robot Product List and Ranking from 466 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. フィブイントラロジスティクス Hyogo//others
  2. アファーム・ビジネスパートナーズ Tokyo//Information and Communications
  3. デンソーウェーブ Aichi//others
  4. 4 ウィングロボティクス Tokyo//Service Industry
  5. 4 JFEコムサービス 本社 Tokyo//Information and Communications
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robot Product ranking

Last Updated： Aggregation Period:Oct 01, 2025～Oct 28, 2025
This ranking is based on the number of page views on our site.

  1. Trolley transport AGV/AMR "AMI-Carry" フィブイントラロジスティクス
  2. Cat-shaped serving robot 'BellaBot' アファーム・ビジネスパートナーズ
  3. unitree Go2 JFEコムサービス 本社
  4. Care robot "It's transfer." あかね福祉
  5. 4 Cerabos Master サンクリエイト

robot Product List

736～750 item / All 1525 items

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Window Cleaning Robot Model Number M3003RB-2KF

Window Cleaning Robot Model Number M3003RB-2KF

This product efficiently and beautifully cleans windows through automatic operation using the latest AI technology.

This product efficiently and beautifully cleans windows through automatic operation using the latest AI technology. It can clean an area of 2M x 2M in about 3 minutes. When cleaning windows, you can set three types of automatic operation modes as well as a manual mode. It accurately navigates the glass surface with separately controlled rotating brush motors that operate in opposite directions. The microfiber cloth spins at high speed, and in automatic mode, the product detects the window frame and reverses to continue moving forward. This product comes with a safety rope that can withstand up to 150kg and a remote control for easy operation, making it possible to clean high windows effortlessly. For stubborn stains, it is equipped with a device that sprays detergent via the remote control.

  • Building Cleaning Equipment

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Camera-equipped underwater cleaning robot RM300C21

Camera-equipped underwater cleaning robot RM300C21

As an underwater cleaning robot, it can be widely used in water utilization facilities. It was developed with the concept of being small, lightweight, and inexpensive, primarily for sales purposes.

With ultra-small CPU control, we can meet various needs simply by swapping programs. You will realize that it is far more affordable and high-functioning compared to equivalent products from other companies.

  • Sanitary fixtures
  • Pool equipment related

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Electric Auto Hand Changer

Electric Auto Hand Changer

Automatic exchange of robot and automated machine hands and tools without an air source.

Electric auto hand changer for automatically converting the hands and tools of robots and automated machines. Tool changes are possible even in environments without air sources. Contributes to increased productivity. - Airless: Can be attached and detached without an air source. - Energy-saving: No power supply needed after connecting the master side and tool side. - Easy control: Can be controlled simply by ON and OFF, similar to a solenoid valve. - Slim: Minimal interference with peripheral devices due to no protruding motors. - Abundant electrical interfaces: Comes with solder terminal cables, D-sub connectors, small connectors, and non-contact electrodes.

  • Picking robots (shelf transport robots, arm picking robots)

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[Case Study] Isuzu Motors Limited Headquarters

[Case Study] Isuzu Motors Limited Headquarters

Examples of delivering new equipment that contributes to labor-saving, such as autonomous mobile transport wagons!

We would like to introduce a case study of Isuzu Motors Limited, which has implemented our products. We assisted with the kitchen design at their headquarters and the custom counters within the office, supplying many kitchen appliances. The kitchen, especially the areas visible to users, has been finished in a calm manner that aligns with the spatial concept. We received feedback such as, "We were grateful that they understood the circumstances from the architectural side and responded flexibly, going beyond the framework of a kitchen equipment manufacturer." 【Case Overview】 ■ Facility Name: Isuzu Motors Limited Headquarters ■ Location: Nishi Ward, Yokohama City ■ Products Introduced: - Automatic Dish Sorting Robot "finibo" - Autonomous Mobile Transport Wagon, etc. *For more details, please refer to the related links or feel free to contact us.

  • Other store equipment and supplies

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[PPS Case] AGV-Linked Sorting Solution

[PPS Case] AGV-Linked Sorting Solution

Transporting shelves with a lift-up AGV! Supporting sorting tasks with projections from a projector!

We would like to introduce the operational case of the Projection Picking System (PPS). The "AGV-linked Sorting Solution" allows AGVs to automatically travel within the warehouse and deliver products to the picking stations. Picking is performed according to the content projected by the PPS on the delivered shelves, and in addition to the front display, it can clearly show the quantity, product information, and more to the operators. The PPS is equipped with a mistake-proofing function, which improves picking accuracy. 【Features】 ■ Shelves are transported by lift-up AGVs ■ Sorting tasks are supported by projections from a projector ■ Since AGVs handle automatic transportation, the physical effort of walking for operators is reduced ■ There is no need to memorize product shelves ■ Inbound operations are also performed by scanning the product barcodes and following the instructions from the PPS *For more details, please refer to the PDF materials or feel free to contact us. 【LIVE Showroom Now Open】 We are conducting a "LIVE Showroom" utilizing the web for easy access. If you are interested, please check the link below.

