We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for Mobile robot.
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Mobile robot Product List and Ranking from 51 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

Mobile robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. THK 本社 Tokyo//Machine elements and parts
  2. パナソニック アドバンストテクノロジー Osaka//IT/Telecommunications
  3. ADLINKジャパン 東京本社 Tokyo//Industrial Electrical Equipment
  4. 4 Preferred Robotics Tokyo//robot
  5. 5 ＡＵＣ Gunma//Manufacturing and processing contract
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Mobile robot Product ranking

Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.

  1. AMR Oasis Series [Autonomous Mobile Robot] THK 本社
  2. [Device Design Support: Case Study] Crawler Robot ＡＵＣ
  3. Basic settings and operation methods for Kachakapro. Preferred Robotics
  4. Mobile Robot "NEXTAGE Mobile" Focused on Work Efficiency カワダロボティクス
  5. Crawler Robot "CWD Series" 三菱電機特機システム

Mobile robot Product List

61～90 item / All 93 items

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【Use Case】Glass Manufacturing Factory

【Use Case】Glass Manufacturing Factory

Achievement rate 100%! Introducing a case where it has become possible to travel approximately 180 round trips in a day.

We would like to introduce a case study of the indoor general-purpose mobile robot "BUDDY" from SOCIAL ROBOTICS Co., Ltd., which was implemented in a glass manufacturing factory. The goal of the implementation was to entrust all the transportation tasks of empty boxes, which were previously carried by humans, to the robot. After the implementation, the robot made approximately 180 round trips per day and became capable of transporting not only empty boxes but also parts. 【Case Overview (Excerpt)】 ■ Implementation Date and Quantity: June 2022, 1 unit ■ Purpose of Implementation: Transportation of empty boxes within the factory ■ Implementation Goal: To entrust all transportation tasks of empty boxes, previously carried by humans, to the robot ■ Transported Items: Cardboard boxes ■ Operating Environment: Rough terrain of 10-15m ■ Achievement Rate: 100%, approximately 180 round trips per day *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots
  • Mobile robot

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[Usage Example] Stationery Manufacturing Factory

[Usage Example] Stationery Manufacturing Factory

Achievement rate 100%! We will introduce a case where transportation of items other than parts has also become possible.

We would like to introduce a case study of the indoor general-purpose mobile robot "BUDDY" from SOCIAL ROBOTICS Co., Ltd., which was implemented in a stationery manufacturing factory. One unit was introduced with the goal of making two round trips in 10 minutes for transporting parts. As a result of implementing this product, we were able to achieve 100%, and as an additional benefit, it also became possible to transport items other than parts. 【Case Overview (Excerpt)】 ■Implementation Period/Number of Units: August 2023, 1 unit ■Purpose of Implementation: Transporting parts ■Implementation Goal: Two round trips in 10 minutes ■Items Transported: Parts ■Operating Environment: Approximately 30m indoors ■Achievement Rate: 100% *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots
  • Mobile robot

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[Usage Example] From Factory to Office

[Usage Example] From Factory to Office

Introducing a case where factories with operating robots are rare and job openings have increased!

We would like to introduce a case where the indoor general-purpose mobile robot "BUDDY" from SOCIAL ROBOTICS Co., Ltd. was implemented for the transportation of documents and materials from the factory to the office. The goal was to make 15 round trips in an indoor space of approximately 30 meters per day. As a result of the implementation, the achievement rate was 80%, and it was rare to see the robot operating in the factory, which also led to an increase in job openings. [Case Overview (Excerpt)] - Implementation Date and Quantity: March 2022, 1 unit - Purpose of Implementation: Transportation of documents and materials from the factory to the office - Implementation Goal: 15 round trips per day - Items Transported: Documents, materials, etc. - Operating Environment: Indoor, approximately 30 meters - Achievement Rate: 80% *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots
  • Mobile robot

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Truck Logistics IoT System "AirDia"

Truck Logistics IoT System "AirDia"

A revolutionary system that significantly reduces driver waiting time and lowers transportation costs.

