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robot Product List and Ranking from 891 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
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. Kantum Ushikata Co., Ltd. Kanagawa//Optical Instruments
  3. null/null
  4. 4 ABB ロボティクス＆ディスクリート・オートメーション事業本部 - 産業用ロボット関連製品 Tokyo//robot
  5. 5 ABBジャパン Tokyo//Industrial Electrical Equipment
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robot Product ranking

Last Updated： Aggregation Period:Jul 29, 2026～Aug 25, 2026
This ranking is based on the number of page views on our site.

  1. 解説資料『工場・倉庫の清掃業務DXのすすめ』無料進呈中
  2. Transport Robot CarryBot 東朋テクノロジー
  3. Valet parking robot and vehicle transport robot (lateral movement and rotation type) Kantum Ushikata Co., Ltd.
  4. 4 An era where heavy labor is entrusted to robots! Automatic correction of "misalignment" with a camera. レステックス
  5. 5 "International Logistics Comprehensive Exhibition 2026" Exhibition Information 株式会社東京機械製作所／株式会社KKS

robot Product List

3541～3570 item / All 3785 items

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Commercial Floor Cleaning Robot for Hospitals 'Phantas'

Commercial Floor Cleaning Robot for Hospitals 'Phantas'

High-performance AI equipped! Supporting infection control in hospitals.

In hospitals, it is important to maintain a clean environment and reduce the risk of hospital-acquired infections. In particular, cleaning the floors is essential to prevent the spread of pathogens. However, challenges such as labor shortages and variations in cleaning quality can arise. The commercial floor cleaning robot 'Phantas' is equipped with four floor cleaning modes and can accommodate various types of flooring, achieving efficient and thorough cleaning. With high-performance AI and multi-sensor fusion, it can safely clean even in high-traffic areas and update maps in real time. 【Usage Scenarios】 - Patient rooms - Hallways - Waiting rooms - Areas around operating rooms - Rehabilitation rooms 【Benefits of Implementation】 - Reduction in cleaning time - Improvement in cleaning quality - Reduction in labor costs - Decrease in the risk of hospital-acquired infections

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot for Warehouses 'Phantas'

Commercial Floor Cleaning Robot for Warehouses 'Phantas'

High-performance AI equipped! Robot vacuum cleaner that streamlines floor cleaning in warehouses.

In the warehouse industry, cleaning the floor is important for improving work efficiency and safety. The accumulation of dust and foreign objects can hinder the movement of forklifts and increase the risk of accidents. It can also lead to health issues for employees and deterioration in product quality. The commercial floor cleaning robot 'Phantas' addresses these challenges and improves the working environment in warehouses. 【Usage Scenarios】 * Cleaning large floor areas within the warehouse * Cleaning areas where forklifts and other vehicles operate * Cleaning product storage areas 【Benefits of Implementation】 * Improved work efficiency through reduced cleaning time * Enhanced safety by maintaining cleanliness of the floor * Protection of employee health and product quality

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Commercial Floor Cleaning Robot 'Phantas' for Stations

Commercial Floor Cleaning Robot 'Phantas' for Stations

High-performance AI equipped! Floor cleaning robot that protects the safety and aesthetics of the station.

To ensure the safety of station users, the cleanliness of the floor surface is crucial. Removing slippery dirt and foreign objects reduces the risk of falls and provides a safe environment. Additionally, maintaining the station's aesthetics contributes to the comfort of users. The commercial floor cleaning robot 'Phantas' is equipped with four floor cleaning modes, allowing it to clean a variety of surfaces from hard flooring to soft flooring, thereby contributing to both the safety and aesthetics of the station. 【Usage Scenarios】 * Inside the station (concourses, platforms, etc.) * Station waiting rooms * Station offices 【Benefits of Implementation】 * Reduced risk of falls * Lower cleaning costs * Improved station aesthetics * Consistent cleaning quality

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  • Industrial Vacuum Cleaners
  • Vacuum cleaner
  • Other industrial robots
  • robot

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Automation with collaborative robots.

Automation with collaborative robots.

From concept to maintenance, for automation, come to our company! What are the benefits of automating with collaborative robots?

