Mobile Industrial Robots MiR100 Alternatives & Competitors

The Robotnik RB-ROBOUT is an advanced autonomous mobile robot (AMR) engineered for heavy-load transport in indoor environments, specifically suited for industrial and logistics settings. With a robust payload capacity of up to 1,000 kg, it can move materials and goods efficiently within factories and warehouses. Its low-profile, steel-bodied design allows it to navigate under and lift trolleys or carry large loads directly on its platform, optimizing space use and enhancing transport flexibility in confined environments.

Equipped with omnidirectional kinematics and four high-powered drive wheels, the RB-ROBOUT achieves smooth, multidirectional movement, allowing it to navigate tight spaces and optimize routes. Its safety features, including dual 2D safety scanners and front and rear RGBD cameras, enable it to operate alongside human workers by detecting obstacles and autonomously rerouting as needed. This AMR supports various localization systems like SLAM for dynamic mapping and magnetic guidance for applications requiring high-precision positioning.

The RB-ROBOUT’s modular architecture, based on the ROS framework, allows for easy integration with additional components, such as conveyor belts, roller paths, and load elevators. Its autonomy of up to 10 hours, combined with optional AI and vision packages, makes it highly adaptable for diverse industrial applications, including loading/unloading, material transport, and specialized logistics tasks. This flexibility in configuration and customization makes the RB-ROBOUT an effective solution for automating repetitive heavy-load transport tasks in complex, high-demand environments.

The IRAYPLE C060D CE offers a robust lifting solution with a maximum load capacity of 600 kg, making it suitable for a variety of applications. Its compact dimensions of 950 mm×650 mm×300 mm allow it to navigate through narrow passages and accommodate different types of vehicles effectively. Equipped with laser SLAM and visual fusion navigation technologies, it ensures precise maneuvering in diverse environments, catering to various requirements.

One of its standout features is the array of obstacle avoidance solutions, including laser and TOF technologies, ensuring enhanced safety during operation. Additionally, the C060D CE supports fast battery replacement, eliminating the need for extended charging times and ensuring continuous operation. With Wi-Fi connectivity offering high bandwidth and low latency, users can enjoy timely scheduling and command execution, enhancing operational efficiency.

The C060D CE boasts impressive performance metrics, with a maximum operating speed of 2.0 m/s and acceleration of 1.0 m/s². Its stop position accuracy of ±10 mm and stop angle accuracy of ±1° ensure precise positioning, while features like anti-collision bar detection and sound and light alarms further enhance operational safety. Designed for versatility and reliability, this lifting solution operates effectively in a wide range of environments, with an operating temperature range of 0℃ to 40℃ and operating humidity of 5% to 90% without condensation, making it suitable for various industrial and commercial applications.

The Robotnik RB-KAIROS is an autonomous mobile robot (AMR) specifically designed for indoor applications, particularly in logistics and industrial settings. With a payload capacity of up to 250 kg, it efficiently transports materials in confined spaces, thanks to its compact, steel-framed design. Its omnidirectional Mecanum wheels allow for versatile, multidirectional movement, making navigation agile and responsive in cluttered environments, while maintaining stability and control during operations.

One of RB-KAIROS's standout features is its compatibility with Universal Robots’ e-Series arms, including models such as UR5e, UR10e, and UR16e. This compatibility allows users to transform the platform into a mobile manipulator (RB-KAIROS+), effectively extending the reach and application range of the integrated robotic arm. Its modular, ROS-based architecture supports easy customization with optional components like an AI Vision Package and enhanced payload wheels, making it ideal for applications requiring precise handling and adaptability.

RB-KAIROS is equipped with advanced safety and localization systems, including dual 2D safety scanners, RGBD cameras, and SLAM for accurate indoor navigation. With a maximum speed of 1.5 m/s and up to 6 hours of operational autonomy, it is optimized for applications in metrology, part feeding, and industrial R&D, allowing it to seamlessly integrate into smart manufacturing environments where safe, autonomous, and collaborative workflows are crucial.