"AirDia" is a system that visualizes the availability of truck berths, allowing drivers to make reservations in advance from their smartphones or other devices. This enables planned operations and significantly reduces truck waiting times. Additionally, since the actual loading and unloading times can be accurately tracked, it allows for the identification of areas for improvement, leading to increased efficiency in on-site operations. 【Features】 ■ Reduction of waiting times through advance reservations ■ Provision of appropriate waiting and resting areas ■ Resolution of traffic issues in surrounding areas ■ Increased efficiency of warehouse operations ■ Ability to extract data on waiting times ■ Reduced burden on drivers *For more details, please download the PDF or feel free to contact us.

  • Other operation management software
  • Mobile robot

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Towed Autonomous Mobile Robot FMR F7-2000

Towed Autonomous Mobile Robot FMR F7-2000

The RobotBank FMR F7-2000 is an autonomous unmanned towing robot with a maximum towing capacity of 2,000 kg.

■ Product Features High Efficiency Transport: Achieves a maximum stable running speed of 6 m/s. It can simultaneously tow multiple carts, maximizing the efficiency of line supply. Automatic Coupling and Decoupling: Equipped sensors recognize the position and posture of the carts, automatically connecting and disconnecting the hitch pin, eliminating the need for manual labor. Multiple Safety Features: Standard equipped with a multi-layer safety system including laser obstacle avoidance, collision bumper detection, emergency stop button, and audio-visual alarms. High Precision Positioning in Millimeters: Achieves position accuracy of ±10 mm and angle accuracy of ±1° through the fusion of laser SLAM and downward vision SLAM. Omnidirectional Driving Capability: The omnidrive structure supports straight, reverse, arc, and pivot movements, allowing flexible operation even in narrow passages. Floating Obstacle Detection: Features unique sensing technology capable of detecting floating obstacles that are difficult to detect with standard floor sensors. Long Operating Battery: Capable of continuous operation for 6 to 8 hours under rated conditions. Full charging is completed in under 2 hours, maintaining a high operational rate. Flexible Navigation Methods: Supports two navigation modes, 2D LSLAM and downward VSLAM, allowing selection of the optimal method based on the facility environment.

  • StarTow_加工画像_hp用_Rev.1.png
  • 1980×1320青背景F7-2000-0410.png
  • Substrate transport device (loader/unloader)
  • Sorting machine
  • Trolley
  • Mobile robot

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Towed Autonomous Mobile Robot FMR F7-3000

Towed Autonomous Mobile Robot FMR F7-3000

Equipped with automatic linking and unlinking functions (automatic attachment and detachment) as standard, it can connect and transport multiple wheeled carts and various trolleys at once.

The RobotBank FMR F7-3000 is a large autonomous unmanned towing robot boasting a maximum towing capacity of 3,000 kg. It comes standard with automatic coupling and uncoupling functions, allowing it to connect and transport multiple wheeled carts and various types of trolleys at once. It is designed to support a wide range of environments where the transportation of heavy goods is required, such as automotive assembly lines, automotive parts, home appliances, and general manufacturing, strongly facilitating the automation and unmanned operation of line supply.

  • StarTow3000_加工画像_hp用2.png
  • 1980×1320青い背景ー0410.png
  • Transport and handling robots
  • Substrate transport device (loader/unloader)
  • Conveyor
  • Mobile robot

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Robot Development Platform 'Nova Carter P1'

Robot Development Platform 'Nova Carter P1'

Designed to seamlessly integrate with class-leading NVIDIA Isaac AMR autonomy platform!

"Nova Carter P1" is a complete robot development platform that accelerates the development and deployment of autonomous mobile robots (AMRs) equipped with the Nova Orin reference architecture. It facilitates the transition from manual forklifts and guided vehicles to fully autonomous vehicles. With a rich sensor portfolio, powerful AI computing capabilities, and customization features, it can safely operate alongside humans in highly dynamic and unstructured environments. 【Features】 ■ Significantly improves productivity ■ Reduces costs and accelerates large-scale deployment ■ Ensures safety in operations such as warehouse management and logistics handling *For more details, please download the PDF or feel free to contact us.

