Mobile robot Product List and Ranking from 24 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
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 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. アイザック 本社 Fukushima//others
  2. Nextway Co.,Ltd. （Segway Japan） Kanagawa//others
  3. テムザック 本店・中央研究所 Kyoto//Other construction industries
  4. 4 トークシステム Tokyo//Trading company/Wholesale
  5. 5 フィブイントラロジスティクス Hyogo//others
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Mobile robot Product ranking

Last Updated： Aggregation Period:Sep 10, 2025～Oct 07, 2025
This ranking is based on the number of page views on our site.

  1. Robot Development Platform 'Nova Carter P1' Nextway Co.,Ltd. （Segway Japan）
  2. Transfer and mobility robot "Keipu" アイザック 本社
  3. Next-generation smart mobility 'RODEM' テムザック 本店・中央研究所
  4. Small Electric Disaster Response Crawler Robot 'Giraffe' アイザック 本社
  5. 4 Autonomous Mobile Robot (AMR) Sorting Solution Genient フィブイントラロジスティクス

Mobile robot Product List

16～30 item / All 46 items

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[Usage Example] Event Presentation

[Usage Example] Event Presentation

We will introduce a case where someone stood in for the 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 ascended a slope to a stage 50 cm high in a 30 m event hall to receive the award, and it also facilitated video streaming and projection. Additionally, due to budget constraints, we could not invest in a remote operation program, so we accessed the robot remotely to perform manual operations 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, receive the award, and facilitate video streaming and projection on behalf of participants ■ Items Transported: Webcam, trophy, certificate ■ Operating Environment: Ascending a slope to a stage 50 cm high in a 30 m event hall ■ Achievement Rate: 100% *For more details, please refer to the PDF document or feel free to contact us.

  • Automatic transport robot

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[Use Case] Tonkatsu Shop Submenu Delivery

[Use Case] Tonkatsu Shop Submenu Delivery

Automation of delivery for menu items other than the main tonkatsu! A case of sales increase compared to the previous year.

We would like to introduce a case where SOCIAL ROBOTICS Co., Ltd.'s indoor general-purpose mobile robot "BUDDY" was implemented for the delivery of sub-menu items at a tonkatsu restaurant. To address labor shortages, the goal was to automate the delivery of menu items other than the main tonkatsu, such as cabbage, miso soup, and beer. After implementation, sales increased compared to the previous year, as reported in newspapers and other media. 【Case Overview (Excerpt)】 ■ Implementation Date and Quantity: August 2023, 1 unit ■ Purpose of Implementation: Addressing labor shortages ■ Implementation Goal: Automation of delivery for menu items other than the main tonkatsu ■ Items Transported: Cabbage, miso soup, beer, etc. ■ Operating Environment: Approximately 40-seat restaurant ■ Achievement Rate: Not measured *For more details, please refer to the PDF document or feel free to contact us.

  • Automatic transport robot

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Overcoming the 2024 Problem Together: "International Logistics Comprehensive Exhibition 2023 Exhibition Information"

Overcoming the 2024 Problem Together: "International Logistics Comprehensive Exhibition 2023 Exhibition Information"

Change your perspective. Go beyond solutions. Together, let's overcome the 2024 issue with Okamura's logistics system solutions.

Okamura will exhibit at the "International Logistics Comprehensive Exhibition 2023, 3rd INNOVATION EXPO" held at Tokyo Big Sight from September 13 (Wednesday) to 15 (Friday) (Booth Number: 2K-06). At the Okamura booth, we will present the theme "Overcoming the 2024 Problem Together," derived from our new business brand message "Change Your Perspective. Go Beyond Solutions." We will showcase our core products, Cybistor, AutoStore, and ORV, and introduce solutions aimed at reducing "waiting time for cargo," addressing "lead times," and decreasing "loading and unloading operations," leveraging the features of each product. 【Exhibited Products】 ■ Robot Storage System "AutoStore" ■ Pallet Storage System "Cybistor" ■ Autonomous Mobile Robot "ORV" We sincerely look forward to your visit.

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[Information] Overcoming the 2024 Problem Together: <Streamlining Cargo Handling Operations>

[Information] Overcoming the 2024 Problem Together: <Streamlining Cargo Handling Operations>

Visualization for understanding waiting and loading times! Enabling workers to work more efficiently.

This document discusses the challenges and solutions regarding the labor-saving of cargo handling operations. It also explains that it is difficult for shippers to grasp the status of cargo handling times and to monitor real-time conditions such as the length of waiting times and the number of vehicles waiting. Our perspective focuses on automation through robotics, and we also address the challenges and solutions related to automation. We encourage you to read it. 【Contents (partial)】 ■ Status of cargo handling time awareness by shippers ■ Okamura's perspective ■ ORV Autonomous Mobile Robot / Trolley Transport Type ■ What ORV can do ■ User-friendly automation and labor-saving *For more details, please refer to the PDF document or feel free to contact us.

