Cross‑belt, tilt‑tray, shoe, and bombay sorters designed and manufactured in‑house. Up to 99.98% routing accuracy across 4,200+ deployed sort points in 38 countries.
Four OEM platforms, all designed, manufactured, and commissioned by Sortons engineers. No subcontracted installs. Median 11‑week go‑live, 38% faster than the 18‑week industry benchmark.
High‑throughput loop sorter for apparel, e‑commerce parcels, and polybags. Best fit for soft and irregular shapes at peak.
Tray‑based loop sorter for fragile, high‑value, and mixed‑profile items. Gentle discharge to multiple divert lanes.
Sliding‑shoe divert technology for cartons, totes, and rigid packs. Compact footprint, low noise, two‑sided discharge.
Pop‑up cross‑belt for destination sorting at high‑density chute walls. Designed for parcel hubs above 6,000 destinations.
Peak throughput and parcel envelope figures verified by MHI Performance Certification (2024) under the cited parcel profile. Footprint and power draw are nominal, per SKU at full population.
| SKUSortons OEM code | PlatformSortation family | Peak Throughputitems / hour | Parcel EnvelopeL × W × H (mm) | FootprintLoop area, nominal | Power DrawkW at full load |
|---|---|---|---|---|---|
| SOR‑CB‑24000 | Cross‑Belt | 24,000items/hr | 100 × 80 × 10 — 600 × 500 × 400 | ~ 280 m² | 62kW |
| SOR‑TT‑18000 | Tilt‑Tray | 18,000items/hr | 150 × 100 × 20 — 700 × 600 × 500 | ~ 340 m² | 74kW |
| SOR‑SH‑12000 | Shoe | 12,000items/hr | 200 × 150 × 50 — 1,200 × 800 × 600 | ~ 190 m² | 48kW |
| SOR‑BO‑9500 | Bombay | 9,500items/hr | 120 × 100 × 10 — 900 × 700 × 500 | ~ 410 m² | 86kW |
| NOTES Figures verified by MHI Performance Certification (2024) under the standard Sortons parcel profile (500 g polybag, 30/60/10 soft/rigid/fragile mix). Site‑specific throughput varies with induction cadence, chute count, and SortVisionAI ruleset. Contact a Sortons engineer for a SKU‑scoped throughput guarantee tied to your parcel profile. | |||||
The control software is the contract surface your systems integrator signs against. SortVisionAI is developed in-house alongside the mechanical platform, so the integration boundary is documented, versioned, and supported by the same engineers who built the sorter.
A vision-based anomaly model inspects every parcel at the induction zone and tracks motor current signatures at each divert actuator. When the model detects a divergence beyond tolerance, it raises a soft-stop event and routes the parcel to a recirculation lane — typically 14 seconds before a hard jam would halt the line.
We do not claim compatibility with every platform on the market. The integrations below are certified against the named API versions in our Sortons Integration Lab in Atlanta, with a published test report available on request.
Every figure below is auditable from our SortVisionAI telemetry feed and our MHI Performance Certification record. No estimates, no rounded-up marketing.
Send us your parcel profile, peak hourly volume, and target facility layout. We will return a matched SKU recommendation — cross-belt, tilt-tray, shoe, or bombay — with a throughput curve against your actual mix, not a generic datasheet number.
