Intralogistics Automation

Automate the movement, storage and delivery of materials across your facility with intelligent intralogistics solutions designed to keep goods flowing efficiently between receiving, storage, production and dispatch.

Intelligent Intralogistics For Connected Operations

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Connect Every Movement Across Your Facility

Intralogistics is more than transporting materials from one point to another. Robonetics combines autonomous mobile robots, intelligent navigation and material-handling systems to coordinate internal movement and create a more responsive flow of goods across your operation.

Automate Internal Transport

Move materials, pallets, bins, carts and production loads between designated locations without relying on repetitive manual transportation.

Reduce Unnecessary Travel

Optimise internal movement routes and minimise the time and effort spent transporting materials between operational zones.

Keep Material Flow Moving

Create dependable movement between receiving, storage, production, inspection and dispatch to prevent interruptions in downstream operations.

Adapt To New Workflows

Deploy automation across different routes, load types and operational areas as facility requirements, production volumes and material flows evolve.

Build A More Connected Material Flow

Ready To Automate Internal Logistics?

Identify repetitive transportation routes, material bottlenecks and non-value-adding movement across your facility. Discover where autonomous intralogistics can improve throughput, utilisation and operational continuity.

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Our Approach

From Material Flow Analysis To Autonomous Intralogistics

No two facilities have the same movement patterns. We analyse your material flow, facility layout, load requirements and operational priorities before developing an automation strategy that fits your environment.

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Map Material Movement

Analyse how materials move between receiving, storage, production, inspection, staging and dispatch, including routes, load types, frequency and handling requirements.

Plan The Flow

Define suitable automation routes, vehicle types, loading points, transfer locations and system interactions based on your facility and operational requirements.

Integrate The System

Connect autonomous vehicles with existing workflows, equipment and operational systems to establish coordinated and reliable material movement.

Optimise & Scale

Monitor movement patterns, identify opportunities for improvement and extend autonomous transportation to additional workflows as demand increases.

Operational Benefits

Turn Internal Movement Into Operational Advantage

Well-designed intralogistics automation can transform internal transportation from a repetitive manual activity into a coordinated part of your operational workflow.

Discover The Possibilities

Faster Material Availability

Move components, goods and production materials between operational areas with greater consistency and less waiting.

Better Resource Utilisation

Reduce the time employees spend on repetitive transportation and redirect workforce capacity toward higher-value operational activities.

Improved Movement Reliability

Establish predictable transportation routes that support continuous material availability across critical workflows.

Scalable Internal Logistics

Expand autonomous movement across new routes, load types and facility zones without redesigning your entire logistics operation.

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Frequently Asked Questions

Clear answers to help you understand how intralogistics automation can improve internal material movement.

What is intralogistics automation and how does it differ from conventional material handling?

Intralogistics automation uses autonomous mobile robots, towing systems, software and connected material-handling equipment to move goods within a facility. Unlike conventional material handling that depends heavily on forklifts or manual transportation, autonomous systems can execute repetitive movement routes with minimal operator intervention while adapting to changing workflows.

Which intralogistics processes can be automated with AMRs?

AMRs can automate a wide range of internal transportation tasks, including raw material movement, line-side replenishment, WIP transportation, pallet movement, finished-goods transfer, cart towing, kitting support and warehouse-to-production transportation. The appropriate AMR configuration depends on payload, route characteristics, handling method and workflow requirements.

How do AMRs know where to collect and deliver materials?

AMRs use navigation technologies such as SLAM, sensors and facility mapping to understand their operating environment and determine movement paths. Task instructions can be assigned through the fleet management system, allowing vehicles to travel between defined pickup, drop-off and staging locations.

Can intralogistics automation integrate with WMS, MES or ERP systems?

Yes. Autonomous material movement can be connected with existing warehouse and manufacturing systems through suitable interfaces and integration layers. This enables transportation tasks to be triggered by inventory requirements, production activities, replenishment requests or other operational events rather than relying entirely on manual instructions.

How does an automated material flow handle changing production requirements?

Modern intralogistics systems can accommodate changing routes, destinations and task priorities through software-controlled workflows. New pickup points, delivery locations and transportation missions can be introduced as operational requirements change, allowing the automation system to evolve with the facility.

Have a Process You Want To Automate?
Talk to our robotics team to explore the right factory automation approach for your machines, processes and production goals.

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