.
Clarify compliance, contracting, logistics and local responsibilities.