In recent years, the presence of robots has become very familiar. For example, there are robots that deliver food in family restaurants, robots that clean, and robots that work alongside people in warehouses for picking tasks. In the future, it is likely that receiving services from robots or working together with them will become "normal." Collaborative robots that work alongside humans. What benefits can be gained by introducing automation with collaborative robots? *For more details, you can view the related links. Please feel free to contact us for more information.*

  • Other industrial robots
  • robot

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Robots in the Production Field II: Surprisingly Unknown!? Series 5

Robots in the Production Field II: Surprisingly Unknown!? Series 5

Introducing the SCARA robot, also known as a horizontal multi-joint robot!

Robots that take on dangerous, difficult, and simple jobs in place of humans. They require maintenance, but they work without complaints and are very reliable. In restaurants, robots bring food, and in offices, robots clean the floors. They have become quite familiar. By the way, in my home, a robot takes care of both sweeping and mopping the floors. These robots are also making great contributions in production sites. The robots in production environments look completely different from serving robots or cleaning robots. There are various types, but today, as part of the "Surprisingly Unknown!? Series," we will introduce the SCARA robot. *For more details about the blog, please refer to the related links. For more information, feel free to contact us.

  • Other industrial robots
  • robot

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Case (Inspection Equipment) "Positioning Device Case (2)"

Case (Inspection Equipment) "Positioning Device Case (2)"

It is optimal for three-dimensional recognition of randomly inputted work.

Regardless of image processing, it is essential that the machine vision inspection system (equipment) can perform inspections satisfactorily. If you try to cover too many varieties and inspection items from the beginning, it will affect the delivery time and cost of the equipment, and may result in an incomplete machine vision inspection system (equipment). In this instance, we will introduce the case of a "positioning device" using the customer's request: "I want to recognize the workpieces placed in random orientations in a box using image processing, pick them, and set them in the designated location." For more details, please contact us.

  • Image Processing Equipment
  • Production Management System
  • robot

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Burn-in socket for QFN, Series 790

Burn-in socket for QFN, Series 790

Burn-in socket for QFN devices with terminal pitches of 0.4mm and 0.5mm, Series 790.

We offer a rich lineup centered around QFN devices with terminal pitches of 0.4mm and 0.5mm, as well as various other variations. This is an open-top type suitable for both automatic insertion and manual insertion of devices. It adopts a movable guide system that improves the positioning accuracy of fine-pitch devices. It is also possible to make contact with the device's heat dissipation or ground pad. It can be used in environmental tests such as HAST and THB. While using inexpensive punched contacts, it achieves high contact performance.

  • Other inspection equipment and devices
  • robot

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Burn-in socket / Fine pitch BGA, LGA for 77X series

Burn-in socket / Fine pitch BGA, LGA for 77X series

This is an open-top socket series with a rich lineup corresponding to each pitch of fine pitch BGA/LGA devices.

- We offer a wide range of variations for BGA/LGA devices with terminal pitches of 0.4mm, 0.5mm, 0.65mm, and 0.8mm. - This is an open-top type suitable for both automatic insertion and manual insertion of devices. - It employs a push-on surface mount method that makes it easy to remove from the substrate. - Some models utilize a full-pressure latch mechanism to prevent warping of devices at high temperatures. - It can also be used in environmental tests such as HAST and THB. - It achieves high contact performance while using inexpensive stamped contacts.

  • Other inspection equipment and devices
  • robot

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Heavy Portable Robot KR500 FORTEC

Heavy Portable Robot KR500 FORTEC

The KR 500 series offers a wide variety of options, expanding the scope of planning in the field of heavy-duty robots.

KR FORTEC has received an extremely high evaluation: its foundation is based on powerful and highly refined technology. The KR 500 series offers a wide variety of options, expanding the planning possibilities in the field of heavy payload robots. For example, the MT specification robot is used in heavyweight milling operations. It is the next generation of heavy payload robots, achieving a slim new design and further performance improvements. While ensuring a spacious working area as a heavyweight robot, it has successfully extended the standard center of gravity distance significantly. By introducing the MT (Machining Tool) specification heavy payload robot, the applications for milling operations are greatly expanded. We offer four types based on payload capacity, and the machining tool specification is also available. For more details, please download the catalog or contact us.

  • Other industrial robots
  • robot

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Heavy movable category KR1000L750 titan

Heavy movable category KR1000L750 titan

The world's first robot capable of handling a portable weight of 1 ton.

The heavy-duty movable category KR1000L750 Titan is the perfect product for quickly clearing distances of up to 7.5 meters and accurately handling items such as engine blocks, stone materials, glass, steel frames, ship parts, aircraft parts, marble blocks, and concrete finished parts. For more details, please contact us or download the catalog.