The IRAYPLE C100D CE presents a robust solution for lifting tasks, boasting a maximum load capacity of 1000 kg. With a focus on adaptability, it features optimized dimensions that enable smooth navigation through narrow passages and accommodate various vehicle types effectively. Equipped with advanced navigation technologies such as laser SLAM and visual fusion, it ensures precise and reliable operation tailored to diverse requirements, enhancing overall efficiency.

Safety remains paramount with the C100D CE, as it incorporates multiple obstacle avoidance solutions, including laser and TOF technologies, to mitigate collision risks effectively. Moreover, its support for fast battery replacement eliminates downtime associated with charging, ensuring continuous operation when power is needed. With Wi-Fi connectivity offering high bandwidth and low latency, users benefit from timely scheduling and command execution, enhancing productivity in demanding environments.

Performance-wise, the C100D CE delivers with a maximum operating speed of 1.5 m/s and a stop position accuracy of ±10 mm, ensuring precise positioning and maneuverability. Features like anti-collision bar detection and sound and light alarms further enhance operational safety. Designed for versatility and reliability, this lifting solution operates efficiently across a range of environments, making it suitable for applications in manufacturing, logistics, and warehousing industries, among others.

The Mobile Industrial Robots MiR600 is a highly capable autonomous mobile robot designed to handle demanding logistics tasks. It can transport payloads of up to 600 kg at speeds of 2 m/s, making it suitable for environments where heavy loads need to be moved quickly and efficiently. Its pallet lift system allows it to autonomously pick up, transport, and deliver pallets, optimizing internal material handling processes.

Featuring an IP52 rating, the MiR600 offers enhanced resistance to dust and water, allowing it to operate in more challenging environments compared to many other autonomous mobile robots (AMRs). This robustness, combined with its compliance with the latest safety standards (ISO3691-4), ensures that it meets stringent operational safety requirements while maintaining high performance.

The MiR600 is particularly well-suited for applications in warehouses and manufacturing facilities where heavy load transportation and efficient logistics are critical. Its ability to maneuver in crowded areas further enhances its utility in complex, high-traffic environments.

The Geek+ F14L is an autonomous mobile robot designed for versatile material handling in warehouses and production environments. It features a mirrorless laser SLAM (Simultaneous Localization and Mapping) system for high-accuracy navigation and stable operation, which allows it to automate complex tasks such as material storage and retrieval without human intervention. Its 360° safety solution helps reduce accident risks by providing comprehensive obstacle detection and avoidance capabilities.

The F14L supports a range of applications including production line transfer, automatic supply and removal of raw materials, and finished product delivery. It can handle palletized goods and operate in high-level and intensive storage scenarios, such as automated storage without shelves. Its flexible task configuration and interaction with various devices make it adaptable to different logistics needs, enabling seamless integration with warehouse management systems (WMS).

This robot is designed to significantly lower labor costs by up to 80%, reduce personnel management expenses, and enhance operational safety with high accuracy and continuous operation. The F14L's deployment can be completed quickly, often within three months, and it operates efficiently in environments with minimal lighting, contributing to reduced energy costs.

The QM70-MiR is a versatile and efficient top module designed for compatibility with the MiR100 mobile robot, enhancing its capabilities for internal transportation tasks. With dimensions of 880 x 550 x 160 mm and a handling capacity of 70 kg, this module is robust and well-suited for various industrial applications. It also features a lifting capacity of 60 mm, making it capable of picking up and delivering the Shelf Cart SC200 efficiently.

One of the standout features of the QM70-MiR is its compatibility with multiple Nord Modules, including the Basic Gate, Wheel Gate, Shelf Cart, and Cobot Tower. This flexibility allows it to be easily integrated into different work processes, providing a seamless and efficient solution for internal logistics. The transport area of 840 x 550 mm ensures that it can handle a variety of goods sizes, further enhancing its utility in diverse industrial settings.