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World Mobile Robot Market Research Report (to 2027)

World Mobile Robot Market Research Report (to 2027)

World Market for Mobile Robots (up to 2027): Aircraft, Autonomous Underwater Vehicles (AUV), Unmanned Ground Vehicles (UGV), Unmanned Surface Vehicles (USV)

According to a report by 360iResearch, the global mobile robot market size, which was $28.31 billion in 2021, is projected to reach $34.32 billion in 2022 and further expand at an average annual growth rate of 21.38% to reach $90.59 billion by 2027. This document is a market research report that compiles a multifaceted investigation into the global mobile robot market, including an introduction, research methodology, executive summary, market overview, market insights, analysis by equipment type (aircraft, autonomous underwater vehicles (AUV), unmanned ground vehicles (UGV), unmanned surface vehicles (USV)), analysis by application (defense, home, entertainment, logistics & warehousing, media & entertainment), regional analysis (North and South America, United States, Canada, Brazil, Asia-Pacific, Japan, China, India, South Korea, Taiwan, Europe/Middle East/Africa, United Kingdom, Germany, France, Russia, and others), competitive landscape, and company information.

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Customized Mobile Robot "URe Series"

Customized Mobile Robot "URe Series"

"Lightweight reduction from 15kg to just 5kg" for material transport within vast facilities, distribution and collection of documents in medical facilities, and automation of simple tasks!

The "URe Series" is a customized mobile robot that has been lightweight reduced from 15kg to just 5kg, equipped with a DC OEM Control box. It enables parts transportation for assembly, material transport within vast facilities, distribution and collection of documents in medical facilities, and automation of simple tasks, allowing people to focus on more advanced work, enhancing cost-effectiveness through increased productivity, and achieving quick return on investment. 【Features】 ■ Human-collaborative robot that automatically avoids people and obstacles ■ No need for magnetic tape, no infrastructure changes required ■ Automation of simple tasks allows people to concentrate on more advanced work ■ Various tasks can be accommodated by exchanging the top module ■ Easy programming with a GUI interface *For more details, please refer to the PDF document or feel free to contact us.

  • Automatic transport robot

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Autonomous mobile robots 'T8/T5/W3' achieve labor-saving and efficiency in facilities!

Autonomous mobile robots 'T8/T5/W3' achieve labor-saving and efficiency in facilities!

Slim-type serving robots, stable shape & large capacity robots, and robots for hotels are now available!

The "T8/T5/W3" is a delivery robot with over 40,000 units operating worldwide and a proven track record in more than 60 countries. With a passage width of 60 cm, the "T8" can be introduced in narrow spaces and is highly maneuverable. The "T5" has a maximum load capacity of 40 kg and excels in both serving and clearing with its four-tier trays. The "W3" can also provide room service in conjunction with elevators. These robots can be used in various locations, including restaurants, nursing facilities, karaoke venues, hotels, hospitals, and commercial facilities. 【Product Lineup】 ■ Slim serving robot "Serving Robot T8" ■ Stable shape & large capacity robot "Serving Robot T5" ■ Hotel robot "Delivery Robot W3" *For more details, please refer to the PDF materials or feel free to contact us.

  • Automatic transport robot

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Autonomous Mobile Robot KeiganALI

Autonomous Mobile Robot KeiganALI

KeiganALI is an easy-to-set-up and conveniently deployable autonomous mobile robot. (Keigan Co., Ltd. × Sumitomo Heavy Industries Precision Equipment Sales Co., Ltd.)

"Utilization Proposal" ■ Manufacturing / Factory | Inter-process Transport By utilizing GPIO ports, it is possible to link KeiganALI with the upper attachment. For example, by coordinating the operation of the lifter and KeiganALI, the automation of receiving containers and storing them on shelves can be achieved. ■ Logistics Warehouse | Picking Operations / Inter-process Transport Using customized picking carts tailored to specific applications can enhance the efficiency of picking operations and transport. ■ Restaurant | Serving By attaching a serving cart, the automation of meal serving and the clearing of used dishes can be achieved. ■ Manufacturing Line | Collaborative Work with Robots Since APIs are publicly available, integration with various systems is possible. By collaborating with collaborative robots on the manufacturing line, the automation of parts transport and picking operations can be achieved. ■ Wholesale / Retail | Inventory Management By attaching an RFID reader as an upper attachment, the automation of inventory management for goods within the warehouse can be achieved. ■ Facility | Patrol By attaching cameras or alarms as upper attachments, it can be utilized as a patrol robot within the facility.

