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// Solutions

HaiPick System 1

The cornerstone configuration: a modular goods-to-person automated storage and retrieval system (ASRS) for totes, cartons and trays, built to slot into almost any facility without the cost of fully custom automation.

Up to 67% lowerLabour cost
Tote, carton, trayStorage
Existing rackingFootprint

Every figure on this page is Hai Robotics' published specification for HaiPick System 1.

// Overview

How HaiPick System 1 works

HaiPick System 1 is Hai Robotics' essential goods-to-person system. Case-handling robots reach into high-density racking up to 12 metres, retrieve the tote, carton or tray an order needs, and bring it to an operator at a workstation.

Each robot can carry several containers per run, so one trip serves several order lines. The system runs around the clock and connects to the WMS or WES you already use.

Because the racking is standard and the robots are modular, a first phase can be sized for today's volumes and extended later.

Suited to
  • Totes, cartons and trays
  • Brownfield sites with standard racking
  • High-SKU piece picking
  • A first phase that can be extended
HaiPick System 1 racking stacked with blue totes beside a HaiPort workstation
// Highlights

What HaiPick System 1 changes on the floor

Storage up to 12 metres

High-density racking uses the clear height the building already has.

Up to three times the throughput

Goods come to the operator, so picking time is spent picking.

Accuracy above 99%

Batch picking of up to nine containers per robot run, with every pick recorded.

Runs around the clock

24/7 operation, connected to your existing WMS or WES.

// Compare

Other configurations on the same platform

They share HaiQ software and the same goods-to-person workstations. The difference is the robots, and how each one stores and moves your goods.

A HaiClimber robot carrying a blue tote along the face of the racking

HaiPick Climb

HaiPick Climb is a goods-to-person robotic system that uses intelligent climbing robots to retrieve totes from high-density racking up to 12 metres, then delivers them directly to pick stations. This removes walking time, increases throughput, and unlocks more storage capacity within the same footprint. With flexible deployment, modular racking, and smart fleet management, HaiPick Climb boosts efficiency, reduces labour dependency, and scales easily as demand grows.
Ground speedUp to 4 m/sDensity45,000 totes per 1,000 sqmFleet sizeUp to 3,000 robots
Explore the system
HaiPick Rail aisles of high-bay racking with robots running on rails above the floor

HaiPick Rail

Robots run on rails above the floor rather than on it, so retrieval is not held up by ground-level traffic. Totes for the same wave are retrieved in parallel across multiple aisles, and cartons are checked, conveyed and stored without manual handling.
OperationOff-floor, rail-mountedRetrievalParallel, multi-aisleHandlesTotes and cartons
Explore the system
HaiPick System 2 workstations handling palletised and bulk goods alongside totes

HaiPick System 2

Everything System 1 does, with bulk and palletised goods handled alongside it. Case-handling robots work the tote storage while heavy-duty companion AMRs move the pallets, so a mixed order is filled in one process instead of two.
Efficiency gainUp to 6xHandlesTotes, cartons, pallets, bulkReach12m high, 2 totes deep
Explore the system
A HaiPick System 3 robot handling a tote in densely packed narrow-aisle racking

HaiPick System 3

Built for density. HaiPick robots stay inside the narrow aisles working densely packed racking, while fast-transit companion AMRs run goods out to the workstations, so retrieval is not limited by how far one robot has to travel.
Storage densityUp to 6xDaily throughputUp to 3xAMR speedUp to 4 m/s
Explore the system

Figures on the cards are Hai Robotics' published specifications.

Numbers don't lie.
Your data will prove it.

We model your business case from your own order profile, SKU count and peak volumes, not generic benchmarks. If the numbers stack, we'll show you exactly how.