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HomeTechnologiesDematic

RapidPick XT: Goods-to-Robot Piece Picking System

by DematicFully automated
AutoStore (Cubic)OthersRobotic Piece PickingGoods-to-Person SystemsWES (Warehouse Execution)
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Quick Facts

Vendor
Dematic
Automation Level
Fully automated
Key Features
6 Features
Applications
3 Use Cases

Technology Performance Metrics

Efficiency95%Flexibility88%Scalability90%Cost Effect.85%Ease of Impl.75%

Key Features

1Goods-to-Robot piece picking system
2High-density automated storage subsystem for inventory totes
3Warehouse Execution Software (WES) for strategic tote release sequencing
4Overhead vision system for item identification within totes
5Modular robotic picking cells scalable based on required capacity
6Continuous flow of inventory totes and empty order totes

Benefits

Compresses order processing time through speed-optimized design
Delivers high picking accuracy (correct items and quantities)
Drives costs down and productivity up through complete automation
Provides operational flexibility and scalability for peak demands
Supports 24/7 operation with robotic cells schedulable for three shifts

🎯Applications

1High-volume e-commerce order fulfillment
2Retail store replenishment
3Wholesale distribution operations

📝Detailed Information

Technology Overview

Dematic RapidPick XT represents a cutting-edge approach to automated order fulfillment, specifically addressing the labor-intensive and error-prone challenge of piece picking. It is a "Goods-to-Robot" system where inventory is brought directly to stationary robotic work cells, reversing the traditional "person-to-goods" model. This system is designed for environments with a vast number of SKUs and high order volumes, such as e-commerce, omnichannel retail, and wholesale distribution. By integrating high-density storage, intelligent software, and robotic vision-guided picking, it creates a continuous, closed-loop system that automates the entire process from inventory storage to assembled orders, aiming to maximize throughput, accuracy, and operational efficiency.

How It Works

Core Principles

The core principle is goods-to-robot automation within a closed-loop conveyor system. Inventory is stored in totes within a high-density automated storage system. Upon order demand, the Warehouse Execution System (WES) orchestrates the retrieval of specific inventory totes and their delivery to robotic picking stations at the precise time needed. Robots, guided by overhead vision systems, pick individual items from these inventory totes and place them into outbound order totes.

Key Features & Capabilities

The system is fundamentally a Goods-to-Robot piece picking system, eliminating the need for human pickers to walk or search. It relies on a high-density automated storage subsystem for inventory totes, which serves as the source of goods and maximizes storage footprint efficiency. Intelligence is provided by the Warehouse Execution Software (WES) for strategic tote release sequencing, ensuring robots have the right items at the right time to optimize order assembly. An overhead vision system enables item identification within totes, allowing the robot to locate and pick items without fixed fixtures. The design is modular, with the number of robotic picking cells scalable based on required capacity, allowing for phased growth. The entire operation is based on a continuous flow of both inventory totes and empty order totes, supporting high, sustained picking rates.

Advantages & Benefits

The system is engineered for speed, compressing order processing time and enabling faster order cycle times. It delivers exceptionally high picking accuracy by ensuring the correct items and quantities are selected robotically. By making inventory storage and order assembly completely automated, it drives operational costs down and productivity up. The modular architecture provides operational flexibility and scalability to handle both daily fluctuations and seasonal peak demands. Furthermore, robotic cells can be scheduled to operate three shifts a day, supporting 24/7 operations without labor constraints.

Implementation Considerations

Implementation requires integration with a high-density automated storage subsystem, which is a significant infrastructure investment. The system design and the number of robotic cells are directly dependent on specific throughput (orders per hour) and SKU profile requirements, necessitating detailed analysis during the planning phase.

Use Cases & Applications

Ideal For

This system is ideal for high-volume, multi-SKU fulfillment operations where piece-picking accuracy and speed are critical competitive differentiators, particularly in direct-to-consumer e-commerce and retail distribution.

Performance Metrics

While specific throughput numbers are not given, the system is designed for high order picking rates supported by continuous tote flow. The key results are defined as maximum productivity and efficiency, operational flexibility, and scalability to meet both current and future fulfillment demands.

Conclusion

Dematic RapidPick XT is a transformative automation solution for modern fulfillment challenges. By combining robotics, intelligent software, and dense storage into a seamless "goods-to-robot" workflow, it addresses the core pain points of labor availability, accuracy, and speed in piece picking. For organizations looking to scale their fulfillment operations reliably, reduce dependency on manual labor, and achieve new levels of efficiency and accuracy, investing in a system like RapidPick XT represents a strategic step towards future-proof, high-performance logistics.