HAI ROBOTICS HAIPICK A3 Alternatives & Competitors

The HAIPICK A42T Telescopic ACR is the world's first ACR that can pick and store plastic totes and carton boxes at a dizzying height of up to 10m (32.8 feet). Increase your warehouse storage density even further with the A42T.

Maximum picking height 10m (32.8 feet):
Improve storage density by up to an additional 100% compared to the regular A42.

World's first telescopic ACR:
Utilize your warehouse space even more efficiently by picking and storing 30kg (66.1 lbs) payloads up to 10m (32.8 feet) high.

High efficiency:
The A42T has multiple storage trays to carry up to nine payloads simultaneously, which greatly improves picking efficiency.

Flexible payload dimensions:
The robot supports separate and mixed picking of plastic totes and carton boxes.

CE/NRTL certificate:
We are committed to empowering every customer in the world and will provide a range of certifications to ensure that our products and services reach every corner of the world.

Product Features

01. Autonomous picking, handling, navigation, charging

02. Covers a broader storage space range

03. Stable straight move speed and high stop accuracy in travel direction

04. Each robot can store up to multiple cases at the same time

05. Supports Wi-Fi to ensure smooth operation

06. Obstacle detection, active obstacle avoidance, anti-collision alarm, and emergency stop

07. Compatible with cartons/totes, multi-size cases

08. Supports different customization requirements including height and color

09. Tailored specially to meet different application scenarios to deliver the best solution

The A42-series offers picking and storage of cases up to a height of 5.2m (17.1 feet). The series consists of four models which handle a wide range of case dimensions and types. Compatible plastic tote and carton box in different sizes.

High efficiency:
With multiple storage trays, our automated warehouse picking robot can handle up to 9 cases simultaneously. This greatly improves warehouse picking efficiency.

Flexible payload dimensions:
The robot supports separate and mixed picking of plastic totes and carton boxes. The robot can handle a wide range of case dimensions and types.

Flexible and scalable:
Users can re-use existing racks and totes if they fit all requirements. Our automated warehouse picking system can also be easily deployed in a small part of the warehouse and scaled up to a bigger installation as the user's business grows.

Efficient deployment:
Rapidly automate your warehouse without impacting any running operations.

CE/NRTL certificate:
We are committed to empowering every customer in the world and will provide a range of certifications to ensure that our products and services reach every corner of the world.

Product Features

01. Autonomous picking, handling, navigation, charging

02. Covers a broader storage space range

03. Stable straight move speed and high stop accuracy in travel direction

04. Each robot can store up to multiple cases at the same time

05. Supports Wi-Fi to ensure smooth operation

06. Obstacle detection, active obstacle avoidance, anti-collision alarm, and emergency stop

07. Compatible with cartons/totes, multi-size cases

08. Supports different customization requirements including height and color

09. Tailored specially to meet different application scenarios to deliver the best solution

Megvii's MegBot-T Series is an advanced line of autonomous mobile robots (AMRs) that are designed to cater to various industrial and commercial applications. These robots are built with the latest technology and are equipped with advanced features, making them highly efficient and reliable.

One of the key features of the MegBot-T Series is its QR Code Navigation system. The robots are equipped with advanced sensors and cameras that allow them to scan QR codes placed on the floor to navigate their way around a facility or warehouse. This navigation system allows the robots to move autonomously, without the need for any human intervention, which improves efficiency and reduces labor costs.

In addition to its navigation system, the MegBot-T Series also boasts efficient reading capabilities, super error correction, and precise positioning. These features enable the robots to quickly and accurately read data from sensors and other devices, making them ideal for use in factories and other industrial settings where precision and speed are critical. The super error correction system ensures that the robots can continue to function even in environments with high levels of electromagnetic interference or other sources of signal degradation.

The precise positioning system on the MegBot-T Series robots ensures that they can move with great accuracy and precision. This system is particularly useful in applications where the robots need to navigate through narrow spaces or around obstacles. With the precise positioning system, the robots can move with confidence and avoid collisions, improving safety and reducing the risk of damage to equipment and other assets.

In conclusion, the Megvii MegBot-T Series is a powerful line of autonomous mobile robots that boasts advanced features, including QR Code Navigation, efficient reading, super error correction, and precise positioning. These features make the MegBot-T Series robots ideal for a range of industrial and commercial applications, from logistics and warehousing to manufacturing and more.

Megvii's MegBot-S Series is an autonomous mobile robot series that is designed for a range of indoor applications. These robots are equipped with advanced technology and features that make them highly efficient and reliable for various use cases.

One of the primary features of the MegBot-S Series is its Slam Navigation system. Slam Navigation stands for Simultaneous Localization and Mapping, and it is a technique that allows the robot to build a map of its surroundings while simultaneously tracking its own position within that map. The MegBot-S Series robots use a combination of sensors, cameras, and algorithms to create a real-time map of the environment, and then use that map to navigate autonomously through the space.

The MegBot-S Series also features autonomous positioning capabilities, which allow the robot to accurately locate itself within the map it has created. This is important for tasks such as delivery, material handling, and inspection, where the robot needs to move precisely and reliably within the environment. The autonomous positioning also ensures that the robot can continue to operate even if its GPS signal is disrupted, making it a reliable solution for indoor applications.

Another important feature of the MegBot-S Series is its automatic map building capabilities. As the robot moves through its environment, it creates a detailed and accurate map of the space in real-time. This map can then be used by other robots or systems within the facility, improving overall efficiency and productivity. The automatic map building also means that the robot can operate in a dynamic environment where the layout may change over time.

Overall, the Megvii MegBot-S Series of autonomous mobile robots is a highly advanced and capable solution for a range of indoor applications. Its Slam Navigation, autonomous positioning, and automatic map building capabilities make it highly efficient and reliable, providing businesses with a powerful tool to increase productivity and reduce costs in various use cases.

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.