Parcel profile
Map dimensions, weight, packaging material and unstable surfaces before selecting a mechanism.
Engineering-led guidance for comparing sorter technologies, planning project constraints and preparing a partner-ready brief.

Technology comparison
High throughput and high destination counts
Available loop length, induction design and chute accumulation
02Mixed parcel sizes and linear distribution flows
Footprint, line length and the number of destinations
03Irregular goods and applications that need controlled discharge
Discharge geometry, system height and maintenance access
04Compact layouts and moderate-throughput diverting
Parcel stability, divert angle and downstream spacing
05Multi-direction transfers and modular conveyor layouts
Bottom friction, transfer angle and downstream hand-off
06Regional stations, defined routes and compact layouts
Induction, return path, chute strategy and expansion plan
Field evidence

Decision workflow
Map dimensions, weight, packaging material and unstable surfaces before selecting a mechanism.
Separate sustained throughput from short peaks, then define accuracy and recirculation targets.
Test line length, elevation, columns, access routes and destination geometry as one system.
Plan integration responsibilities, commissioning, spares and regional service from the start.
Planning resources
Define parcel mix, performance targets and constraints.
Capture building, utilities, access and operational details.
Build a first-pass planning estimate from parcel flow.
Frame the project so partners can respond precisely.
Let’s define the next step with the right technical and regional context.
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