
HELIXORTER
High-capacity tilt-tray sorter processing up to 6,000 trays per hour with a patented closed-deck design and synchronous linear motor drive.
The HELIXORTER is Vanderlande's highest-throughput tilt-tray loop sorter, designed for large hub airports where final sortation is the bottleneck and system availability is a contractual obligation rather than an aspiration. It processes up to 6,000 trays per hour at a conveyor speed of 2 m/s — making it one of the highest-capacity sorters commercially deployed in airport baggage handling.
The patented closed-deck design is the critical differentiator from conventional tilt-tray sorters. Traditional open-gap designs trap irregular, soft, or oversized bags in the mechanical joints between tray units, generating jams, sort errors, and maintenance interventions. HELIXORTER's fully closed deck eliminates those gaps even through curves, providing the same uninterrupted surface whether the sorter is on a straight section or negotiating a bend — a meaningful reliability advantage in high-volume operations.
Propulsion uses a synchronous linear motor, which Vanderlande rates among the lowest energy-consuming drives on the market for this class of sorter. The trays themselves are manufactured from recyclable bamboo, with reusable plastic components and unpainted steel — a sustainability specification increasingly demanded in airline and airport sustainability frameworks.
For procurement teams at mega-hub airports or large network carriers evaluating sortation infrastructure, the HELIXORTER sits at the top of the throughput range: the relevant comparison questions are system footprint per tray-per-hour, energy draw, and availability SLA — not headline throughput alone.
Technical specifications.
| Max throughput | 6,000 trays/hr |
| Conveyor speed | 2 m/s |
| Deck design | Patented closed deck, no exposed gaps in corners |
| Drive technology | Synchronous linear motor |
| Tray material | Recyclable bamboo, reusable plastics, unpainted steel |
Use cases.
- ›Hub-airport final sortation where per-hour throughput exceeds the capacity of single-loop conventional sorters
- ›Transfer-hub operations with tight connection times requiring high sort accuracy and low miss-sort rates
- ›Airports committing to availability SLAs above 99.9% on sortation infrastructure
- ›BHS upgrades from legacy tilt-tray systems generating jam-related delays with irregular bags
- ›Terminals with sustainability reporting requirements seeking low energy-per-sort metrics