System Logistics Shark Alternatives & Competitors

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 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 Mobile Industrial Robots (MiR) Hook 250 is an advanced mobile robot solution designed for optimizing internal transportation tasks across various industries, such as production facilities, logistics centers, and healthcare environments. It stands out with its automated pick-up and towing capability, replacing manual cart transportation and reducing the need for manual labor.

A key feature of the MiR Hook 250 is its patented extended-payload design, enabling it to handle heavy carts and significantly increase its payload capacity compared to other mobile robots. This design enhances operational efficiency by allowing the robot to transport larger loads, reducing the number of trips required for transportation tasks.

The MiR Hook 250 is user-friendly, featuring an intuitive interface and easy programming capabilities that require minimal training. Its enhanced speed and agility, aided by advanced software, enable precise navigation through complex environments, optimizing transportation routes and avoiding obstacles. Moreover, the robot's resilience to extreme temperatures and compatibility with various software systems make it a versatile solution adaptable to demanding industrial settings, enhancing overall efficiency and productivity.

The NORD Conveyor 1000 V4 – OTTO 1500 is designed to enhance the operational capabilities of the OTTO 1500 autonomous mobile robot by enabling it to receive and deliver pallets efficiently. With dimensions of 1745 x 1205 x 165 mm, this conveyor can handle a maximum load of 1650 kg, making it suitable for transporting heavy payloads to production lines or packing stations. The conveyor's transport area measures 1623 x 1138 mm, providing ample space for large pallets, while its speed of 200 mm/sec ensures swift and efficient movement.

A key feature of the NORD Conveyor 1000 is its integrated technology that allows wireless communication with external roller conveyors. This capability, combined with the OTTO Standard Dock Target, enables the conveyor to dock seamlessly and autonomously transfer pallets. The system's design includes a center distance of 95.8 mm between rollers and a robust construction weighing 250 kg, ensuring durability and reliability in demanding industrial environments.

The NORD Conveyor 1000 is highly versatile and user-friendly, offering docking from both sides (run-through) and a high level of feedback through its stack-light system. It is equipped with PLC controller and servo technology for precise operation, and an optional rubber coating of the rollers can be added for enhanced grip. This solution is ideal for optimizing logistics and production processes, particularly in industries requiring the transport of US-sized pallets and other large items.

The AMR SPO offers a load capacity up to 1500 kg, allowing it to be the perfect solution for managing warehouses and the preparation of orders in the e-commerce sector, and logistics in the automotive or manufacture sectors.

Equipped with 2 security scanners, the SPO allows us to cover a safety zone of 360º without dead angles, offering us the level safety suitable for its operation in spaces shared with people.

In addition, its latest navigation technology, through the VSystems application, provides maximum flexibility and allows us to control the orders sent in an inmediate manner.

DK Automation's Flexihauler is a cost-effective solution designed for in-plant logistics. With its simple and robust design, Flexihauler stands out as a reliable option for efficient material transportation. It operates as a track-guided vehicle, making integration into existing systems seamless without the need for complex system control.

One of the standout features of the Flexihauler is its simplicity. To set it up in your plant, only one track needs to be glued, and the vehicle is ready to move. There's no requirement for intricate plant control systems. The Flexihauler utilizes extendable pins to dock onto mobile transport racks, allowing it to efficiently pull and transport them along the track. This streamlined approach enables quick and easy commissioning.

The Flexihauler's track-guided operation further enhances its ease of use and integration. It seamlessly fits into existing systems without the need for complex system control, simplifying the overall automation process. The standardized PLC control system is low-maintenance and offers the flexibility to adapt to individual interfaces, ensuring a seamless integration experience.

Robustness is another key feature of the Flexihauler. With its simple construction and robust technology, it is built to withstand the demands of industrial environments, even under tough conditions. This durability ensures a long service life, reducing downtime and maintenance costs.

The Flexihauler finds application in various scenarios, particularly in concatenation processes. It allows for the easy connection of individual stations within an operation, enabling seamless and automated material flow between different areas. This capability improves efficiency, reduces manual handling, and enhances overall productivity.

In terms of specifications, the Flexihauler offers a maximum payload of 1,000 kilograms (2,200 pounds) and a maximum speed of 1.2 meters per second (4 feet per second). These specifications make it suitable for handling a wide range of loads and ensuring swift and reliable transportation within the plant environment.

MoviĜo Robotics Ŝharko10 AGV/AMR is a highly capable and extremely compact autonomous mobile robot designed to automate intralogistics in production environments. It is the most maneuverable industrial AGV available and operates in areas where floor space is limited. Due to its compact design, it can even navigate in tight spaces and work in areas with people.

The Ŝharko10 AGV is specifically designed to transport goods and materials in production environments. It can replace the use of manual pallet trucks or pallet jacks, reducing the need for manual labor and increasing efficiency. The AGV can transport pallets between different production or assembly lines, between production lines and warehouse, packing or shipping locations. The vehicle navigates autonomously, so no physical changes to its area of operation is required.