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Crawler Robot "UNiBO"

Crawler Robot "UNiBO"

High stability and versatility with excellent durability in a stainless steel body! It can also run on grass and snowy roads.

"UNiBO" is a crawler robot with high mobility performance. Its low center of gravity design and independent left-right suspension suppress tipping and vibrations. It can turn in narrow spaces and can be operated from a distance of 50 meters thanks to its remote control specifications. Additionally, it is equipped with a lithium-ion battery that can be charged using a household power supply. It can transport up to 137 kg of people or cargo and can overcome steps, slopes, and grooves while loaded. [Features] ■ Suppresses tipping and vibrations ■ High operational performance ■ Compatible with household power supply ■ High mobility performance *For more details, please refer to the PDF document or feel free to contact us.

  • Transport machinery

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[Information] ADLINK ROSCUBE

[Information] ADLINK ROSCUBE

Introducing the "RQI series" and "RQX series"! Examples of configurations are also included as suggestions for AMR.

In this document, we introduce ADLINK's "ROSCUBE." We feature the "RQP series," as well as the "RQI series" and "RQX series." Please take a moment to read it. 【Contents (partial)】 ■Proposals for AMR ■Autonomous Mobile Robot for Hospital and Medical Industry ■ADLINK ROScube Capabilities ■ADLINK Robotics Solution Architecture ■ROSCube Series (Intel CPU version) ■Agriculture robot *For more details, please refer to the PDF document or feel free to contact us.

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Low-cost cart robot platform

Low-cost cart robot platform

It is optimal for research and development use.

The dimensions are 400x395x212.5mm, the portable weight is approximately 40kg, and the maximum speed is about 1.0m/s. It is a lightweight and high-rigidity rover kit made of aluminum alloy. It can be used as a platform for research and development of autonomous mobile robots, unmanned transport robots, cart robots, and AGVs, with features such as SLAM, ROS, and AI implemented.

  • Company：翔雲
  • Price：10,000 yen-100,000 yen
  • Other civil engineering services

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Next-generation smart mobility 'RODEM'

Next-generation smart mobility 'RODEM'

Anyone can enjoy tourism and travel without boundaries! Next-generation smart mobility that realizes 'true barrier-free'.

RODEM is a next-generation smart mobility solution with universal design that realizes "true barrier-free" movement for everyone, allowing anyone to enjoy mobility without boundaries. ~ Online consultations available ~ Temzack is currently accepting online consultations. If you want to "solve the challenges of transfer and mobility with RODEM" or if you would like to "see a demo of RODEM or take a test ride," please feel free to contact us through the [Inquiry] section. 【Features of RODEM】 - The design allows for easy transfer from beds or chairs due to the rear entry and the up-and-down mechanism of the seat. - The high eye level during movement enables conversations at the same eye level as pedestrians. - Applications for tourist information, multilingual translation, and route guidance can also be accommodated (subject to consultation). 【Reference Information】 Announcing the special model of 'RODEM' with lacquer finish (https://www.tmsuk.co.jp/topics/2910/)

  • Wheelchair

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Ball-riding personal mobility (omnidirectional movement device) [Suwa Tokyo University of Science]

Ball-riding personal mobility (omnidirectional movement device) [Suwa Tokyo University of Science]

We want to provide vehicles with excellent stability! Introducing technology related to two types of omnidirectional vehicles.

We will introduce the "Omnidirectional Movement Device and Its Posture Control Method." The "Ball-riding Omnidirectional Vehicle" is a vehicle that can maintain dynamic stability, while the "Joint-type Omnidirectional Vehicle" is a vehicle that can realize an omnidirectional movement device by arranging multiple omnidirectional wheels and connecting the body and chassis with a flexible joint. The ball-riding type is envisioned as a means of transportation in commercial facilities (level ground) such as large stores, while the joint type is expected to be used for applications like electric wheelchairs (supporting caregivers and reducing labor). [Overview] ■ Purpose of this technology (Technical background) ■ Technology related to the Ball-riding Omnidirectional Vehicle ■ Technology related to the Joint-type Omnidirectional Vehicle *For more details, please download the PDF or feel free to contact us.

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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 make 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 Inc., 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 was able to travel approximately 180 round trips per day and could transport not only empty boxes but also parts and other items. 【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 handled 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.

  • Automatic transport 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 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 Date/Number of Units: August 2023, 1 unit ■Purpose of Implementation: Transporting parts ■Implementation Goal: Two round trips in 10 minutes ■Transported Items: Parts ■Operating Environment: Approximately 30m indoors ■Achievement Rate: 100% *For more details, please refer to the PDF document or feel free to contact us.

  • Automatic transport robot

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