  • Other industrial robots
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Small Robot KUKA KR AGILUS

Small Robot KUKA KR AGILUS

Compact robot with a maximum reach of 1,100mm, 6 axes, ultra-high speed, and can be installed on floors, walls, and ceilings.

Innovate your production process with KUKA's high-speed, high-precision compact robot KR6 Agilus! This new speed master has a payload capacity of 6kg and 10kg. Injecting KUKA's signature high precision into compact robots, this new release is aimed at further speeding up handling and assembly processes, as well as adapting to inspection processes that have yet to be automated, picking from bulk, drilling, deburring, and polishing processes. It also supports offline teaching, significantly reducing setup time. 【Features】 ■ Wide range of mounting positions Can be mounted on the floor, wall, or ceiling. The KUKA compact robot can operate in any position due to brakes installed on all axes. ■ Low maintenance frequency The motors and gear units of the KUKA compact robot do not require oil changes, enabling continuous and uninterrupted manufacturing. ■ Optimization of working range With a maximum reach of 1100mm, the KR AGILUS allows access to areas near the robot base and overhead, proposing optimization of the working range. This helps with cost-effectiveness and space savings in cells.

  • Transport and handling robots
  • robot

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Movable Category KR 60 L45-3

Movable Category KR 60 L45-3

Optimized for efficient and cost-effective operations.

Introducing the KR60 series of movable categories. For more details, please contact us or download the catalog.

  • Other industrial robots
  • robot

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High-precision robot KR 60 L30 HA

High-precision robot KR 60 L30 HA

Introducing a high-precision robot for laser/water jet applications.

The high-precision robot KR60HA series can be used for laser/water jet applications. For more details, please contact us or download the catalog.

  • Other industrial robots
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High-precision robot KR 120 R2700 extra HA

High-precision robot KR 120 R2700 extra HA

Introducing a high-precision robot for laser applications.

The high-precision robot KR120 R2700 extra HA can be used for laser applications. For more details, please contact us or download the catalog.

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High-precision robot KR 90 R3100 extra HA

High-precision robot KR 90 R3100 extra HA

Introducing a high-precision robot for laser applications.

The high-precision robot KR90 R3100 extra HA can be used for laser applications. For more details, please contact us or download the catalog.

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Mobile robots, high-precision robots

Mobile robots, high-precision robots

Not only handling activities, but also complex tasks such as wind tunnel airflow measurement and sewing leather seat covers are areas where medium payload robots excel.

KUKA robots have the longest maintenance cycle in the robotics industry, approximately 20,000 operating hours, and their design minimizes maintenance efforts while pursuing longevity, allowing them to reliably continue operations even when exposed to harsh environments for extended periods. The quality of each individual component, gear, and shaft is of utmost importance. Additionally, once planning and calculations are made, they do not need to be changed over the long term, resulting in high operational rates. With precise mechanisms and a large reach, they are ideal for applications that require the highest degree of accuracy by accurately following linear paths. ● For more details, please contact us or download the catalog.

  • Transport and handling robots
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KUKA Palletizing Robot [KR 300-2 PA]

KUKA Palletizing Robot [KR 300-2 PA]

Industrial robot, special model "KR 300-2 PA"

The palletizing "KR 300-2 PA" features a compact and lightweight structure, and is equipped with built-in mounting and fixing components, allowing for quick and easy integration into the plant. For more details, please download the catalog or contact us.

  • Other industrial robots
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Notice of Participation in the 25th Design & Manufacturing Solutions Expo (DMS)

Notice of Participation in the 25th Design & Manufacturing Solutions Expo (DMS)

Exhibition of a real machine equipped with KUKA robot cutting solutions (KUKA.CNC) in collaboration with Genetec Inc.