The Ŝharko10 AGV boasts several features, including its small dimensions which offer maximum maneuverability, its ability to communicate with hardware devices, its ability to turn within its own length, and its 7-8 hours operating time on full battery. Additionally, it can lift up to 1,000kg and can transport more than just pallets. It is WiFi-connected to the traffic control system MoviĜo Site and can navigate in dynamic environments. The AGV is also easily integrated with systems like ERP and WMS and can add and remove pick-up and drop-off points easily. Each vehicle can perform different tasks, and there is an online fleet dashboard for managing the vehicles. Finally, the AGV is easily maintained and offers extensive data collection options.

In conclusion, the MoviĜo Robotics Ŝharko10 AGV/AMR is an ideal solution for automating intralogistics in production environments. Its compact design, high maneuverability, and ability to operate autonomously make it an efficient and cost-effective solution for transport tasks. With its easy integration with existing systems and online fleet dashboard, the Ŝharko10 AGV offers a complete solution for modern production facilities looking to automate their intralogistics processes.

Its compact and robust design, together with its ability to carry out complex manoeuvres, make it the ideal solution to quickly and easily automate the transport of materials in those sectors and industrial facilities with reduced spaces.

Intended for independent and automatic cargo transport, offering sufficient autonomy, robustness and reliability in factory internal transport tasks, complying with the highest safety standards. Its double motor group provides it with a great drag capacity offering bidirectional driving, being able to adapt to production needs, offering lower maintenance costs in series life.

The machine has two programmable logic controllers with safety technologies to manage the control and safety system, guaranteeing safe and reliable operation of the machine.

● Supports 600kg load, 2.0m/s no-load speed, 1.5m/s rated load speed;

● Support in situ zero radius turn, curve turn;

● Use inertial navigation, visual navigation and other technologies to achieve millimeter- level precise positioning.

● Support front laser obstacle avoidance, front and rear touch obstacle avoidance;

● Support 8 hours of battery life, no more than 2 hours of automatic charging, 2 minutes of manual battery replacement;

● Working temperature -10℃ ~ 50℃; Operating humidity: 5℅ ~ 95℅

X MOVE is a series of industrial-grade autonomous mobile robots (AMRs) and automated guided vehicles (AGVs) developed by ek robotics. The X MOVE models are designed to enhance material flow and improve efficiency in factories and warehouses. Let's delve into the standout features, capabilities, and applications of each model:

1. X MOVE 150: The X MOVE 150 is the smallest model in the X MOVE series but doesn't compromise on durability and performance. It is capable of safely transporting boxes, bins, carts, and other light payloads within industrial settings. The robot features an integrated lifting unit that enables it to lift goods and racks effortlessly. With its rugged metal cladding, rocker suspension, and powerful drive, the X MOVE 150 excels in the toughest production environments, operating continuously, 24/7 throughout the year. It has a total payload capacity of 150 kg and can travel at speeds of up to 2.0 m/s.

2. X MOVE 600: The X MOVE 600 is a versatile transport robot that supports the VDA 5050 interface, ensuring compatibility with other transport robotics systems. It offers multiple navigation types, including SLAM (Simultaneous Localization and Mapping), Contour Navigation, and Reflector Navigation. With a total payload capacity of 600 kg, the X MOVE 600 can handle heavier loads while maintaining high performance. It has dimensions of 1050 mm (length), 700 mm (width), and 320 mm (height), and it weighs 210 kg without any load. The maximum speed of the X MOVE 600 is 2.0 m/s.

3. X MOVE 1200: The X MOVE 1200 incorporates an innovative safety feature that optimizes its efficiency while ensuring maximum safety. The robot utilizes safety laser scanners that dynamically activate protective fields based on speed and steering angle information. This allows the X MOVE 1200 to maintain its maximum speed not only in straight lines but also when navigating curves. It has a total payload capacity of 1200 kg and shares similar dimensions to the X MOVE 600, measuring 1350 mm (length), 910 mm (width), and 320 mm (height). The weight without load is 300 kg, and the maximum speed matches the other models at 2.0 m/s.

4. X MOVE 2000: The X MOVE 2000 is a highly productive AMR that excels in moving heavy payloads through demanding environments with unmatched speed, all while prioritizing safety. This model is specifically designed to maximize productivity, aiming to transport goods as quickly as possible with minimal downtime. With a total payload capacity of 1900 kg, it stands as one of the most powerful AMRs available. The X MOVE 2000 measures 1837 mm in length, 1283 mm in width, and 351 mm in height. It weighs 627 kg without any load and can achieve a maximum speed of 2.0 m/s.

Furthermore, while not explicitly mentioned in the provided information, it is worth noting that the X MOVE series could potentially offer compatibility with specialized software systems used in industrial automation. Specific software integrations might include warehouse management systems (WMS), enterprise resource planning (ERP) software, or other automation control systems. The ability to seamlessly integrate with existing software infrastructure can be a crucial factor when considering automation options, allowing for a smooth implementation and efficient operation within established workflows.