iRAYPLE C060D CE Alternatives & Competitors
Ranked Nr. 175 of 182 Mobile Robots

Top 10 C060D CE Alternatives
- iRAYPLE C060D
- iRAYPLE C100D CE
- iRAYPLE C100D
- iRAYPLE C300
- Mobile Industrial Robots MiR600
- Geek+ F14L

iRAYPLE C060D
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.

iRAYPLE C100D CE
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.

iRAYPLE C100D
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.

iRAYPLE C300
The IRAYPLE C300 is a formidable Omni-directional Latent AMR designed for heavy-duty applications, boasting a substantial load capacity of 3000 kg. Its impressive specifications include a no-load speed of 1.2 m/s and a rated load speed of 1.0 m/s, ensuring efficient movement of heavy loads. With optimized dimensions, it can navigate through narrower passages with a minimum width of 1400 mm, making it versatile in various industrial environments.
Equipped with advanced navigation technologies such as laser SLAM and visual fusion, the C300 ensures precise maneuvering tailored to different operational requirements, enhancing overall efficiency and adaptability. Safety is paramount with this AMR, featuring multiple obstacle avoidance solutions and anti-collision bar detection on all sides, mitigating 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.
Performance-wise, the C300 delivers with a maximum operating speed of 1.2 m/s and a stop position accuracy of ±10 mm, guaranteeing precise positioning and maneuverability in dynamic industrial settings. With a hydraulic lifting method and a ground clearance height of 25 mm, it efficiently handles heavy loads while navigating through various obstacles. Overall, the IRAYPLE C300 is a robust solution for material handling tasks in manufacturing, logistics, and warehousing industries, offering reliability, efficiency, and safety in demanding environments.

Mobile Industrial Robots MiR600
AMR | Payload 600kg | Product mass 243kgThe 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.

Geek+ F14L
Payload 1400kg | Product mass 1215kgThe 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.