Mobile Industrial Robots MiR EU Pallet Lift 1350 Alternatives & Competitors

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 IRAYPLE C060D offers a reliable solution for latent lifting tasks with a load capacity of 600 kg and impressive performance metrics, including a no-load speed of 2.0 m/s and a rated load speed of 1.5 m/s. Its compact dimensions and optimized size enable seamless navigation through narrow passages and accommodate various vehicle types effectively, enhancing versatility in industrial environments. Equipped with advanced navigation technologies such as laser SLAM and visual fusion, it ensures precise maneuvering tailored to different operational requirements, contributing to overall efficiency and adaptability.

Safety is prioritized with the C060D, featuring multiple obstacle avoidance solutions and anti-collision bar detection on the front and rear, minimizing the risk of accidents and ensuring a secure working environment. Additionally, it supports fast battery replacement, eliminating downtime associated with charging, and offers Wi-Fi connectivity for seamless communication and scheduling. With a long operating time of 8.0 hours and a quick charging time of 1.5 hours, it ensures continuous operation without interruptions, maximizing productivity in demanding industrial settings.

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 C100D offers robust latent lifting capabilities, supporting a load capacity of 1000 kg with notable performance metrics including a no-load speed of 1.5 m/s and a rated load speed of 1.0 m/s. Its optimized size allows it to navigate through narrow passages and accommodate various vehicle types efficiently, enhancing adaptability in industrial environments. Equipped with advanced navigation technologies such as laser SLAM and visual fusion, it ensures precise maneuvering tailored to different operational requirements, contributing to overall efficiency and safety.

Safety features are integral to the C100D, incorporating multiple obstacle avoidance solutions and anti-collision bar detection on the front and rear, minimizing the risk of accidents and ensuring a secure working environment. Additionally, it supports fast battery replacement, eliminating downtime associated with charging, and offers Wi-Fi connectivity for seamless communication and scheduling. With a long operating time of 8.0 hours and a quick charging time of 2.0 hours, it ensures continuous operation without interruptions, maximizing productivity in demanding industrial settings.

The PL-EU-MiR Pallet Lift from Nord Modules is an advanced top module designed to optimize internal logistics by automating the transportation of pallets within a facility. This module is compatible with several Mobile Industrial Robots (MiR) models, including the MiR500, MiR600, MiR1000, and MiR1350. It can lift and transport EU size pallets with dimensions of 1200 x 800 mm and a maximum payload of 1250 kg. The PL-EU-MiR can lift pallets autonomously from a pallet rack, providing stable handling and transportation.

A standout feature of the PL-EU-MiR is its robust design and durability. It utilizes an industrial actuator with a ball screw spindle, a servo motor, and a dynamic brake, complemented by a scissor lift design with cam followers. This configuration allows it to handle uneven loads of up to 850 kg in one corner. The module is built for longevity, with a minimum life expectancy of 600,000 lift cycles at maximum payload. Its bearings in all moving joints and straightforward mounting process ensure ease of use and maintenance.

In terms of communication and power, the PL-EU-MiR interfaces via Modbus and is equipped with a stack light for process status, service needs, and error feedback. It operates on 48V safe power for the drive and 24V for the controller. Additionally, the module can collect and send essential data, such as total lift counts and error codes, to the MiR AMR for monitoring and analysis. This capability enhances operational efficiency and ensures seamless integration into automated logistics workflows.

The NORD Lift EU V1, designed for compatibility with the OTTO 1500, is a robust top module that automates the transportation of EU-sized pallets. With dimensions of 1371 x 853 x 154 mm, it offers a substantial lifting capacity of 1500 kg and a lifting height of 60 mm. This module is specifically tailored for stable handling and transport of pallets, making it a reliable addition to internal logistics systems.

One of the key features of the NORD Lift EU V1 is its compatibility with the NORD P&D Stand Cantilever 1200, allowing it to autonomously pick up and deliver pallets. The module can lift pallets to a height of 60 mm in just 4 seconds, ensuring efficient and stable transportation. Weighing 125 kg, it is capable of handling uneven weight distribution, which is crucial for maintaining stability during transport.