  • Picking System

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[90-second video] Six steps to successfully implement RPA without failure.

[90-second video] Six steps to successfully implement RPA without failure.

Introducing the overall flow of RPA implementation, divided into six major steps!

With the changes in social conditions, RPA is gaining more and more attention and expectations. Taking into account the points to consider for a successful implementation, I will discuss the overall flow of RPA implementation, divided into six main steps. You can check the related video below. It’s a 90-second video, so please take a look. 【Instructor Information】 ■ Kenji Ishi ■ Sun Planning Systems ■ Digital Transformation Department ■ RPA Unit *For more details, please refer to the related links or feel free to contact us.

  • others

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Copper bar / jumper bar for circuit protector jumper bar spring terminal.

Copper bar / jumper bar for circuit protector jumper bar spring terminal.

Contributes to labor-saving in wiring! A jumper bar suitable for circuit protector jump wiring.

Please use this for the jumper wiring of circuit protectors with push-in spring terminals (manufactured by Fuji Electric: CP30F□-1P□Q). 【Features】 1. Eliminates the need for crimping ferrule terminals, reducing wiring labor. 2. Allows for space-saving jumper wiring. 【Material】Brass t=0.8mm, nickel-plated finish, with insulation coating (black). *For more details, please refer to the PDF document or feel free to contact us.

  • Power distribution and control panels
  • Piping and electrical wiring materials

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Automated Shelf Transport Robot GeeK+ EVE (AVG)

Automated Shelf Transport Robot GeeK+ EVE (AVG)

Achieving a picking walking distance of 0 within the warehouse.

The automatic shelf transport robot GeeK+ EVE has transformed the traditional method where people had to walk to the product shelves for picking by allowing the robot to bring the shelves to them. It significantly reduces the walking distance for workers, which has been a challenge in many workplaces, enabling fast, accurate, and efficient operations. - Reduction of walking distance It is possible to reduce the walking distance within the warehouse during picking to zero. - Flexible shelf design Shelves can be freely designed to match the shape of the customer's products. - Improved storage efficiency Compared to conventional lightweight shelving, aisle space can be reduced by 40%. You can view product videos and details through the related links below.

  • Picking robots (shelf transport robots, arm picking robots)

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Collaborative Autonomous Mobile Robot AMR ForwardX

Collaborative Autonomous Mobile Robot AMR ForwardX

It is a robot that detects surrounding objects and people, and moves to the desired location or transports items.

AMR stands for Autonomous Mobile Robot, which is a robot that detects surrounding objects and people using lasers and image recognition, autonomously moves to the desired location, and transports items. It is also referred to as a collaborative robot or an autonomous driving robot. 【Features of AMR Collaborative Transport Robots】 - Reduction of walking distance (reduced to 2/3) - Labor-saving in picking - Improvement in productivity - Easy to start small and has minimal impact on existing equipment, allowing for immediate implementation. You can view product videos and details from the related links below.

  • Automatic transport robot

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H8 CPU version educational teaching robot

H8 CPU version educational teaching robot

This is a full-fledged educational robot that allows you to experience how to use the Renesas Technology microcontroller "H8."

This is an educational robot designed to provide practical experience in hardware, software, and mechatronics, based on learning C language programming for the H8 CPU. One of the significant benefits of using a robot as an educational tool is that it allows for evaluation of technical skills without the need for formal testing; the robot's movements alone can serve as an assessment. Students and engineers involved can also self-evaluate, which fosters expected improvements in skills through self-directed learning. More vocational schools are increasingly adopting this robot for practical classes and other formal uses.

  • others

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Mechatronics Simulator "MM-MSV2"

Mechatronics Simulator "MM-MSV2"

Cultivating skilled personnel! Mechatronics education training system.

The Mechatronics Simulator is a digital control simulator for mechatronics equipment that operates on Windows computers. It allows for digital control such as PLC control, PC control, and microcontroller control by placing virtual mechatronic devices on the screen. The simulator itself comes with software and an interface for connecting to digital control devices. 【Features】 - Build production systems on the screen by referring to texts and other materials. - Control the production system on the screen using PLCs, PCs, or microcontrollers. - Mechatronics technology training is also possible using the MM-3000 series. For more details, please contact us or download the catalog.

  • Scientific Calculation and Simulation Software

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Small FA line training device 'MM3000-EP'

Small FA line training device 'MM3000-EP'

There is joy in creating it yourself and fun in experiencing it. It strengthens practical on-site response skills.

The "MM3000-EP" is a compact training device that reproduces an automated production line. The various mechanisms that make up the training device use the same equipment found in actual factories. Each mechanism has been designed with sufficient rigidity and reliability to ensure a correct understanding of the movements of the mechanisms and the characteristics of the workpieces. 【Features】 ■ Compact reproduction of an automated production line ■ Uses the same equipment as that used in the industry ■ Learn about the composition and structure of production systems ■ Supports various training applications ■ Compatible with various controls and includes comprehensive reference materials *For more details, please refer to the PDF materials or feel free to contact us.

  • others

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