Automated Warehouse Robots

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Mobile robots are flexible warehouse automation solutions designed to move, pick, and store totes, pallets, cartons, and inventory. Equipped with LiDAR, cameras, GPS, and intelligent navigation software, these robots travel accurately through warehouse environments while avoiding obstacles and adapting to changing workflows.

In warehouses, mobile robots accelerate material handling, improve workplace safety, reduce travel time, and streamline order fulfillment. Their flexibility and scalability make them essential for modern automated warehouses, distribution centers, and fulfillment operations.

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Mobile Robots brought alive by

Autonomous Mobile Robots (AMRs)

Dynamo uses autonomous navigation to perform intelligent material transport across warehouse operations.

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  • Performance

    Operates at speeds of up to 4.92 ft/s. with a battery runtime of up to 4 hours.

  • Safety

    Features multi-level safety and warning zones that slow or stop the robot at a safe distance.

  • Flexibility

    Functions as a pick assistant or integrates with a robotic arm to meet diverse operational requirements.

Assembly Line Robot

Dash robots uses autonomous guidance to transport chassis and tug assembly loads safely and efficiently across assembly operations.

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  • Performance

    Reliably transports loads of up to 3,968 lbs with consistent operational performance.

  • Efficient

    Supports repetitive and flexible assembly line workflows to improve productivity.

  • Adaptable

    Equipped with multi-level safety systems to support safe operation in dynamic production environments.

Multi-Carton Picking Robot

Veloce uses grid-based navigation to perform high-density storage and retrieval of totes, cases, and cartons.

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  • Performance

    Carries payloads of up to 529 lbs. and reaches storage heights of up to 11.35 ft.

  • Safety

    Features multi-level safety systems, indicator lights, and audible warnings to support safe operations.

  • Accuracy

    Delivers precise storage and retrieval with stop accuracy of up to 0.4 inch.

Automated Storage and Retrieval Systems (AS/RS) are advanced warehouse automation solutions designed for high-density storage and efficient goods retrieval. Equipped with shuttles, lifts, rails, robotic systems, and inventory management software, AS/RS systems accelerate material handling and improve inventory control.

In warehouses, AS/RS maximize vertical and horizontal storage capacity while increasing throughput through FIFO, LIFO, FILO, and FEFO inventory strategies. These systems play a critical role in high-SKU operations and temperature-controlled environments, including cold storage and frozen warehousing facilities.

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AS/RS System brought alive by

4 Way Pallet Shuttle

Cruiser 360 uses multi-directional shuttle movement to automate deep-lane pallet storage and retrieval. 

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  • Performance

    Carries payloads of up to 3,306 lbs. and operates at speeds of up to 4.92 ft/s.

  • Efficiency

    Supports high-density storage up to 196.85 ft deep with FIFO/LIFO inventory management.

  • Flexibility

    Accommodates various pallet sizes and loads to meet diverse storage requirements.

Mother Child Shuttle

Multi-pro uses mother and child shuttles to accelerate pallet storage and retrieval in deep-lane systems.

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  • Performance

    Achieves carrying speeds of up to 9.84 ft/s. for the mother shuttle and 3.6 ft/s. for the child shuttle.

  • Safety

    Features advanced safety systems to support safe and reliable warehouse operations.

  • Efficiency

    Maximizes vertical space utilization to increase storage density and operational efficiency.

Carton Shuttle

Quadron uses intelligent carton sequencing to streamline order fulfillment and inventory buffering.

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  • Performance

    Supports storage of up to 11 cartons per foot for optimized space utilization.

  • Efficiency

    Sequences order picking based on dispatch priority to improve fulfillment efficiency and throughput.

  • Accuracy

    Provides accurate storage and real-time inventory visibility for enhanced inventory control.

Multi Level Shuttle

Medius uses multi-level shuttle operations across levels for high-throughput storage and retrieval.

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  • Performance

    Reaches storage heights of up to 65 ft. and carries payloads of up to 66 lbs.

  • Efficiency

    Supports high-density storage of up to 11 cartons/sqft. with throughput of up to 100 cartons per hour.

  • Accuracy

    Delivers high accuracy and complete inventory visibility for improved inventory control.

2 Way Pallet Shuttle

Cruiser uses rail-guided shuttle movement to automate deep-lane pallet storage with FIFO and LIFO flexibility.

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  • Performance

    Carries payloads of up to 3,306 lbs. and operates at speeds of up to 3.6 ft/s.

  • Efficiency

    Supports high-density storage lanes up to 196.85 ft. deep with FIFO and LIFO inventory management.

  • Flexibility

    Accommodates various pallet sizes and loads to meet changing storage requirements.

Sorting robots are intelligent warehouse automation solutions designed to identify, sort, and route parcels, cartons, and packages with speed and accuracy. Equipped with sensors, vision cameras, barcode scanners, and AI-powered fleet management software, they ensure reliable sorting and continuous material flow.

In warehouses, sorting robots reduce processing time, minimize errors, improve order consolidation, and increase throughput. They are widely used in e-commerce fulfillment centers, 3PL warehouses, pharmaceutical distribution operations, and retail distribution centers to support high-volume order fulfillment and faster shipping performance.