The applications of the NORD Lift EU V1 are particularly suited to environments that require efficient and stable transport of heavy EU-sized pallets, such as manufacturing plants, warehouses, and logistics centers. Its high lifting capacity and ability to handle uneven weight distribution make it an ideal solution for optimizing internal logistics and increasing productivity. The module's long lifespan of over 600,000 lifts and features like stack light with status feedback and data collection further enhance its reliability and functionality.

The PL-EU-Omron HD is a high-capacity top module designed for seamless integration with the Omron HD-1500, tailored to optimize internal logistics through automation. This module is capable of handling a maximum payload of 1400 kg, making it suitable for transporting heavy EU-sized pallets (1200 x 800 mm). With dimensions of 1350 x 2×162 x 95 mm, the PL-EU-Omron HD efficiently picks up and delivers pallets from the Pallet Rack, ensuring stable handling and transport.

One of the standout features of the PL-EU-Omron HD is its robust design, which includes an industrial actuator with a ball screw spindle, a servo motor, and a dynamic brake. Its scissor lift design, coupled with cam followers and bearings in all moving joints, allows it to handle uneven loads up to 850 kg in one corner. The module also offers easy mounting on the AMR by removing 4x4 screws to access the mounting points, streamlining the setup process.

The PL-EU-Omron HD's applications are particularly relevant in manufacturing plants, warehouses, and logistics centers where heavy pallet transport is a common requirement. Its ability to autonomously lift and lower pallets in just 4.5 seconds enhances operational efficiency. Additionally, it provides valuable data collection capabilities, sending information such as total lift count and error codes to the Omron AMR. This ensures continuous monitoring and maintenance, further boosting productivity and reliability in internal logistics operations.

The PL-EU-Omron MD is a highly efficient top module designed for compatibility with the Omron MD-650 and MD-900 autonomous mobile robots. This module is engineered to enhance internal logistics by automating the transportation of EU-sized pallets. With dimensions of 1187 x 2×162 x 145 mm, it is capable of handling payloads of up to 575 kg for the MD-650 model and 825 kg for the MD-900 model. The lifting speed is uniform at 4 seconds for both lifting and lowering operations, ensuring swift and stable transport.

One of the standout features of the PL-EU-Omron MD is its robust design, which includes an industrial actuator with a ball screw spindle, a servo motor, and a dynamic brake. The scissor lift design with cam followers and bearings in all moving joints allows it to handle uneven loads effectively. Additionally, the module can be easily mounted on the AMR by removing 4x4 screws to access the mounting points, facilitating quick and secure installation.

The applications of the PL-EU-Omron MD are particularly suited for manufacturing plants, warehouses, and logistics centers where the efficient and stable transport of EU-sized pallets is crucial. It enables the MD-650 and MD-900 robots to autonomously lift and lower pallets from the P&D Cantilever Stand and Pallet Rack MD. The module's longevity, with a minimum of 600,000 lift cycles at maximum payload, coupled with its data collection capabilities, including total lift count and error codes, ensures reliable performance and continuous monitoring, enhancing productivity and operational efficiency.

The PL-US-MiR Pallet Lift is a versatile top module designed to optimize internal logistics by automating the transportation of US-sized pallets. Compatible with MiR500, MiR600, MiR1000, and MiR1350 autonomous mobile robots, this module can handle pallets up to 1016 x 1219 mm (40 x 48 inches) with a maximum payload of 1250 kg. The dimensions of the lift are 1350 x 910 x 94 mm, and it weighs 85 kg. The lifting mechanism operates at a speed of 3.5 seconds both up and down, ensuring efficient and quick pallet handling.

A standout feature of the PL-US-MiR is its robust design, which includes an industrial actuator with a ball screw spindle, servo motor, and dynamic brake. The scissor lift design with cam followers allows for stable handling of uneven loads up to 850 kg in one corner. Bearings in all moving joints ensure durability and smooth operation, with a life expectancy of over 600,000 lift cycles at maximum payload. The module's easy mounting process involves removing 4x4 screws to access the AMR's four mounting points, facilitating straightforward integration and maintenance.

In terms of communication and functionality, the PL-US-MiR interfaces via Modbus and is equipped with a stack light that provides feedback on process status, service needs, and errors. It operates on 48V safe power for the drive and 24V for the controller. Additionally, the top module can send essential data to the MiR AMR for collection and analysis, including total lift count and error codes. This capability supports enhanced operational monitoring and efficiency, making the PL-US-MiR an ideal solution for various lifting applications in industrial settings.

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.