/ INDUSTRIAL SOLUTION 10

Sorter Smart Conveyor Systems

Detect every product, divert it at the right moment and verify that it reaches its destination.

Intelligent sorting lines combine conveyors, detection, PLC, motion control and WCS layers within one synchronised architecture to route high-volume product flows accurately.

Explore the solution
Sorter Smart Conveyor Systems solution
OSKONSorter Smart Conveyor Systems
/ WHY INTELLIGENT SORTING?

Turn variable product flow into measurable capacity, accurate destinations and verified dispatch outcomes.

01

Variable product profiles

Products with different dimensions, weights, packaging and code quality must be processed reliably on the same line.

02

Bottlenecks and accumulation

Irregular infeed, full destinations and poor timing reduce capacity and disrupt product spacing.

03

Risk of incorrect destination

Reading, decision or divert errors can route a product to the wrong order, route or dispatch gate.

Intelligent conveyor sorting line
/ END-TO-END FLOWEvery product is tracked by identity from line entry until it reaches the correct destination.
/ ONE CONTROL ARCHITECTURE

Bring mechanical movement and digital decisions
onto the same timeline.

An intelligent sorter combines conveyors, sensors, code reading, measurement, PLC and WCS layers within one synchronised flow. Position, destination and sorting result are managed simultaneously for every product.

DetectIdentify the product and position
DecideDetermine destination and route
DivertRoute at the correct moment
  • Stable infeedProduct spacing and line occupancy are balanced against downstream capacity.
  • Deterministic decisionsProduct identity, production order and destination availability are combined in one decision record.
  • Closed-loop verificationPost-sort sensor feedback is compared with the destination decision and recorded.
/ SORTING FLOW

The product moves,
and the decision moves with it.

The graphic shows the real flow from reading the product at the infeed sensor to target assignment by the control system and timed diversion to the correct destination.

/ ENGINEERING SCOPE

More than speed:
a balanced, verifiable flow.

Capacity depends on more than sorter speed. Infeed geometry, product spacing, read rate, destination occupancy and control latency are engineered together.

01 / FLOW

Capacity and simulation

Realistic line capacity is modelled from product profiles, peak volume, queue behaviour and destination distribution.

02 / MECHANICAL

Conveyor and divert selection

Merge, singulation, transport and divert mechanisms are sized according to product behaviour.

03 / DETECTION

Code, dimensions and identity

Barcode, vision, volume, weight and sensor data are matched to the product's digital record.

04 / CONTROL

PLC and motion synchronisation

Encoder position, product tracking and divert timing are managed with deterministic control logic.

05 / SOFTWARE

WCS and host systems

WMS, MES or ERP destination decisions are combined with line status and exit availability in real time.

06 / ANALYTICS

Performance visibility

No-reads, rejects, occupancy, cycles and downtime causes are reported for continuous improvement.

/ CLOSED-LOOP CONTROL

A decision is not merely issued;
its outcome is verified.

Sensor feedback is checked after the product is diverted. A no-read, full destination or timing deviation can route the product to a controlled reject or recirculation path.

01 / DETECT

Product and
position data

Sensors and encoders track the product digitally.

02 / DECIDE

Destination and
priority selection

The order and destination availability are evaluated together.

03 / MOVE

Timed
diversion

The divert mechanism is triggered in synchronisation with product position.

04 / PROOF

Exit and
result record

Arrival is detected, the decision verified and the transaction recorded.

/ HOW IS A LINE DEVELOPED?

From concept to stable production,
in six controlled steps.

  1. 01
    Understand product flow

    Dimensions, weight, packaging, volume distribution and peak scenarios are mapped.

  2. 02
    Model capacity

    Infeed, merge, sorter and destinations are validated within one flow model.

  3. 03
    Design the architecture

    Mechanical, electrical, control, network and host-system integration are developed together.

  4. 04
    Test the scenarios

    Normal flow, no-read, full destination, reject and safety behaviours are tested.

  5. 05
    Commission on site

    Timing parameters are tuned with real products and acceptance criteria are verified.

  6. 06
    Improve performance

    Line data is monitored to reduce bottlenecks, errors and availability losses.

/ APPLICATION AREAS

Scalable sorting
for every product profile.

01

E-commerce and parcel

High-volume sorting of parcels by route, region, distribution centre or dispatch gate.

02

Warehousing and distribution

Order picking, consolidation, cross-docking and store-based product routing.

03

Production intralogistics

Routing parts, totes and products by production order, quality result or next operation.

04

Food and packaging

Controlled sorting by grade, weight, recipe, packaging or quality data.

/ NEXT SOLUTIONProcess Batch Recipe System
/ LET’S DEFINE THE NEXT STEP

Let’s analyse storage and flow
around your real operation.

Share load profiles, throughput targets and space constraints so the right architecture can be assessed.

Request a storage and flow analysis Your request is routed directly to the relevant engineering team.