  • Other industrial robots
  • Mobile robot

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Autonomous Mobile Platform "TriOrb BASE"

Autonomous Mobile Platform "TriOrb BASE"

It can be implemented as a high-performance mobile platform for various types of robot drive systems.

The "TriOrb BASE" is a spherical drive all-directional autonomous mobile platform that contributes to labor-saving in inter-process transportation and automation of ancillary tasks, primarily in the manufacturing industry. It achieves instant and smooth movement in any direction at 360°, and can control the rotation of the sphere with high precision, allowing for movement in millimeter increments. Additionally, it is equipped with an AI accelerator, providing high development flexibility and enabling customization to meet customer requirements. 【Features】 ■ 360° movement and rotation ■ Low-profile and compact ■ High-precision movement in millimeter increments ■ High load capacity (※) over 300kg ■ Step climbing capability (※) over 15mm ※ The specifications are based on the performance of standard products. The mobility may vary with customization. ※ For more details, please download the PDF or feel free to contact us.

  • Transport and handling robots
  • Mobile robot

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High-precision positioning AMR "REX16AMR-III"

High-precision positioning AMR "REX16AMR-III"

30kg work-capable robot included! Molding, high-precision parts processing, and machine tending for heavy work.

The "REX16AMR-III" is a high-precision positioning AMR that utilizes AMR units from TriOrb and collaborative robots from TechMan ROBOT. It achieves corrections not only in the X-axis (forward direction) but also in the Y-axis (approach direction) and θ-axis (rotation direction), allowing it to operate in narrow passages and small intersections. Additionally, it employs Toshiba's lithium-ion batteries, which offer high peak output, short charging times, and minimal degradation, enabling 24-hour operation with energy-saving performance and non-contact power supply. 【Features】 ■ High expandability ■ Multiple units can operate if the passage width is over 2m ■ No need to widen intersections due to a turning radius of "0" ■ All-direction movement means that even if there are protrusions that obstruct the passage of the AMR, there are no issues approaching machinery. *For more details, please download the PDF or feel free to contact us.

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  • Other industrial robots
  • Mobile robot

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Painful Technology Co., Ltd.

Painful Technology Co., Ltd.

Solving on-site issues with PhysicalAI from PoC to implementation.

We will showcase autonomous AI using Unitree R1 and Unitree GO2. The important aspect is not robotics itself, but rather autonomous control using robots. We will support everything from proof of concept (PoC) to implementation, focusing on how to enable AI to recognize space, understand situations, autonomously identify challenges, and solve problems using Sim2Real with digital twins and real environments.

  • others
  • Mobile robot

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CarryBot_Intro_D150_SHI LLC

CarryBot_Intro_D150_SHI LLC

CarryBot is the ideal delivery solution for environments such as micro-fulfillment centers and factories.

CarryBot is an autonomous mobile robot (AMR) designed for discrete manufacturing companies across fields such as consumer electronics, warehousing, and logistics. It is equipped with autonomous navigation, reliable obstacle avoidance, strong load capacity, and multiple layers of safety protection features, helping companies achieve smart manufacturing and ensure flexible and safe delivery.

  • Transport and handling robots
  • Mobile robot

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AMR | Autonomous Mobile Robot [Free catalog with usage scenarios included]

AMR | Autonomous Mobile Robot [Free catalog with usage scenarios included]

Easy setup with just one smartphone! The AMR, which is highly active in factories and warehouses, contributes to solving labor shortages and improving work efficiency. *Demo available for testing on-site!

