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Autonomous mobile robots

KUKA Autonomous Mobile Robotics (AMR) ✓

Autonomous robots for flexible material transport and assembly.

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MobileRobotics MaterialTransport AssemblyAutomation
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IndustrialApplications ProcessAutomation DeploymentEfficiency Autonomous mobile robots
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Verdict

A quick read before you dig into the full page.

Best if
Autonomous robots for flexible material transport and assembly
Skip if
Limited adaptability
Pick this when
Advanced sensor technology

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Overview

KUKA's Autonomous Mobile Robotics (AMR) offers mobile solutions for various industrial applications, particularly in logistics and production. Equipped with advanced sensor technology and no-code programming capability, these robotic systems are designed for safe and flexible material transportation, assembly, and other related storage solutions.

Their unique design enables them to navigate autonomously, detect and evade obstacles, and create alternative routes, optimizing the workflow in diverse sectors such as warehousing, manufacturing, healthcare, and retail.

These robots operate using innovative Li-ion battery technology, providing uninterrupted, high-energy-density power that supports their 24/7 operation.

They deliver high flexibility as they allow the linking of any number of autonomous mobile robots and seamless integration into existing operations, facilitating quick adaptation to customer requirements or product changes.

Notably, their deployment leads to a significant increase in efficiency and speed in warehouse and production environments by automating transport and logistics processes.

KUKA Autonomous Mobile Robotics (AMR) website

Access & connections

Where you can use KUKA Autonomous Mobile Robotics (AMR).

Platforms

Web

Capabilities

What this tool accepts, produces, and is strongest at.

Input

  • Sensor data

Output

  • 3D

Pros & cons

Pros

  • Advanced sensor technology
  • No-code programming capability
  • Safe material transportation
  • Flexible assembly
  • Autonomous navigation
  • Detects and evades obstacles
  • Creates alternative routes
  • Workflow optimization across sectors
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  • Uninterrupted 24/7 operation
  • Innovative Li-ion battery technology
  • High-energy-density power
  • Linking any number of robots
  • Seamless integration into operations
  • Quick adaptation to changes
  • Increased operational efficiency
  • Speed increase
  • Automates transport, logistics processes
  • Useful in diverse sectors
  • Compact, flexible models
  • Integrates easily into supply chains
  • Mobile manipulators for material handling
  • Intelligent traffic flow control
  • Automation portfolio for various requirements
  • Meets highest safety standards
  • HRC-compliant solutions
  • Scalable AMR Portfolio
  • Supports cleanroom applications
  • Various drive technologies
  • Hybrid and free navigation
  • Fleet management system
  • Easy integration (VDA/VDMA-5050 compatible)
  • Global all-round service
  • 24/7, 365 days support
  • High security standards
  • TV-tested HRC system
  • ESD protection
  • ISO-3 cleanroom certified
  • IP54 rated protection
  • Offers feasibility studies, test setups
  • Virtual simulation
  • Programming services
  • On-site or digital employee training

Cons

  • Requires regular battery changes
  • Limited by physical obstacles
  • Unsuitable for certain industries
  • Lacks redundancy features
  • No real-time monitoring
  • Depends on clear markers
  • Limited sensor field
  • Limited adaptability
Show 2 more
  • Doesn't work offline
  • Hardware updates needed

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Releases 1

Initial release January 17, 2024 Current
Initial release of KUKA Autonomous Mobile Robotics (AMR).

FAQ 12

What is the capacity of KUKA's Autonomous Mobile Robotics (AMR)?
KUKA's Autonomous Mobile Robotics (AMR) is designed for efficient, safe, and flexible material transportation, assembly, and storage solutions in various industrial applications. This includes sectors like warehousing, manufacturing, healthcare, and retail. Its capacity encompasses navigation autonomy, obstacle detection and evasion, route creation alternatives, and logistics processes automation.
How does KUKA AMR's sensor technology work?
KUKA AMR is equipped with advanced sensor technology to navigate autonomously and detect obstacles. The LiDAR sensors perceive the environment, and by doing so, this allows the AMR to safely evade obstacles and illicit alternate routes. The sensitive collision detection system and three-dimensional environment recognition enable direct interactions with humans without additional protective devices.
What programming skills are needed to operate KUKA's Autonomous Mobile Robotics?
No specific programming skills are needed to operate KUKA's Autonomous Mobile Robotics. It boasts a no-code programming capability, making operation and set-up easier for users, regardless of their programming skill level.
What kind of obstacles can KUKA AMR detect and evade?
KUKA AMR is capable of detecting and evading a variety of obstacles in its path. Its advanced sensor technology allows it to smartly recognize physical barriers and reroute its path to continue its workflow.
How is KUKA AMR's route optimization feature beneficial?
KUKA AMR's route optimization feature is beneficial in numerous ways. It allows the robot to create and utilize alternative routes when hurdles are detected, thereby ensuring uninterrupted workflow. This autonomous navigation not only boosts productivity but also improves the overall process by making it more efficient and time-effective.
In what industries can I use KUKA's Autonomous Mobile Robotics?
KUKA's Autonomous Mobile Robotics can be utilized in various sectors. These include warehousing, manufacturing, healthcare, and retail, offering versatile material transportation, assembly, and storage solutions.
What kind of battery technology does KUKA AMR use?
KUKA AMR operates using innovative Li-ion battery technology. This type of battery provides high-energy-density power to support the ongoing operations of the robot.
How long can KUKA AMR operate uninterrupted?
Thanks to the high-energy-density Li-ion battery technology, KUKA AMR can operate uninterrupted 24/7, offering around the clock operation for any required application.
How many autonomous mobile robots can be linked in KUKA AMR?
KUKA's AMR offers a high degree of scalability by allowing the linking of any number of autonomous mobile robots. The exact number can be customized based on the specific needs and size of your operations.
Can KUKA's Autonomous Mobile Robotics be easily integrated into existing operations?
Yes, KUKA's Autonomous Mobile Robotics can seamlessly integrate into existing operations. This adaptability facilitates quick modification to customer requirements or product changes, ensuring flawless integration into the current workflow.
How does the deployment of KUKA AMR affect efficiency and speed in a warehouse?
Deployment of KUKA AMR leads to a significant increase in efficiency and speed, especially in warehouse and production environments. By automating transport and logistics processes, operations can expedite while maintaining precision, thereby greatly enhancing productivity.
How does KUKA AMR improve logistics automation?
KUKA AMR significantly contributes to logistics automation by automating transport and logistical processes. These could include transferring products from assembly lines to dispatch areas or navigating warehouse storage arrays. This automation leads to increased productivity, efficiency, and speed in the warehousing or production environment.
KUKA Autonomous Mobile Robotics (AMR)
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