Movu Robotics atlas Alternatives & Competitors

The CarryPick storage and order picking system adapts to changing customer demands.

CarryPick is an innovative automated storage and picking system designed for multi-channel intralogistics. A swarm of mobile vehicles (KMP600), developed by Swisslog and KUKA, navigates via a grid to deliver mobile racks to workstations for picking and reducing the travel path for workers.

The workstations are safe and configurable to your requirements. They also reduce the picking error rate thanks to pick-by-light and pick pointer. Users benefit from an intuitive workstation interface making it easy to use and ensuring smooth processes.

React quickly to changes of goods range. The standard mobile racks can be customized for different sized and shaped articles. This is especially suitable for the fashion industry where clothes require hangers. Warehouse building requirements are also very modest. Thanks to the simplicity of its components, the system can easily be moved to another location. This also means the system can be installed in urban areas where builings have mostly low ceilings.

Start small and expand flexibly in line with your performance and growing volumes by adding more vehicles. Project implementation and employee training is accomplished very quickly. Complete installation takes less than 6 months.

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.

Movu Robotics' ifollow is an autonomous mobile robot system designed for industrial automation. It excels in navigating warehouses with static and moving obstacles, carrying payloads of up to 1.2 tons without the need for new infrastructure. Notably, ifollow can operate in temperatures as low as -25°C, making it suitable for cold storage environments, with an impressive 8-10 hours of operation on a 2-hour charge.

This adaptable system does not require floor modifications, offering versatile deployment in warehouses of all sizes and layouts. It prioritizes safety with advanced sensory technology, automatically avoiding obstacles and people. Additionally, ifollow is multifunctional, capable of handling various load types and scalable to meet changing demands. It integrates seamlessly with Warehouse Management Systems, supporting up to 200 robots and responding rapidly to fluctuations in workload.

In various industries like manufacturing, retail, and groceries, ifollow optimizes operations, enhances productivity, and improves safety. Its compact design, ranging payload capacities, and compatibility with existing software systems make it a valuable asset for businesses seeking efficient and adaptable automation solutions for their warehouses.

The Fetch Robotics PalletTransport1500 is an autonomous pallet conveyance system designed to automate pallet transport, reduce traffic, and incidents in warehouse and manufacturing environments. By reducing dependency on forklifts and lift trucks, the PT1500 increases safety while minimizing training time and cost. The system is ideal for workflows like kitting, zone picking, and pallet building, and can move multi-sized pallets with payloads of up to 2500lbs around your dynamic facility with ease.

One of the key benefits of the PT1500 is that it eliminates manual travel with a pallet jack or forklift, increasing safety by automating putaway, replenishment, crossdocking, returns, and more. Additionally, it allows for case pick-to-robot with Autonomous Mobile Robot (AMR) pickup, delivery, and drop-off using the Pallet Transfer Station, which further reduces the risk of injury from moving heavy pallets.

The PT1500 can safely transport full pallets up to 48"x48" with a 2500lbs capacity in dynamic warehouse environments. It features eight 3D cameras and two LiDAR sensors for superior navigation and fast, safe stops when an obstacle is detected. Additionally, distribution and manufacturing workflows can be customized from anywhere with FetchCore™ cloud software.

The safety features of the PT1500 are also noteworthy. It is a collaborative, autonomous mobile robot designed to work around people without compromising safety at the expense of efficiency. The system is equipped with some of the most advanced safety features in the industry, including 2D LiDAR scanners with a 25m range for mapping, localization, obstacle avoidance, and object detection. Multiple 3D depth cameras allow for superior robot vision to avoid both ground-based and overhanging dynamic obstacles, including forklifts, pallet jacks, and people.

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.

Movu Robotics' escala is a highly versatile and efficient robotic fulfillment system designed for industrial automation. It stands out for its scalability, with a low entry cost of less than $0.5 million, making it an accessible solution for businesses seeking warehouse automation. One of its key features is the ability to handle a broad range of products without the need for lifts, conveyors, or sequencers, ensuring a low total cost of ownership. Additionally, it can seamlessly integrate with existing industry-standard bins, minimizing disruptions in workflow and eliminating single points of failure.

escala's flexibility is a notable advantage, as it operates on a ramp system, allowing for rapid movement in three dimensions, saving space and maximizing speed. The system is easy to scale up by adding more ramps and robots as needed, making it ideal for businesses looking to expand quickly. It can adapt to various storage configurations, including up to 6-deep storage areas, providing access to all parts of the warehouse efficiently.

Efficiency and productivity are paramount with escala. It features state-of-the-art energy storage technology that enables on-the-fly recharging, eliminating downtime and ensuring 24/7 operational time. This boosts productivity by enabling consistent 100% performance. escala's affordability is also noteworthy, offering businesses a cost-effective initial setup and low total cost of ownership, thanks to rapid deployment and pre-built robots.

The Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that has been designed to meet the needs of a wide range of applications. One of the key features of this robot base is the Lidar SLAM navigation system that has been adopted, which allows for highly accurate and reliable navigation in complex environments. This system uses advanced laser sensors to create a 3D map of the surrounding environment, allowing the robot to navigate with precision and avoid obstacles in real-time.

In addition to the Lidar SLAM navigation system, the Wellwit Robotics Mobile Robot Base MRB150 also comes with a range of optional peripherals that can be added to enhance its functionality. These peripherals include a depth camera, a warning searchlight, and an obstacle avoidance radar, among others. Each of these peripherals is designed to enhance the robot's capabilities in different ways, allowing it to operate more effectively in specific environments or situations.

For example, the depth camera can be used to provide additional information about the environment, such as the distance and depth of obstacles or the shape and texture of surfaces. This information can be used to improve the accuracy and reliability of the robot's navigation and obstacle avoidance systems, allowing it to operate more safely and effectively in complex environments.

Similarly, the warning searchlight can be used to alert other people or machines in the area to the presence of the robot, helping to avoid collisions and other safety hazards. The obstacle avoidance radar, on the other hand, can be used to detect and avoid obstacles that may be too small or too difficult to detect using other sensors.

Overall, the Wellwit Robotics Mobile Robot Base MRB150 is a highly advanced and versatile mobile robot base that is designed to meet the needs of a wide range of applications. With its Lidar SLAM navigation system and range of optional peripherals, it offers highly accurate and reliable navigation and obstacle avoidance capabilities, making it an ideal choice for use in complex environments.

With up to 5.5m(18 feet) picking height, the A3 series provides high utilization of storage space. Adaptable to manufacturing operations, the series can store, pick and move goods of different shapes such as tires, trays and foam boxes. Our autonomous warehouse robots are also suitable for dust-free requirements, handling goods such as PCBs.

Picks a wide variety of materials:
Trays, tires, foam boxes, and many others, meet the needs of manufacturing industries, such as electronics, automotive, etc.

Class10000 cleanliness and anti-static:
The load handling device is dustproof and anti-static, suitable for handling goods such as PCBs.

Customizable:
A large range of standard customizations is available. The A3-series can work with different types of shelves, conveyors and other docking equipment.

Integration flexibility:
As with any HAIPICK-series, the software platform can integrate with almost any upstream software platform for the purpose of orchestrating and automating processes within warehousing and manufacturing.

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

BeeWaTec's BARY CM-100 is an autonomous mobile robot (AMR) designed to revolutionize intralogistics. The CM-100 can be used for in-plant transport, material distribution, automated material supply to workstations, and storage in a warehouse system, eliminating walking distances and improving production and logistics. With 24/7 availability and process stability, the CM-100 ensures efficient and demand-oriented supply.

Controlling the BARY CM-100 is simple and automated, with material requirements in production or logistics triggered by a push button or sensor. The Order Management System (OMS) generates transport jobs based on the signal input, which is then transferred to the fleet management system. The fleet management system plans the robot's routes and sends a transport job to the AMR via WLAN.

The BARY CM-100 navigates freely and autonomously using sophisticated algorithms, calculating the path of least resistance in real-time based on environmental data. The integrated safety laser scanner ensures the safety of employees while detecting obstacles and adjusting the route.

BeeWaTec offers four different navigation types for the AMRs, depending on the operating environment and system requirements. With positioning accuracy of +/- 10mm and even higher positioning accuracy of up to +/- 5 mm, the BARY CM-100 provides maximum efficiency in the allocation of goods at all times. BeeWaTec's AMRs are designed to optimize intralogistics and enhance the overall productivity of your business.

The PM1000-Omron HD Pallet Mover is a high-capacity solution designed to enhance the logistics capabilities of the Omron HD-1500 autonomous mobile robot. It is engineered to handle and transport heavy pallets, with a maximum handling capacity of 1270 kg. The pallet mover integrates seamlessly with the Nord Modules Pallet Conveyor, Dock Target, and Spacer Kit, facilitating smooth and efficient pallet pick-up and delivery operations in various industrial settings. Its dimensions are 1650 x 1138 x 171 mm, and it operates at a speed of 200 mm/sec.

One of the standout features of the PM1000-Omron HD is its robust design that ensures safe and reliable transport of both EU and US-size pallets. The height from the floor to the top of the rollers is 504 mm, with an optional extension up to 800 mm, allowing for versatility in handling different pallet types. The device includes 4-sided guard rails and brakes on all rollers, ensuring secure transport of heavy payloads. Additionally, it employs PLC controller and servo technology for precise control and high-level feedback, including operational status via a stack-light system.

In terms of applications, the PM1000-Omron HD excels in optimizing internal logistics within manufacturing plants, distribution centers, and warehouses. Its ability to communicate wirelessly with external roller conveyors via integrated technology enhances operational efficiency. The pallet mover's “roll through solution” enables loading and delivery from both the front and rear ends, making it highly adaptable to various logistics workflows. The option for rubber-coated rollers and automatic speed synchronization further boosts its capability to handle diverse operational requirements.