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robot Product List and Ranking from 42 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.

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. 因幡電機産業 産機カンパニー Osaka//Trading company/Wholesale
  2. クラマ Fukuoka//Trading company/Wholesale
  3. HCI Osaka//robot
  4. 4 Kantum Ushikata Co., Ltd. Kanagawa//Optical Instruments
  5. 5 null/null
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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. Automated valet parking robot and vehicle transport robot for automobile factories. Kantum Ushikata Co., Ltd.
  2. 解説資料『製造現場　搬送自動化ハンドブック』＜無料進呈中＞
  3. Set of 3 Handbooks: "Learn from the Basics - Three Major Themes of Smart Factories" 因幡電機産業 産機カンパニー
  4. 4 Automatic Line Drawing Robot "Turf Tank One" コウフ・フィールド 本社
  5. 5 解説資料『基礎から学べるロボット（特別号）』＜無料進呈＞ 因幡電機産業 産機カンパニー

robot Product List

316～330 item / All 3543 items

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Rapid Implementation Solution for KUKA Collaborative Robot iisy

Rapid Implementation Solution for KUKA Collaborative Robot iisy

Automation with collaborative robots is easy and quick. We provide user-friendly OS and devices. Control of the entire system is achieved with a single OS.

KUKA provides solutions for easy and rapid on-site implementation through the collaborative robot 'LBR iisy', the 'iiQKA.OS' that enables smooth operation of robot applications and peripheral device software, the controller 'KR C5 micro', and the operating device 'KUKA smartPAD pro'. With a single OS, the entire system can be controlled, allowing for easy setup, configuration, and programming, significantly reducing engineering effort and time. 【Features】 ■ Intuitive operation through the operating device ■ Setup and startup of the device possible in just a few minutes ■ Toolbox for specific applications can be installed ■ Ability to visualize robots and programmed parameters in 3D view ■ Access to cloud-sourced knowledge from KUKA and other users *Please refer to the accompanying materials. Feel free to contact us with any inquiries.

  • Other industrial robots

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Comprehensive Catalog of Dry and Molded Instrument Transformers

Comprehensive Catalog of Dry and Molded Instrument Transformers

Comprehensive Catalog of Dry-Type and Molded Instrument Transformers

Our company utilizes the special transformer development technology, epoxy molding technology, and fusion technology of thermally conductive resins and recycled resins that we have cultivated over many years to contribute to resource conservation, energy saving, and recycling. We offer a wide variety of products, including current transformers, voltage transformers, and high-voltage insulating resin insulators. For more details, please download the catalog!

  • Converters and Transducers
  • Other electronic parts

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Automated warehouse: Realizing the automation of transportation.

Automated warehouse: Realizing the automation of transportation.

Achieving automatic transportation from the manufacturing site to the product and parts management process.

<Achieving Automatic Transport from Manufacturing Site to Product and Parts Management Process> - Significant reduction in labor hours through automation of inbound and outbound logistics By predicting parts shortages on the production line in advance, it is possible to shorten downtime and improve operational efficiency. - Promotion of DX (Digital Transformation) at each layer In addition to improving operational efficiency at the "machine level" by reducing downtime, it is possible to enhance productivity at the "line and factory level" by understanding necessary inventory levels and order quantities, as well as enabling system integration with core systems like ERP and MES. We promote the DX of parts management processes at each layer to reduce management labor hours. <Case Study Introduction> ◇Before The distance to the warehouse places a heavy burden on workers. We want workers to handle various tasks. Transporting parts requires a lot of manpower. ◇After We achieved automatic transport using AGVs. Since we were able to reduce working hours, workers can now engage in other tasks. <Related Products> Automated Warehouse ISM Series Automated Transport Robot - Autonomous Mobile Robot *For more details, please refer to the PDF materials or feel free to contact us.

  • Production Management System

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Educational Robot Series Self-Driving Robot Base IHM/08001RBM

Educational Robot Series Self-Driving Robot Base IHM/08001RBM

Developing a self-driving robot as an educational robot for info hobby.

Developing a self-driving robot as an educational robot for info hobbyists To enable the acquisition of many fundamental principles of robotics, you can study from the basics, such as DC servo motors and A/D conversion. ■□■Features■□■ ■ By incorporating a full-fledged brushless DC servo, you can learn the fundamental principles of servo motors, including PWM, phase counting, and PID. ■ As it is a digital servo motor, applications such as memory of travel paths and tracing are possible, expanding the product's potential. ■ With 8-channel A/D conversion, it is possible to mount various analog sensors. * Sample programs, including C language programs, are included so you can use it immediately after purchase. ■ NiosII CPU CARD can be used (website support available). ■ Compact card size NiosII 75mm × 50mm. ■ 32Bit CPU 40MHz (further operates at 60MHz due to PLL) with instruction cache. ■ Additional hardware can be added in the available space within the FPGA. ■ GDB debugger can be used via JTAG, through RS232C. ■ For more details, please contact us.