The autonomous mobile robot (AMR) KeiganALI, sold by Sumitomo Heavy Industries, can autonomously navigate by recognizing its surrounding environment and transport goods while avoiding people and obstacles. 【Do you have any of these concerns?】 ◆ Interested in automating on-site operations but unsure if you can manage it… ◆ Unable to make a large capital investment, making the introduction barrier high… ◆ Worried about whether it can adapt to layout changes… This autonomous mobile robot is easy to set up and can be introduced conveniently. It has high customization capabilities and can be used in various situations in manufacturing, such as factories and logistics warehouses. *Demo requests are currently being accepted. You can confirm its performance in the environment where you will use it before introducing it. *We are currently offering a free catalog that illustrates various usage scenarios. For detailed specifications, please download and take a look.

  • Other industrial robots
  • Mobile robot

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[Usage Example] Event Presentation

[Usage Example] Event Presentation

We will introduce a case where someone stood in for a participant to receive an award and conducted video streaming and projection!

We would like to introduce a case where the indoor general-purpose mobile robot "BUDDY" from SOCIAL ROBOTICS Co., Ltd. took the stage on behalf of remote participants at an award ceremony. The robot climbed an incline to reach a 30m event hall and a 50cm high stage to receive the award, as well as to perform video streaming and projection. Additionally, due to budget constraints, we could not invest in a remote control program, so we accessed the robot remotely to manually operate it and execute complex movements. 【Case Overview (Excerpt)】 ■ Implementation Date and Quantity: February 2023, 1 unit ■ Purpose of Implementation: To take the stage on behalf of remote participants at the award ceremony ■ Implementation Goals: To take the stage and receive the award on behalf of participants, and to perform video streaming and projection ■ Transported Items: Webcam, trophy, certificate ■ Operating Environment: Climbing an incline to a 30m event hall and a 50cm high stage ■ Achievement Rate: 100% *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots
  • Mobile robot

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Security-oriented autonomous mobile robot software '@mobi'

Security-oriented autonomous mobile robot software '@mobi'

Efficiency in patrol security! Achieving safe and secure security with autonomous mobile robots!

In the security industry, issues such as labor shortages and the burden of patrolling during nighttime and inclement weather are significant challenges. In particular, patrolling in extensive areas or dangerous locations places a heavy burden on security personnel and carries the risk of accidents. By equipping autonomous mobile robots with '@mobi', these challenges can be addressed, enabling efficient and safe patrolling security. 【Usage Scenarios】 * Indoor patrolling in factories, warehouses, and commercial facilities * Outdoor patrolling in parking lots, parks, and outdoor facilities * Patrolling during nighttime and inclement weather 【Benefits of Implementation】 * Achieving 24/7 patrolling security * Reducing labor costs * Ensuring the safety of security personnel in dangerous locations * Improving efficiency through optimized patrolling routes

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  • Software (middle, driver, security, etc.)
  • Mobile robot

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[Agriculture] @mobi 2.6

[Agriculture] @mobi 2.6

Streamlining harvesting operations with autonomous mobile robots!

In the agricultural sector, labor shortages and the need for increased efficiency are significant challenges. In particular, harvesting is heavily influenced by weather conditions and is physically demanding, leading to a growing demand for automation. @mobi 2.6 contributes to the efficiency of harvesting operations by being mounted on autonomous mobile robots. 【Usage Scenarios】 - Transporting harvested goods - Moving within the fields - Coordination among multiple robots 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Alleviation of work burden

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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Introducing the latest features for warehouses @mobi

Introducing the latest features for warehouses @mobi

Efficiently streamline picking operations with autonomous mobile robots!

In the warehouse industry, improving the efficiency of picking operations and reducing labor costs have become important challenges. There is a demand for addressing labor shortages, increasing the burden on workers, and reducing errors. @mobi 2.6 supports the automation of picking operations by being equipped with autonomous mobile robots. 【Usage Scenarios】 - Product transportation within the warehouse - Automatic movement to picking stations - Integration with inventory management systems 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Reduction in operational errors

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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Introduction of the latest features for entertainment facilities @mobi

Introduction of the latest features for entertainment facilities @mobi

Autonomous mobile robots streamline guidance services in entertainment facilities!