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Sorting Robots brought alive by

Robotic Sorter

Zippy uses grid-based floor markers to perform high-speed, SKU-level intelligent sortation.

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  • Performance

    Achieves speeds of up to 4.92 ft/s. and performs up to 30,000 sorts per hour.

  • Scalability

    Easily scales to accommodate peak seasons and fluctuating order volumes.

  • Accuracy

    Delivers precise parcel placement with stop accuracy of up to 0.4 inch.

Vertical Sortation Robot

SortIE travels on a dedicated track, and vertically sorts individual packets to their destination locations at varied heights

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  • Performance

    Operates at speeds of up to 9.84 ft/s. and performs up to 450 sorts per hour.

  • Scalability

    Easily scales to support seasonal demand spikes and growing throughput requirements.

  • Flexibility

    Handles various parcel sizes and types with a payload capacity of up to 4.4 lbs.

Picking systems improve order picking speed, accuracy, and efficiency through both Person-to-Goods (PTG) and Goods-to-Person (GTP) methodologies. Equipped with HOCA, pick-to-light technology, and intelligent software, these systems streamline picking operations and support faster order fulfillment.

In warehouses, picking systems reduce travel time, improve productivity, and enhance picking accuracy. Their scalability and flexibility make them ideal for operations handling diverse SKU inventories, while seamless integration with warehouse automation systems enables efficient fulfillment across modern distribution centers and e-commerce warehouses.

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Picking Systems brought alive by

Horizontal Carousel System (HOCA)

HOCA uses carousel-based Goods-to-Person picking to accelerate order fulfillment and maximize storage density.

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  • Performance

    Supports multi-user picking operations to reduce order processing time and increase productivity.

  • Scalable

    Expands seamlessly with additional levels to accommodate growing SKU ranges and throughputs.

  • Versatile

    Adapts to high-SKU environments and fast-paced order fulfillment operations.

Pick To Light (PTL)

Rapido uses light-guided picking to direct operators to the right item and quantity with maximum accuracy.

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  • Performance

    Achieves picking rates of up to 500 order lines per hour.

  • Scalability

    Easily expands through the addition of light modules and picking zones.

  • Accuracy

    Delivers up to 100% picking accuracy for error-free order fulfillment.

Warehouse software solutions streamline, manage, and optimize warehouse operations by supporting inventory tracking, order management, robot synchronization, bin location management, and resource allocation. Integrated with warehouse automation systems, they provide real-time visibility, data-driven insights, and accurate inventory control across warehouse workflows.

In warehouses, these solutions support FIFO and LIFO picking strategies, improve inventory flow, simplify compliance reporting, and enhance operational efficiency. As a result, they serve as a critical component of modern warehouse management, fulfillment, and distribution operations.

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Software brought alive by

`Warehouse Management System

Optimus uses configurable workflows to manage inventory, resources, and warehouse execution from a single platform.

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  • Highly Configurable

    Supports advanced business-rule customization to align with unique operational requirements.

  • Scalable

    Seamlessly scales to manage complex warehouse automation systems and growing business needs.

  • Easy to deploy

    Enables cost-effective implementation and rapid deployment across warehouse environments.

Warehouse Execution System

Concinity uses AI-driven warehouse orchestration to optimize resources, workflows, and automation performance in real time.

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  • Plug and Play

    Supports microservices-based architecture for rapid integration and plug-and-play deployment.

  • Intuitive

    Features a responsive, device-agnostic user interface for simplified warehouse execution.

  • AI-Driven

    Leverages an AI-powered optimization engine to manage complex order profiles and maximize operational productivity.

Warehouse Control System

Mobinity uses real-time equipment control to synchronize material flow across warehouse automation systems.

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  • Integration

    Seamlessly integrates with WMS, WES, ERP, and automation equipment for coordinated warehouse operations.

  • Visibility

    Provides real-time visibility into inventory status and material movement across the warehouse.

  • Modular

    Features a hardware-agnostic, modular architecture for deployment and scalability.

Fleet Management System

Movect uses centralized fleet intelligence to coordinate, schedule, and monitor multi-vendor robot operations.

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  • Efficiency

    Enables intelligent task allocation based on order priority, workload, and robot availability.

  • Optimal Path Planning

    Uses dynamic path planning to reduce congestion and improve flow.

  • Enhanced Visibility

    Provides real-time visibility into robot location, status, battery health, and task progress.

Conveyor systems, vertical lifts, and Rail Guided Vehicles (RGVs) are automated material handling solutions designed to transport cases, totes, cartons, and pallets across warehouse operations. Using conveyors, vertical lifting systems, rail-guided transport, and intelligent controls, they enable efficient movement of goods across both horizontal distances and vertical storage levels.

In warehouses, these systems increase throughput, reduce manual handling, improve safety, and streamline order fulfillment. Their ability to support automated material flow makes them essential for modern warehouse automation and distribution operations.

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Conveyors and more brought alive by

Pallet Conveyor

Pallet Conveyor Uses conveyor-driven material flow to transport and route pallet loads across warehouse operations.