  • Other industrial robots

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Makitech AMR 'Robot-V Series' Evolving into Collaborative Robots

Makitech AMR 'Robot-V Series' Evolving into Collaborative Robots

Achieved a stopping position accuracy of ±1cm with only 2D-SLAM! Creating environmental maps and setting routes is also easy.

The "Robot-V Series" from Makitec Co., Ltd. is an autonomous mobile robot (AMR) that evolves into a collaborative robot equipped with the software "Navitrol," which enables autonomous driving. It can operate stably without losing its position even in changing environments. Additionally, it allows for easy creation of environmental maps and route settings, thereby reducing the lead time for AMR implementation. 【Features】 - Equipped with software that enables autonomous driving - Navigation based on SLAM technology using the NFN method - Can operate stably without losing its position - Easy creation of environmental maps and route settings - Reduces lead time for AMR implementation *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots

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[Case Study] Improvement of Production Processes Using Autonomous Mobile Robots (AMR)

[Case Study] Improvement of Production Processes Using Autonomous Mobile Robots (AMR)

NVIDIA and ADLINK support IDEALworks, a subsidiary of BMW, in the development and deployment of AMRs.

Automakers are developing and deploying autonomous mobile robots (AMRs) that can handle and transport production materials without human intervention to enhance logistics efficiency. IDEALworks, a wholly-owned subsidiary of the BMW Group, sought support from NVIDIA and ADLINK in developing the necessary software stack and a robust edge AI computing platform. By downloading this case study, you can see how NVIDIA and ADLINK supported IDEALworks in building AMRs, freeing employees from repetitive loading tasks, and allowing them to focus on core competencies.

  • Industrial PCs
  • Image Processing Equipment

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[Case Study] New Era successfully develops AMR specifically for the medical field.

[Case Study] New Era successfully develops AMR specifically for the medical field.

New Era AI Robotic Inc. has successfully developed a medical field-specific AMR in collaboration with Intel and ADLINK.

The healthcare system is an invaluable asset to modern society, but there has been little technological effort to address the impending shortage of healthcare workers and to alleviate their physical and mental stress. Since the outbreak of the novel coronavirus in 2020, hospitals have been under excessive strain and are on the brink of collapse; however, the development of autonomous mobile robots (AMRs) to meet various medical needs is progressing. Taichung Veterans General Hospital has successfully used AMRs for the non-contact transportation of large surgical medical equipment in collaboration with New Era AI Robotic Inc. (N.ERA) and ADLINK, eliminating the delivery burden on medical staff and achieving a reduction of 5,000 hours of labor annually. Therefore, Taichung Veterans General Hospital first introduced AMRs to reduce labor costs associated with time-consuming repetitive tasks. The hospital, which was considering the introduction of AMRs, realized that the most labor-intensive task for the medical group was the delivery of heavy surgical instruments and equipment. In this regard, N.ERA examined the issue with the expectation that automating repetitive tasks in the hospital would allow healthcare workers to focus on other emergencies and responsibilities, and developed a meticulous plan.

  • Industrial PCs

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Autonomous Mobile Robot [SMR1000 series]

Autonomous Mobile Robot [SMR1000 series]

A compact and robust intelligent AMR that optimizes the efficiency of intralogistics.

【Sturdy and Compact】 • Maximum speed of 1.5 m/s, equipped with a dual battery system • 90 minutes of charging allows for 8 hours of full-load operation • Achieves optimal space utilization, including navigation in aisles 103 cm wide 【Compatibility with Top Modules】 • Built-in mounting points to stabilize the top module and payload • Safe operation on uneven floors due to a robust chassis and suspension • Certified for conveyors and lift modules 【Rapid Deployment】 • Plug and play installation possible within one hour • Quick recording of task point coordinates • Built-in robot management tools enable rapid parameter settings for task and layout adaptability

  • Industrial PCs

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Laser contract processing

Laser contract processing

Non-thermal, fine processing of high hardness and high brittleness materials is possible with short pulse lasers!

Our company specializes in non-thermal, fine processing of high hardness and high brittleness materials using short pulse lasers. The materials include examples of processing with our expertise in short pulse lasers. The processing features very little thermal impact on high hardness, high brittleness materials, and metals. Additionally, due to minimal deformation of the base material caused by thermal effects, high-density drilling is possible. *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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QuickRF Keyboard I/F

QuickRF Keyboard I/F

Don't you think that system development is quite challenging for actual operations on-site? Let us introduce our app.

