Unbox Robotics
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Vertical Robotic Sortation

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Our Core Technology

Unbox Robotics is built on a focused set of core technologies. Vertical robotic sortation, swarm-enabled fleet coordination, and tightly integrated hardware-software systems, designed to maximise throughput, accuracy, and space efficiency in real warehouse environments.

Core Technology Pillars

Vertical Robotic Sortation

A vertical robotic sortation system that uses warehouse height to deliver high throughput while reducing floor space requirements by 50–70% compared to traditional conveyor-based systems.

Swarm-Enabled Robotics Fleet

Robots operate as coordinated fleets using swarm-based algorithms and smart fleet management to dynamically optimise routing, throughput, and system efficiency at scale.

Modular & Software-Defined Deployment

A modular, software-defined system that enables rapid deployment, easy scaling, and flexible capacity expansion without disrupting ongoing operations.

Automation Beyond the Robot

To deliver reliable, end-to-end sortation performance, Unbox integrates a set of tightly coupled peripheral systems that automate induction, measurement, safety, and output handling.

Multi-Level Binning Systems

Based on customer application and workflow, Unbox supports multiple binning and shelving configurations:

Bag Chute

Direct-to-bag sorting for last-mile and hub operations

1 / 7

Straight Slide

Used for order consolidation and store-wise sortation

2 / 7

Rollcages

Carrier-based outbound sortation

3 / 7

Gaylords

Carrier-based outbound sortation

4 / 7

Gravity Flow

Carton or tote sortation (commonly used in footwear and similar industries)

5 / 7

Tote Slide

Direct sort into cartons or totes.

6 / 7

Hybrid Bin Type

Used for skewed demand, with a dual bagging method built in

7 / 7

Built for Accuracy, Uptime, and Safe Operations

Unbox integrates measurement, charging, and safety systems directly into the robotic workflow to eliminate manual intervention and ensure consistent operations.

Auto Induction Station

Automatically scans incoming parcels and discharges them onto robots. Once inducted, the robot independently transports the parcel to its assigned destination, eliminating manual handoffs.

Automatic Weighing Module

Once a parcel is placed on the robot, weight data is automatically captured as the robot passes over the weighing module and transferred to backend systems in real time.

Automatic Dimensioning Module

Parcel dimensions are automatically recorded when robots pass beneath the dimensioning module, ensuring accurate volumetric data without manual scanning.

Smart Charging System

Robots are supported by an intelligent charging system that ensures optimal battery availability and minimal downtime during operations.

Smart Safety Barricading

A smart safety solution that ensures safe access to the robot work zones without compromising operational efficiency.