We will be exhibiting a live demonstration of the KUKA Robot Cutting Solution (KUKA.CNC) in collaboration with Zenetek Co., Ltd. at the 25th Design and Manufacturing Solutions Expo, which will be held from June 25 (Wednesday) to June 27 (Friday). Please come to our booth to see the live demonstration. Venue: Tokyo International Exhibition Center (Tokyo Big Sight) East Hall Booth Number: East 8-50 (Joint booth with Zenetek Co., Ltd.) 【Exhibition Content and Features】 1) A robot cutting solution that leverages the high precision and high rigidity characteristics of KUKA robots. 2) The world's only solution that automatically generates robot paths from 3D CAD/CAM through direct input of CNC language (G-code). 3) An optional real-time sensing function that can accommodate workpiece accuracy and positional deviations. 4) Full utilization of 6 axes allows for cutting of areas that were previously inaccessible with conventional machines. 5) Additional external axes such as linear units and positioners ensure a wide work range. 6) The applications are limitless, including not only cutting but also deburring, polishing, drilling, etc. It will innovate traditional production processes. If you need an invitation ticket, please contact us, and we will send it to you promptly.

  • Articulated Robot
  • robot

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Robot × Air Balancer "Robopleon" is born! Collaborative Robot

Robot × Air Balancer "Robopleon" is born! Collaborative Robot

By incorporating collaborative robots into the air balancer, automation is achieved at a low cost!

Mr. Catchman "Robo Pleon" achieves low-cost automation by assisting collaborative robots with an air balancer. [If you have any of the following concerns, please consult us first!] ◎ I want to transport workpieces weighing over 40kg... ◎ I want to use multiple attachments and differentiate between robots... ◎ I want to combine it with existing robots... ◎ I want to modify the "Mr. Catchman" I am using into Robo Pleon... [Features of Mr. Catchman "Robo Pleon"] ■ Supports the payload of collaborative robots, significantly increasing output ■ Easy operation for automating palletizing ■ Achieves automation at a low cost *For more details, please contact us or check the PDF download.

  • Other industrial robots
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Robot × Air Balancer "Robopleon" is born! Collaborative Robot

Robot × Air Balancer "Robopleon" is born! Collaborative Robot

By incorporating collaborative robots into air balancers, automation is achieved at a low cost!

Mr. Catchman "Robo Pleon" achieves low-cost automation by assisting collaborative robots with an air balancer. [If you have any of the following concerns, please consult us first!] ◎ I want to transport workpieces weighing over 40kg... ◎ I want to use multiple attachments and differentiate between robots... ◎ I want to combine it with existing robots... ◎ I want to modify the "Mr. Catchman" I am using into Robo Pleon... [Features of Mr. Catchman "Robo Pleon"] ■ Supports the payload of collaborative robots, significantly increasing output ■ Simplifies the automation of palletizing ■ Achieves automation at a low cost *For more details, please contact us or check the PDF download.

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The cause of red-eye defects is not the misalignment of the soldering iron tip.

The cause of red-eye defects is not the misalignment of the soldering iron tip.

Proving that the misalignment of the position where the tip of the tool touches is not the direct cause!

In the industry, it is commonly believed that the cause of "pad red eye defects" is due to misalignment of the soldering iron tip position. However, our perspective is completely opposite to that notion. This is because, in manual soldering performed by operators, the position of the soldering iron tip varies slightly each time, yet red eye defects do not occur. This proves that misalignment of the soldering iron tip position is not the direct cause. The cause of red eye defects is that insufficiently performing robots are unable to achieve soldering at the "optimal timing," resulting in inadequate solder wetting. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Soldering Equipment
  • robot

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The heating time and quality by the tip of the soldering iron do not correlate proportionally.

The heating time and quality by the tip of the soldering iron do not correlate proportionally.

By achieving "good timing" in soldering, a contrasting positive cycle will be created!

In industry common sense, it is believed that the length of time the tip is in contact (heating time) is proportional to the stability of soldering. However, in our view, the above is an idea caused by "poor timing" in soldering. In other words, as a result of the reduced effectiveness of the flux, the wetting of the solder becomes slower, leading to a negative process where heating must continue during that time. On the other hand, if "good timing" in soldering is achieved, a contrasting positive cycle (balancing tact and quality) will emerge. *For more details, please refer to the PDF document or feel free to contact us.*

  • Soldering Equipment
  • robot

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Meiko's True Theory 2: Nitrogen should not be utilized unconditionally.

Meiko's True Theory 2: Nitrogen should not be utilized unconditionally.

Nitrogen does not have a reducing effect like flux! There is a risk of an unbalanced state occurring.