"QuickRF Keyboard I/F" is a resident keyboard interface application that inputs data in place of a keyboard, similar to a barcode reader. The information from the scanned RFID tags is displayed in the specified input window. You can choose to display either EPC or TID for the ID, and you can also add date and time information to the ID. Please feel free to contact us if you have any inquiries. 【Features】 ■ Ability to add line break codes (CR, LF, etc.) ■ Selectable ID display options for EPC or TID ■ Ability to add date and time information to the ID ■ Optional ASCII conversion of read data *For more details, please refer to the PDF document or feel free to contact us.

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  • IC tag

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Aspen Utility Planner

Aspen Utility Planner

Aspen Utilities Planner supports logical decision-making with a model that takes into account the complex constraints of utility facilities.

Main benefits: In utility supply facilities, it can be utilized at various stages of operations, including long-term strategic decision-making such as equipment investment strategies and utility contract management, short-term decision-making such as utility load forecasting and performance comparison, as well as daily operational decision-making such as real-time operational instructions and optimization.

  • simulator
  • Analysis Services

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[Book] Technology of Life Support Robots (Medical, Welfare, Nursing, Rehabilitation)

[Book] Technology of Life Support Robots (Medical, Welfare, Nursing, Rehabilitation)

Why is the practical application and commercialization of life support robots, which are expected to expand the market, delayed? What are the points that need to be overcome?

○ What are the robots and their functions that are truly needed in hospitals and social welfare facilities? ○ An explanation of the current state of sales promotion and distribution, market trends both domestically and internationally, and how to approach business and intellectual property strategies! ○ Insights on international safety standards ISO 13482, points to consider when obtaining CE marking, and the approach to legal regulations, risk management, and strategies! ○ What are the new materials expected to be applied and required in the future, such as graphene and artificial muscles, and what are the future developments? ○ From various sensing technologies like person and voice recognition to actuator technologies, power (battery) technologies like lithium batteries and wireless power transmission, and communication technologies like IoT cloud integration! ○ Various control technologies such as motion control, motor learning, haptics, and communication, as well as design considerations for acceptance! ○ HAL, Paro, HSR, Muscle Suit, RIBA, PALRO, Terapio, Lucia... A variety of specific examples of robots that have been developed and commercialized, ranging from medical function improvement and therapy to walking assistance, mobility and transfer support, rehabilitation support, and excretion assistance, as well as communication, bed monitoring, and ward round robots, including insights into the challenges faced during development!

  • Technical and Reference Books
  • Technical and Reference Books
  • Other industrial robots

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Work Robot "AuDeBu1002 Robot"

Work Robot "AuDeBu1002 Robot"

Just input the work into AuDeBu! The robot will take care of collecting the work after deburring.

The "AuDeBu1002 Robot" is a work robot that enables "continuous deburring operations" without the need for operators to move between the entrance and exit of the deburring machine. It allows for unmanned operation of the deburring machine in conjunction with press devices and other equipment. Using a camera, it automatically recognizes the product's shape, position, and angle, and the robot arm performs "automatic collection ⇒ automatic sorting ⇒ automatic loading" of the products. 【Features】 ■ Enables "continuous deburring operations" without the need for operators to move between the entrance and exit of the deburring machine. ■ Allows for unmanned operation of the deburring machine in conjunction with press devices and other equipment. ■ Automatically recognizes the product's shape, position, and angle using a camera, and the robot arm performs "automatic collection ⇒ automatic sorting ⇒ automatic loading." ■ The robot's movements automatically follow the conveyor speed to collect the workpieces. ■ IoT compatible. *For more details, please refer to the PDF document or feel free to contact us.

  • robot_01.jpg
  • Other industrial robots

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Tokyo Metropolitan Government Building Window Cleaning Robot

Tokyo Metropolitan Government Building Window Cleaning Robot

Adopts a scraper method! A window cleaning robot that minimizes streaks and eliminates uneven wiping.

The "Tokyo Metropolitan Government Building Window Cleaning Robot" is a device developed to automatically clean the windows of the new office building. It is suspended from the rooftop by a wire rope and ascends and descends along guide rails embedded in the building's wall. The window cleaning method involves spraying water and using a rubber scraper. 【Features】 ■ The adoption of the scraper method minimizes streaks left behind. ■ Controls the entry and exit of the scraper to eliminate uneven cleaning. ■ Water sprayed on the glass surface is collected in a dirty water tank within the device. ■ Sensors detect the height difference between the wall surface and the glass surface. ■ The scraper only makes contact with the glass surface. *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots

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