In entertainment facilities, guidance services require smooth navigation and information provision for visitors. In particular, providing directions within a large facility and event information are crucial factors that influence customer satisfaction. However, human-guided assistance has its limitations, and congestion can occur during peak times, potentially diminishing visitor satisfaction. The @mobi 2.6, when equipped on autonomous mobile robots, allows for free movement within the facility, enabling accurate information provision and smooth guidance. 【Usage Scenarios】 - Directional guidance in theme parks and amusement parks - Guidance for exhibits in exhibition halls - Floor guidance in commercial facilities 【Benefits of Implementation】 - Reduction in labor costs through the efficiency of guidance services - Improvement in customer satisfaction - Timely provision of the latest information

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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【For Security】@mobi-SLAM

【For Security】@mobi-SLAM

Supports autonomous movement and anomaly detection at security sites with high-precision 3D SLAM.

In the security industry, extensive area monitoring and rapid detection of abnormal situations are required. Especially in nighttime, adverse weather conditions, or places with poor visibility, advanced technology is necessary for monitoring. Traditional surveillance systems are prone to blind spots, increasing the risk of missing abnormalities. @mobi-SLAM prevents self-position loss and creates high-precision maps, enabling efficient patrolling by autonomous mobile robots. This reduces the burden on security personnel and contributes to building a safer environment. 【Use Cases】 - Facility security during nighttime or adverse weather - Patrolling within warehouses and factories - Remote monitoring in hazardous areas - Integration with abnormal detection systems 【Benefits of Implementation】 - Establishment of a 24/7 monitoring system - Reduction of labor costs - Rapid response in case of abnormalities - Improvement in monitoring accuracy

  • Software (middle, driver, security, etc.)
  • Other embedded systems (software and hardware)
  • Embedded system design service
  • Mobile robot

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Robot Cat for the Cleaning Industry

Robot Cat for the Cleaning Industry

Equipped with physical AI! Streamlining waste collection at cleaning sites.

In the cleaning industry, labor shortages and the reduction of worker burdens are significant challenges. In particular, garbage collection not only incurs high labor costs but also requires ensuring the safety of workers. Robobonyan is equipped with facial recognition AI, natural language processing AI, and object detection AI to streamline waste sorting and collection tasks. This contributes to reducing labor costs and ensuring the safety of workers. 【Usage Scenarios】 - Commercial facilities - Office buildings - Public facilities 【Effects of Implementation】 - Reduction in labor costs - Improvement in work efficiency - Ensuring worker safety

  • Company：HCI
  • Price：Other
  • Other machine tools
  • Mobile robot

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For Manufacturing Industry @mobi 2.6

For Manufacturing Industry @mobi 2.6

Achieve autonomous movement just by incorporating it into a robot with a mobility mechanism! Coordination of multiple units is also possible!

In the manufacturing industry, accurate following actions are required for tasks such as product transportation and parts supply. Especially as labor shortages become more severe, automating these tasks is essential for improving production efficiency. However, traditional automation systems have faced challenges such as high implementation costs and a lack of flexibility. @mobi 2.6 enables autonomous movement simply by being integrated into existing robots, contributing to the efficiency of manufacturing sites. 【Usage Scenarios】 - Parts supply on the production line - Transportation of finished products - Picking operations within warehouses 【Benefits of Implementation】 - Reduced burden on workers - Increased productivity - Cost reduction

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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Retail-oriented autonomous mobile robot package '@mobi'

Retail-oriented autonomous mobile robot package '@mobi'

Streamline product replenishment operations in stores! Achieve a solution to labor shortages and cost reduction!