Applications of the QM70-MiR are centered around the automation of internal transportation within manufacturing and warehouse environments. Its simple setup and installation mean that it can be operational within a few hours, significantly reducing downtime and increasing productivity. Additionally, its reliable performance and cost-efficiency make it an attractive option for companies looking to streamline their material handling processes and reduce operational costs.

The QM220-MiR is a versatile top module designed for the MiR250 mobile robot, offering a robust solution for various material handling tasks. With dimensions of 794 x 560 x 198.5/278.5 mm and a handling capacity of 220 kg, this module is built to handle significant loads while maintaining a compact footprint. It integrates seamlessly with Nord Modules such as the Basic Gate, Wheel Gate, Shelf Cart, and Cobot Tower, providing flexibility in operations and compatibility with existing systems.

One of the standout features of the QM220-MiR is its integrated lifting mechanism, capable of raising loads from 0 to 80 mm. This functionality allows the module to efficiently pick up and deliver the Shelf Cart SC200, enhancing automation within warehouses and production facilities. The transport area of 780 x 560 mm ensures that a variety of goods can be moved securely and efficiently, reducing the need for manual handling and streamlining internal logistics.

The QM220-MiR is particularly beneficial in environments requiring efficient internal transportation, such as warehouses, manufacturing plants, and logistics centers. Its easy setup and installation process means that it can be operational within a few hours, providing a quick and flexible solution for enhancing productivity. By automating the movement of goods, the QM220-MiR helps reduce operational costs and increase efficiency, making it a valuable asset for modern industrial operations.

The QM200-Omron is a versatile top module designed for seamless integration with the Omron LD-250 autonomous mobile robot. With dimensions of 944 x 691 x 199 mm, this module enhances the robot's capabilities, allowing it to handle and transport goods with a maximum capacity of 200 kg. The integrated lifting mechanism provides a lifting height of 80 mm, making it capable of efficiently picking up and delivering the Shelf Cart 200-588. The QM200-Omron is also compatible with various Nord Modules, including the Basic Gate, Wheel Gate, P&D On-The-Fly Gate, Shelf Cart 200-588, and Cobot Tower, ensuring a flexible and comprehensive solution for internal logistics.

One of the standout features of the QM200-Omron is its simple setup and installation process. The module can be up and running within a few hours, providing a quick and efficient solution for automating internal transportation tasks. Its design allows for easy adjustments to specialized work processes, making it an adaptable tool for various applications. The module's transport area of 944 x 691 mm ensures ample space for handling different sizes of goods, enhancing its utility in diverse industrial settings.

The QM200-Omron is particularly well-suited for use in manufacturing plants, warehouses, and logistics centers where efficient and reliable material handling is crucial. Its optional add-ons, such as the Payload Detection Sensor, Side Sensor, Code Scanner, Payload Measurement Kit, Stack Light Tower, and Blue Light Signal Interface, further enhance its functionality and adaptability. These features make the QM200-Omron a cost-efficient solution that reduces operational costs and increases productivity, making it an essential component in the automation of internal logistics.

The Mobile Industrial Robots MiR1350 is a highly capable autonomous mobile robot designed for heavy-duty material handling. It supports payloads up to 1350 kg and has a towing capacity of 6,000 kg, making it suitable for transporting very heavy items across industrial environments. Its robust design accommodates significant load requirements, enhancing efficiency in handling and logistics operations.

Safety is a key feature of the MiR1350, which meets high standards such as EN ISO 13849-1. It is equipped with advanced safety technologies including 3D cameras, laser scanners, and various sensors that ensure obstacle detection and avoidance. This comprehensive safety system allows it to operate safely in complex and dynamic environments.

The MiR1350 is versatile and can be customized with a range of accessories such as conveyors, lifts, and racks to meet diverse material handling needs. It integrates seamlessly with warehouse management systems (WMS) and enterprise resource planning (ERP) systems, and can operate in both automated and manual modes, providing flexibility in complex industrial settings.