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  • Heavy Capability

    Handles heavy pallet loads with precision across complex warehouse layouts

  • Reduced Handling

    Automates routing, lifting, rotation, and transfers to reduce manual intervention and operator strain.

  • Flexibility

    Supports 90-degree transfers and precise pallet positioning to improve flow and optimize routing.

Roller Conveyor

Uses roller-based conveyance to transport cases, totes, and cartons through warehouse workflows. 

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  • Versatile Drive Options

    Supports both gravity-fed and motor-driven configurations to suit diverse requirements.

  • Modularity

    Features a modular design that can be easily reconfigured as warehouse needs evolve.

  • Reliability

    Delivers dependable performance with fewer moving parts, simplified maintenance, and extended service life.

Belt Conveyor

Uses belt-driven conveyance to transport parcels, totes, and cases with high-speed precision and stability.

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  • High Speed Transfer

    Enables precise product positioning for high-speed scanning, sortation, and material flow.

  • Stablity

    Provides smooth, continuous transport to prevent bumping, stalling, and product damage.

  • Energy Efficient

    Maintains momentum with lower energy consumption, helping reduce operating costs.

Vertical Lifts

Vertical lifts uses vertical transfer automation to move cartons, totes, and pallets across multiple warehouse levels.

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  • High Speed Transfer

    Supports 24/7 operations with transfer speeds of up to 13.12 ft/s. for continuous material movement.

  • Accurate Positioning

    Uses QR-based positioning to ensure precise alignment at every transfer point.

  • Customisable

    Reaches heights of up to 65.61 ft. and integrates seamlessly with AS/RS systems, conveyors, and other solutions.

Rail Guided Vehicle (RGV)

Travect uses rail-guided movement to deliver fast, high-throughput pallet transport between warehouse zones.

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  • Performance

    Carries payloads of up to 3,306 lbs. and travels at speeds of up to 9.84 ft/s.

  • Safety

    Delivers safe and reliable operation through predictable, controlled movement on dedicated rails.

  • Efficiency

    Enables high-throughput pallet transport with acceleration of up to 1.64 ft/s².

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Frequently Asked Question

  • What is automated warehousing?

    Automated warehousing involves the use of warehouse automation technologies, robotics, and software to streamline operations, optimize workflows, and execute tasks with greater speed, accuracy, and efficiency while minimizing manual intervention.

  • What are the benefits of automated warehouse robots?

    Automated warehouse robots improve productivity, operational efficiency, and space utilization while providing real-time inventory visibility. They also enhance workplace safety, reduce errors, and increase throughput to support peak-season fulfillment demands.

  • What types of warehouse robots are used in automated warehouses?

    Modern automated warehouses use a variety of robotic systems, including mobile robots, Goods-to-Person (GTP) systems, sorting robots, pallet-moving robots, Automated Storage and Retrieval Systems (AS/RS), and robotic picking solutions. The right combination depends on operational goals, warehouse layout, and throughput requirements.

  • How can warehouse automation help address labor shortages?

    Warehouse automation reduces reliance on manual labor by automating transportation, storage, picking, and sortation tasks. This helps distribution centers maintain productivity, improve workforce utilization, and meet growing order volumes despite labor shortages.

  • How does warehouse automation support e-commerce fulfillment?

    Warehouse automation increases order accuracy, accelerates picking and sortation, and improves inventory visibility, enabling faster fulfillment and shipping for high-volume e-commerce operations.

  • What is the cost for automating warehouse?

    The cost of warehouse automation varies based on factors such as warehouse size, number of robots, software integration requirements, system complexity, customization needs, and ongoing maintenance, training, and support plans.

  • How soon can you realise ROI for warehouse automation?

    Warehouse automation requires an initial investment for design, installation, and implementation. However, improved productivity, labor efficiency, accuracy, and throughput can help businesses achieve ROI faster, depending on the scope and complexity of the solution.

  • What are different systems for automated warehousing?

    Automated warehousing can include mobile robots, Automated Storage and Retrieval Systems (AS/RS), Goods-to-Person (GTP) systems, sorting robots, conveyor systems, vertical lifts, Rail Guided Vehicles (RGVs), and warehouse software. The best results are achieved when these systems operate together through a synchronized automation strategy.

  • How seamless can Addverb products integerate with existing systems?

    Addverb’s warehouse automation solutions and software are designed for seamless integration with existing warehouse management systems (WMS), enterprise platforms, and operational workflows, enabling faster deployment and improved scalability across facilities.

  • Can your warehouse robots work with existing Warehouse Management Systems (WMS)?

    Yes. Most of our warehouse robots integrate with existing Warehouse Management Systems (WMS), Warehouse Control Systems (WCS), and Enterprise Resource Planning (ERP) platforms to enable real-time inventory visibility, order tracking, and coordinated warehouse operations.

  • Which industries benefit most from warehouse automation?

    Warehouse automation delivers significant benefits across e-commerce, retail, third-party logistics (3PL), manufacturing, pharmaceuticals, food and beverage, automotive, and cold storage industries. Automated systems help improve productivity, accuracy, and order fulfillment performance.