The retail industry is facing a serious labor shortage, making the efficiency of product replenishment an urgent issue. In particular, the movement of products from the store's backroom to the sales floor requires time and effort, which can lead to lost opportunities. By utilizing autonomous mobile robots, these challenges can be addressed, and the efficiency of store operations can be improved. 【Usage Scenarios】 * Product replenishment within the store * Transportation of products from the backroom to the sales floor * Automatic replenishment linked with inventory management 【Benefits of Implementation】 * Reduction in labor costs * Shortening of work time * Decrease in lost opportunities * Improvement in customer satisfaction

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  • Software (middle, driver, security, etc.)
  • Transport and handling robots
  • Mobile robot

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Package for Autonomous Mobile Robots for Food and Beverage: '@mobi'

Package for Autonomous Mobile Robots for Food and Beverage: '@mobi'

Streamlining meal service operations! Addressing labor shortages and improving customer satisfaction.

The food service industry is facing a serious labor shortage, and improving the efficiency of serving operations has become an urgent issue. In particular, handling orders during peak times and the rising labor costs are significant factors putting pressure on store operations. By utilizing autonomous mobile robots, it is possible to automate serving tasks, reduce labor costs, improve operational efficiency, and enhance customer satisfaction. 【Use Cases】 - Serving in restaurants and cafes - Room service in hotels and inns - Transporting ordered items in food courts 【Benefits of Implementation】 - Reduction in labor costs - Improved operational efficiency - Increased customer satisfaction - Reduced burden on employees

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  • Software (middle, driver, security, etc.)
  • Mobile robot

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Software for Autonomous Mobile Robots "@mobi" for Universities

Software for Autonomous Mobile Robots "@mobi" for Universities

Improve the efficiency of in-house delivery! Reduce the development costs of autonomous mobile robots!

On university campuses, efficient means of transportation are required for the delivery of on-campus mail and equipment. In particular, there are challenges such as the wide range of movement within the campus, congestion during certain times, and a shortage of manpower. The introduction of autonomous mobile robots addresses these challenges and contributes to the efficiency and labor-saving of delivery operations. @mobi supports various shapes and sizes of robots, achieving high-precision autonomous movement within the campus. 【Use Cases】 - Delivery of on-campus mail - Transportation of experimental equipment and supplies - Movement of library materials - Service provision to students and faculty 【Effects of Implementation】 - Reduction in delivery time - Decrease in labor costs - Improvement in operational efficiency - Enhancement of service quality

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  • Software (middle, driver, security, etc.)
  • Mobile robot

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Package for Autonomous Mobile Robots for Warehouses '@mobi'

Package for Autonomous Mobile Robots for Warehouses '@mobi'

Efficient inventory management in warehouses with autonomous mobile robots!

In the warehouse industry, there is a demand for efficiency and accuracy in inventory management. In particular, labor shortages and increased burdens on workers are significant challenges. By utilizing autonomous mobile robots, it is possible to address these issues and improve operational efficiency. @mobi reduces the development costs of autonomous mobile robots and enables smooth movement and accurate positioning within the warehouse. 【Use Cases】 - Automatic transportation of products within the warehouse - Automatic picking of inventory - Streamlining of inventory counting tasks 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Improvement in inventory management accuracy

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  • Software (middle, driver, security, etc.)
  • Mobile robot

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Software for Autonomous Mobile Robots for Hotels

Software for Autonomous Mobile Robots for Hotels

Streamlining room service! Reducing the development costs of autonomous mobile robots!

In the hotel industry, labor shortages and the improvement of customer service quality are significant challenges. In particular, efficient room service is required for tasks such as replenishing amenities and supplies in guest rooms and providing room service. It is important to streamline these operations to enhance customer satisfaction and reduce employee burden. Our '@mobi' utilizes autonomous mobile robots to address these challenges and support hotel operations. 【Usage Scenarios】 - Automatic transportation of amenities and supplies to guest rooms - Provision of room service - Moving to guest rooms after cleaning 【Benefits of Implementation】 - Reduction in labor costs - Significant improvement in operational efficiency - Increase in customer satisfaction

  • IPROS4488769667967728534.png
  • Software (middle, driver, security, etc.)
  • Mobile robot

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Package for Autonomous Mobile Robots for Logistics @mobi 2.6

Package for Autonomous Mobile Robots for Logistics @mobi 2.6

Efficiently streamline transportation operations in logistics sites with autonomous mobile robots!

