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Autonomous Mobile Robots

Godrej-Körber’s Autonomous Mobile Robots (AMR) are meticulously engineered to create a reliable automated workforce that effectively meets the growing demands of customers. This flexible automation ensures warehouse scalability, enhances productivity, and improves operational efficiency. Our AMR robots can effortlessly navigate various environments without the need for manual guidance. Furthermore, they also streamline operations and help deliver better ROIs for your supply chain.

The Autonomous Mobile Robots Challenge

Labor Challenges

A rapidly growing business will need an adequate workforce that’s highly skilled and well-trained to consistently meet evolving customer demands, and AMR robots offer a reliable solution.

Unpredictable Workload

With uncertain, seasonal, and fluctuating workloads, maintaining an efficient warehouse operation is a significant challenge that autonomous mobile robots can effectively manage.

Technological Advancement

Traditional automation is expensive. For sustainable growth and scalability, businesses must stay aligned with the dynamic technological landscape by incorporating AMR robot technology.

Proven Solutions for Today & Tomorrow

Download the brochure to know how our automated solutions, including autonomous mobile robots, can optimize your intralogistics performance, streamline processes, and enhance your operational efficiency.

The Autonomous Mobile Robots Advantage

At Godrej-Körber, we offer tailored solutions, including AMR robots, that seamlessly align with your specific business needs and operational requirements. We have the expertise, knowledge, and experience in warehouse technology that equips businesses to conquer supply chain complexities. Furthermore, our partnership with leading autonomous mobile robot manufacturers and innovators enables us to adapt to the evolving market dynamics and effectively meet our customer demands.

Benefits at a Glance

An adaptable and easy-to-scale system that effectively meets fluctuating and seasonal demands with long-term growth and development.

Implementing autonomous robotic solutions greatly enhances workforce safety and boosts overall operational efficiency and productivity.

AMR is more cost-efficient than traditional automation as they are easier to scale, and support long-term growth or seasonal fluctuations ensuring flexible operations.

This robotic solution provides real-time results, enhances operational optimization and enables complete visibility of speed, efficiency and insights.

Enquire Now: Let us turn your supply chain challenges into opportunities

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    Questions? We Have The Solutions!

    An Autonomous Mobile Robot (or AMR) is a type of robot that can both understand and move through its environment independently. An AMR can do so without being directly overseen by an operator or limited to a fixed and predetermined path.

    AMRs use a combination of technologies for autonomous navigation, including LiDAR (Light Detection and Ranging), cameras, sensors, and sometimes machine learning algorithms. These systems allow them to perceive their environment, map it, and navigate based on that information. 

    Yes, AMRs can be integrated with WMS and other software systems. This integration allows for real-time communication, task scheduling, and coordination with other automated systems. 

    Unlike Autonomous Guided Vehicles (AGVs), AMRs operate from a digital map of their environment, and require little or no infrastructure modification. An AGV is a computer-controlled means of transport that follows a predestined path around a facility, warehouse or distribution center without an operator or driver.

    AMRs can be used in various ways inside the warehouse. One of the most common applications for AMR robots is the transport of pallets within warehouses and facilities. AMRs are also capable of intricate picking fulfillment and large payloads.

    AMRs use a set of sensors, cameras, artificial intelligence (AI) and machine learning (ML) to compute a path to navigate through the environment without human control or intervention.

    Let’s Connect

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