IS AMR THE RIGHT FIT FOR YOUR OPERATION?

Understand where autonomous mobile robots fit and how they support more efficient material flow.

Autonomous mobile robots (AMRs) move materials through your facility without fixed infrastructure, reducing reliance on manual transport.

Unlike traditional automation, AMRs navigate dynamically, adapting to changing production conditions without requiring major layout changes.

AMRs support more efficient material handling, improve inventory visibility and streamline workflows across manufacturing and warehouse environments.

These systems move materials without fixed paths or manual operation, using sensors and mapping technology to adapt in real time.

AMRs deliver measurable improvements when material flow creates
inefficiencies, safety risks or production delays.

Where AMRs Deliver the Most Impact

AMRs help eliminate these challenges by improving material flow, increasing throughput and reducing operational risk.

Common signs material flow is limiting performance:

Autonomous mobile robots reducing forklift congestion in a warehouse environment

Forklift
Congestion

Forklift traffic is creating congestion or safety concerns

Autonomous mobile robots minimizing non-value-added movement and manual material handling

Non-Value-Added Movement

Operators spend significant time moving materials instead of adding value

Autonomous mobile robots improving material flow and reducing production disruptions

Production Flow Disruptions

Production flow is interrupted by manual transport or waiting

Autonomous mobile robots increasing throughput and optimizing material movement in manufacturing

Throughput
Constraints

You need to increase throughput without adding labor or floor space

Autonomous Mobile Robot Applications in Warehouse and Manufacturing Environments

The implementation of AMRs is reshaping how companies manage warehouse automation, logistics and supply chains. Autonomous mobile robots enable faster, more reliable movement of goods and materials by automating repetitive and labor-intensive tasks.

See how autonomous mobile robots are used in real-world applications →

autonomous mobile robots moving materials in a warehouse

Improved Efficiency and Throughput

Autonomous mobile robots are used in warehouse and manufacturing environments to move materials continuously without manual intervention. They operate 24/7 without fatigue, improving throughput and reducing delays.

Common applications include:

Material transport between workstations, line feeding and workstation support and warehouse movement and replenishment.

autonomous mobile robot fleet in warehouse automation

Enhanced Safety and Ergonomics

Autonomous mobile robots improve safety by reducing manual handling, repetitive movement and forklift interaction in warehouse and manufacturing environments.

Common applications include:

Reducing forklift traffic in shared spaces, automating pallet movement and eliminating manual material handling.

AMR system transporting pallets in manufacturing facility

Cost Reduction and Scalability

AMRs deliver long-term savings through reduced labor costs and fewer workplace injuries while scaling easily as operations grow.

Common applications include:

Scaling without adding labor, automating repetitive transport tasks and supporting flexible production layouts.

AMR fleet management dashboard showing real-time data and warehouse operations

Real-Time Data and Operational Visibility

AMRs collect valuable data during operation, enabling better decision-making and continuous optimization.

Common applications include:

Tracking material movement, identifying bottlenecks and integrating with warehouse and production systems.

Cutting-Edge Autonomous Mobile Robot Technology

Autonomous mobile robots combine advanced sensing, intelligent navigation and scalable system design to automate material movement in dynamic environments. These technologies allow AMRs to operate safely alongside people, adapt to changing conditions and integrate seamlessly into existing workflows.

Autonomous mobile robots using advanced sensors for navigation and obstacle detection in a warehouse environmentAdvanced Sensor Systems

AMRs use LiDAR, 3D cameras and ultrasonic sensors for precise movement and obstacle avoidance.

Enabled applications include:
Navigating dynamic environments and operating safely in shared spaces.

Autonomous mobile robots optimizing routes with intelligent path planning for efficient material movementIntelligent Path Planning

AMRs dynamically adjust routes based on real-time conditions to maintain optimal performance.

Enabled applications include:
Avoiding congestion and optimizing delivery routes.

Autonomous mobile robots designed for scalable and flexible deployment across manufacturing and warehouse environmentsModular and Scalable Design

Modular designs allow for easy maintenance and customization across different environments.

Enabled applications include:
Supporting different payload sizes and adapting to evolving workflows.

Autonomous mobile robots integrating with systems to provide real-time data and operational visibilityConnectivity and Data Integration

AMRs integrate with IoT platforms and warehouse systems for real-time data exchange.

Enabled applications include:
System integration, tracking and performance optimization.

Each capability plays a critical role in how AMRs deliver reliable, scalable performance across manufacturing and intralogistics applications.

Partnerships power progress

A Proven AMR Solution Backed by Van Meter

Van Meter delivers autonomous mobile robot solutions in partnership with leading AMR platforms, including OTTO by Rockwell Automation.

Every operation is different, and successful automation starts with understanding your workflows, constraints and goals. Our team works alongside you to identify opportunities for automation and recommend the right AMR solution for your environment.

Do you face challenges like:

  • Production bottlenecks and material flow disruptions
  • Forklift congestion and increasing safety risks
  • Labor constraints impacting throughput
  • Inefficient workflows and excessive manual handling

We combine proven AMR technology with engineering expertise and field services to design solutions that improve efficiency, safety and operational performance.

otto by rockwell automation=

Our Support Services Include:

  • Robotic system design and integration
  • Installation and deployment
  • Training and support
  • Maintenance and upgrades

Learn More About Autonomous Mobile Robots and AMR Applications

Ready to see how autonomous mobile robots can transform your business? Reach out to Van Meter to learn more about our tailored solutions and how we can help you implement advanced automation in your operations.

Getting Started

What are autonomous mobile robots?

How AMRs differ from traditional automation

Building the Business Case

Signs it’s time to invest in AMRs

How AMRs improve safety, productivity and labor utilization

Applications and Strategy

Explore autonomous mobile robot use cases in manufacturing and warehouse environments

How to evaluate AMRs for your operation

Start Your AMR Journey Today

Whether you're exploring automation for the first time or looking to scale your operation,
Van Meter can help you evaluate, design and implement the right AMR solution.

Request a Consultation »

Evaluate AMRs for Your Facility

Talk to a Van Meter automation expert to identify where AMRs fit in your operation and deliver measurable impact. Whether you're exploring automation or scaling your operation, we can help you evaluate, design and implement the right solution.

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