In the logistics industry, transportation operations face challenges such as labor shortages and the need for improved work efficiency. In particular, accurate and rapid transportation is required for moving goods within warehouses and supplying parts within factories. Autonomous mobile robots can address these challenges and contribute to operational efficiency. @mobi 2.6 enables autonomous movement simply by being integrated into existing robots, supporting the efficiency of logistics sites. 【Usage Scenarios】 - Product transportation within warehouses - Parts supply within factories - Sorting operations at distribution centers 【Benefits of Implementation】 - Reduction in labor costs through automation of transportation operations - Increased productivity due to shortened work hours - Reduced accident risks through improved safety

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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For Manufacturing Industry @mobi 2.6

For Manufacturing Industry @mobi 2.6

Achieve autonomous movement just by incorporating it into a robot with a mobility mechanism! Coordination between multiple units is also possible!

In the manufacturing industry, accurate following actions are required for tasks such as product transportation and parts supply. Especially as labor shortages become more severe, automating these tasks is essential for improving production efficiency. However, traditional automation systems have faced challenges such as high implementation costs and lack of flexibility. @mobi 2.6 achieves autonomous movement simply by being integrated into existing robots, contributing to the efficiency of manufacturing sites. 【Usage Scenarios】 - Parts supply on the production line - Transportation of finished products - Movement to inspection processes 【Benefits of Implementation】 - Reduction in work time - Decrease in labor costs - Increase in productivity

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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Retail-oriented package for autonomous mobile robots @mobi 2.6

Retail-oriented package for autonomous mobile robots @mobi 2.6

Automate inventory management and achieve operational efficiency!

In the retail industry, accurate inventory management and efficient product replenishment are essential. In particular, labor shortages and delays in operations can lead to lost opportunities and decreased customer satisfaction. Autonomous mobile robots equipped with @mobi 2.6 address these challenges. 【Use Cases】 - Product transportation within warehouses - Inventory checks in stores - Automation of inventory counting tasks 【Benefits of Implementation】 - Improved accuracy in inventory management - Reduced working hours - Lower labor costs

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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[For Security] @mobi Latest Feature Introduction

[For Security] @mobi Latest Feature Introduction

Efficient security patrols with autonomous mobile robots!

In the security industry, the shortage of personnel and the burden of patrol duties during nighttime and adverse weather conditions are significant challenges. In particular, patrolling extensive areas or dangerous locations requires a balance between ensuring personnel safety and performing duties efficiently. The @mobi 2.6 addresses these issues by being equipped on autonomous mobile robots. 【Usage Scenarios】 - Patrolling within facilities, parking lots, and outdoors - Patrolling during nighttime or adverse weather conditions - Patrolling in hazardous areas 【Benefits of Implementation】 - Increased efficiency and reduced manpower in patrol duties - Stable patrolling 24/7, 365 days a year - Reduced personnel risk in hazardous areas

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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Introduction of the latest features for the cleaning industry @mobi

Introduction of the latest features for the cleaning industry @mobi

Efficiently streamline cleaning operations with autonomous mobile robots!

In the cleaning industry, labor shortages and the need for work efficiency are significant challenges. Especially in cleaning large spaces or areas with complex structures, it requires considerable time and effort, making efficient cleaning methods essential. The @mobi 2.6, when equipped on autonomous mobile robots, achieves the automation of cleaning tasks and addresses these challenges. 【Usage Scenarios】 - Cleaning in various locations such as office buildings, commercial facilities, factories, and warehouses - Coordinated cleaning with multiple robots - Cleaning in areas where LiDAR has difficulty reaching 【Benefits of Implementation】 - Reduction in cleaning time - Decrease in labor costs - Improvement in cleaning quality

  • atmobi-v2_6-260px.png
  • Transport and handling robots
  • Mobile robot

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