Addverb has announced expansion in its diverse mobile robotics portfolio designed to address different material movement, picking, assembly-line, and order fulfilment requirements across modern warehouse and industrial operations.

As warehouses increasingly adopt automation to manage the movement of inventory, materials, totes, carts, and orders, Addverb is highlighting the importance of matching individual robot platforms to specific operational requirements. The company's mobile robotics portfolio includes Dynamo, Dash, FlowT and Veloce, with each platform designed around a distinct warehouse or industrial application.

Addverb Expands Mobile Robotics for Material Movement and Picking

Addverb's Dynamo Autonomous Mobile Robot is designed for material movement, picking, and tugging applications. Depending on the variant, Dynamo can handle a maximum payload of up to 5,512 pounds and operate at speeds of up to 2.62 feet per second.

The platform is designed to support the movement of materials and inventory within warehouse environments while assisting with workflows that can involve picking and tugging. Its capabilities allow businesses to incorporate autonomous transportation into different stages of internal material movement.

By addressing multiple functions within one mobile robotics platform, Dynamo can support warehouses looking to automate recurring transportation tasks while maintaining flexibility across different operational areas.

Dash Supports Assembly-Line Material Movement

Addverb's Dash Assembly Line Robot is designed specifically for movement and tugging applications around assembly-line operations.

Dash can transport payloads of up to 3950 pounds at speeds of up to 1.31 feet per second. Its application-focused design allows it to support material movement between operational points associated with assembly and production processes.

The platform provides an automated option for businesses that need to move materials around production environments without relying entirely on manual transportation methods.

Veloce Targets Multi-Carton Picking and Fulfilment

For fulfilment operations, Addverb has introduced Veloce, a Multi-Carton Picking Robot designed for multi-carton picking and order fulfilment.

Veloce can handle payloads of up to 529 pounds and operate at speeds of up to 4.92 feet per second. Its focus on multi-carton picking allows the platform to address a different requirement from robots designed primarily for general material transportation.

By dedicating Veloce to picking and fulfilment workflows, Addverb is expanding its mobile robotics capabilities beyond transportation and into order-processing operations.

FlowT Brings Autonomy to Pallet Handling

Addverb's FlowT Autonomous Forklift is designed for pallet movement across warehouses, distribution centres, and manufacturing shopfloors. Available in ground-to-ground and ground-to-height variants, FlowT can lift and transport pallets of up to 4,409 pounds at speeds of up to 4.92 feet per second.

Equipped with LiDAR-based navigation and advanced safety sensors, FlowT operates without special infrastructure, giving businesses an automated alternative to manual forklift operations for material movement, storage, and order picking.

Matching Robots to Specific Warehouse Requirements

Addverb's portfolio reflects the growing variety of tasks being automated within warehouses and industrial facilities.

Material movement, picking, tugging, assembly-line transportation, and order fulfilment can require different robot configurations and operating characteristics. Instead of treating every movement as the same task, Addverb's approach separates applications across purpose-built mobile robotic platforms.

Dynamo is positioned around general material movement, picking, and tugging. Dash focuses on assembly-line movement and tugging, Veloce addresses multi-carton picking and fulfilment, and FlowT handles autonomous pallet lifting and transport.

This application-based approach allows warehouse operators to consider the specific movement taking place, the type and weight of material being handled, and the location within the broader workflow when evaluating mobile robotics.

Supporting Connected Intralogistics

Mobile robots can play an important role in connecting different stages of warehouse and industrial operations. Materials may need to move between storage areas, workstations, picking zones, assembly lines, and fulfilment points, creating numerous recurring transportation requirements.

Addverb's mobile robotics portfolio is designed to address these different requirements through platforms built around defined operational roles.

The company's approach also highlights a broader shift in warehouse automation. The question for many operations is no longer simply whether mobile robots can be introduced, but which type of robotic platform is appropriate for a particular movement or workflow.

Building Automation Around the Task

The diversity of Addverb's mobile robot portfolio gives businesses the ability to consider automation according to the task rather than attempting to use a single platform for every requirement.

Dynamo can support material movement, picking, and tugging; Dash is designed for assembly-line movement and tugging; Veloce focuses on multi-carton picking and order fulfilment; and FlowT automates pallet lifting and transport.

Together, these platforms provide coverage across several important areas of warehouse and industrial movement.

For companies evaluating mobile robotics, factors such as payload, speed, application, workflow design, material type, and interaction with existing operations can influence which platform is appropriate.

Mobile Robotics in Customer Deployments

Addverb's mobile robots are already supporting material movement and fulfilment at customer sites across industries.

At The Wooster Brush Company in Wooster, Ohio, Addverb replaced a manual, paper-based picking process with 13 autonomous mobile robots, each handling payloads of up to 1,100 pounds. The robots follow pickers through the aisles while two automated pallet de-stackers and stackers support the process, all coordinated by Addverb's Fleet Management System. The solution dispatches 15,000 cases per day and has doubled capacity compared with manual operations.

For a global dairy-farming technology leader, Delaval in Sweden, Addverb automated final assembly without changing the customer's existing pallets or facility footprint. Dash Tug moves pallets carrying assembled units weighing up to 3,527 pounds across 30 workstations and 4 buffer stations, while Dynamo robots replenish component trolleys between the kitting area and production work centres.

At Maersk in Australia, autonomous mobile robots and Multi-Carton Picking Robots form part of a combined fixed and flexible automation solution for omnichannel fulfilment, supporting the dispatch of 100,000 pieces per day to 2,500 unique distribution nodes.

About Addverb

Addverb develops warehouse automation and robotics solutions designed to support material handling, fulfilment, storage, and industrial operations. Its mobile robotics portfolio includes autonomous platforms designed for material movement, assembly-line transportation, picking, tugging, and fulfilment applications.

More information about Addverb's robotics and automation solutions is available at Addverb's official website.

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