In industry common sense, using nitrogen gas in soldering is considered beneficial for improving solderability. However, in our view, the advantages of nitrogen can be sufficiently obtained from the flux within the solder wire, and there are also quality control disadvantages associated with nitrogen, so we do not make any recommendations regarding its use. Nitrogen is commonly used in the reflow process, and its effects have been confirmed. The reason for its use is to suppress the oxidation of cream solder, but what about its effects in robotic soldering (subsequent processes)? In conclusion, since nitrogen does not have a reducing effect like flux, there is a risk of creating an unbalanced state in the fillet appearance and solder wetting (joint surface). Without relying on nitrogen at an increased cost, pursuing the "appropriate timing" and maximizing the use of the flux (reducing power) within the solder wire can enable high-quality soldering. *For more details, please refer to the PDF document or feel free to contact us.

  • Soldering Equipment
  • robot

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[English Market Research Report] The Global Market for Humanoid Robots

[English Market Research Report] The Global Market for Humanoid Robots

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly from the related links.

The global humanoid robot market is projected to grow from 1.62 billion USD in 2022 to 2.44 billion USD in 2023, with a CAGR of 50.8%. The war between Russia and Ukraine has disrupted the potential for global economic recovery from the COVID-19 pandemic. This conflict has led to economic sanctions against multiple countries, soaring commodity prices, and supply chain disruptions, resulting in inflation across goods and services and contributing to rising interest rates that affect many markets worldwide. The humanoid robot market is expected to reach 12.96 billion USD by 2027, with a CAGR of 51.8%.

  • Other services
  • robot

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[English Market Research Report] Global Market for Cartesian Robots

[English Market Research Report] Global Market for Cartesian Robots

"Free samples" are currently being offered! Please check the application method from the [PDF download] button, or apply directly through the related links.

The market size for Cartesian robots is expected to grow rapidly over the next few years. By 2028, it is projected to reach $8.64 billion with an annual compound growth rate (CAGR) of 18.6%. The anticipated growth during the forecast period is attributed to the expansion of automotive manufacturing, the incorporation of enhanced safety features, increased investment in research and development, globalization of supply chains, and the rising adoption of Cartesian robots in small and medium-sized enterprises. Key trends expected during the forecast period include advancements in technology, IoT connectivity, implementation of 3D vision systems, automation of supply chains, and the use of advanced end-of-arm tools.

  • Other services
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Inspection Robot Catalog

Inspection Robot Catalog

Introducing inspection robot products that contribute to solving social issues related to social and industrial infrastructure!

This catalog introduces solution products that contribute to solving social issues faced by social and industrial infrastructure, such as aging and the decrease of skilled workers, through the inspection robot technology and data analysis services developed by IXIS Corporation. It includes a series of processes for inspection robots and AI analysis services for acquired data, as well as inspection data analysis services, offering a rich lineup. [Contents (excerpt)] ■ A series of processes for inspection robots and AI analysis services for acquired data ■ Protecting society with robots and technology ■ Contracted joint development ■ Inspection data analysis services *For more details, please refer to the PDF materials or feel free to contact us.

  • 3D CAD
  • robot

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High-altitude Inspection Robot Catalog

High-altitude Inspection Robot Catalog

Introducing high-altitude inspection robot products that contribute to solving social issues related to social and industrial infrastructure!

This catalog introduces solution products that contribute to solving social issues faced by social and industrial infrastructure, such as aging and the decrease of skilled workers, through the high-altitude inspection robot technology developed by Ixys Corporation and data analysis services. It includes a series of processes for inspection robots and AI analysis services for acquired data, as well as inspection data analysis services, offering a rich lineup. [Contents (excerpt)] ■ A series of processes for inspection robots and AI analysis services for acquired data ■ Protecting society with robots and technology ■ Contracted joint development ■ Inspection data analysis services *For more details, please refer to the PDF document or feel free to contact us.

  • 3D CAD
  • robot

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Compact Inspection Robot Catalog

Compact Inspection Robot Catalog

Introducing a compact inspection robot product that contributes to solving social issues related to social and industrial infrastructure!

This catalog introduces solution products that contribute to solving social issues faced by social and industrial infrastructure, such as aging and the decrease of skilled workers, through the narrow inspection robot technology developed by Ixys Corporation and data analysis services. It includes a series of processes for inspection robots and AI analysis services for acquired data, as well as inspection data analysis services, offering a rich lineup. [Contents (excerpt)] - A series of processes for inspection robots and AI analysis services for acquired data - Protecting society with robots and technology - Contracted joint development - Inspection data analysis services *For more details, please refer to the PDF document or feel free to contact us.

  • 3D CAD
  • robot

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