We have compiled a list of manufacturers, distributors, product information, reference prices, and rankings for robot.
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robot Product List and Ranking from 890 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

robot Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 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. null/null
  3. ABBジャパン Tokyo//Industrial Electrical Equipment
  4. 4 KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam) Tokyo//Trading company/Wholesale
  5. 5 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
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robot Product ranking

Last Updated： Aggregation Period:Jun 10, 2026～Jul 07, 2026
This ranking is based on the number of page views on our site.

  1. Reduce the burden on site! Painting hanger system & inspection and transport robot.
  2. "KachaKa Evo" - the new model of the number one AMR in the domestic market! KOYAMA CO., LTD. Head office, Tochigi branch, Tokyo branch, Kawasaki branch, Shizuoka branch, Osaka branch, Nagareyama local office, 4 overseas local companies (the Philippines, Shanghai, Hong Kong, Vietnam)
  3. All-in-one Smart 3D Sensor "Gocator" 因幡電機産業 産機カンパニー
  4. 4 AMR (Autonomous Mobile Robot) for manufacturing sites 'AspinaAMR' セキュリティデザイン
  5. 5 Autonomous Mobile Robot 'TriOrb BASE (Standard/Weight Carrying)' TriOrb

robot Product List

3661～3690 item / All 3756 items

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Mobile collaborative robot for material handling: loading and unloading from the press.

Mobile collaborative robot for material handling: loading and unloading from the press.

Press to cleaning machine material handling AGV robot

We have introduced an "AGV robot for material handling from the press to the cleaning machine" to Company O, a major parts manufacturer in Shiga Prefecture. The AGV robot here is responsible for transporting parts between eight parallel presses and two cleaning machines. It travels approximately 30 meters and operates for 16 hours a day. The key point is that previous robotic operations were limited to the robot's range of motion, but with the AGV robot's mobility, it has become possible to operate over a wider work area. Please take a look at the introduction video of the AGV robot below! 【Overview】 ■ Installation location: Shiga Prefecture (Company O) ■ Equipment name: AGV robot

  • Articulated Robot
  • robot

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Three Benefits of Introducing Industrial Robots for Cost Reduction

Three Benefits of Introducing Industrial Robots for Cost Reduction

At Aizurobo, we utilize that technology to custom-manufacture industrial robots that assist people in factories and other settings, replacing human hands!

Robots that replace human hands and assist people Robot technology is advancing daily. However, the reality is that its spread is slow, and few people can benefit from it. At Aizurobo, we leverage this technology to manufacture custom industrial robots that assist people by replacing human hands in manufacturing factories and other settings. We handle everything from planning and design to installation, including peripheral equipment. 【Three Benefits】 01 Labor Reduction and Cost Savings By having robots perform tasks that were previously done by humans, we can significantly reduce the number of people involved in manufacturing, leading to substantial cost savings. Additionally, since robots can operate 24 hours a day, work efficiency is greatly improved. 02 Quality Maintenance and Improvement When humans perform the same tasks in shifts, there tends to be variability in the results. However, work done by robots is stable, which contributes to maintaining and improving product quality. 03 Hazard Avoidance In environments where dangers arise, such as extreme temperatures, low oxygen levels, or the presence of toxic gases, robots can operate safely, eliminating risks associated with human workers. This allows for safe operations while avoiding injuries and hazards.

  • Transport and handling robots
  • robot

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[Case Study on Business Efficiency Improvement] SB Payment Service Corporation

[Case Study on Business Efficiency Improvement] SB Payment Service Corporation

Introducing a case study of building a foundation that supports IT service management in accordance with ITIL!

We would like to introduce a case study of the implementation of Jira Software, Jira Service Management, and Confluence at SB Payment Service Corporation. The company faced challenges in various IT service management processes, including incident management, problem management, change management, and configuration management. After implementation, in the incident management process, consolidating information sharing during incidents in Slack allowed all stakeholders to share information simultaneously, resulting in various benefits. [Case Overview] ■ Background and Challenges: There was a need to unify the analog-based incident management process and accelerate initial response. ■ Implementation Effects - Achieved faster incident response, accumulation of knowledge, and company-wide information sharing. - Contributed to reducing development man-hours and expenses, as well as standardizing quality. *For more details, please download the PDF or feel free to contact us.

  • Production Management System
  • robot

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Collaborative Robot [JAKA Zu5] New Release on August 16

Collaborative Robot [JAKA Zu5] New Release on August 16

Meeting diverse needs! A new option for collaborative robots that balances high performance and low cost.

The "JAKA Zu Series" is a collaborative robot that achieves an astonishingly low price while maintaining high technology. Starting from August 16 (Monday), we will begin selling the new collaborative robot product, the "JAKA Zu5." A notable difference from other robots is its wireless connection. There is no need for long and cumbersome wired connections. Robot operation teaching is done through the JAKA APP. It can be used via tablet PCs, mobile phones, and PCs with drag and drop functionality. [Features] - Payload capacity: 5KG - Repetitive positioning accuracy: ±0.02mm - Operating range: reaches 954mm If you have any requests regarding the product, please feel free to let us know. Thank you very much for your consideration. Additionally, we have videos available on our YOUTUBE channel. Please take a look. https://www.youtube.com/channel/UCYy-dUJfeK6v3TZ_irEQilw/featured *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots
  • robot

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Automating the stacking process of cardboard boxes with AI and collaborative robots!!

Automating the stacking process of cardboard boxes with AI and collaborative robots!!

During cardboard palletizing, AI can determine the presence or absence of seals!

This solution is proposed in collaboration with NC Automation Co., Ltd. The palletizing system uses Universal Robots' UR20. This solution comes standard with AI, allowing for checks during palletizing, such as confirming that labels are not forgotten on cardboard boxes. Additionally, the mobile palletizing solution provided by Silux has the following features: [Features] ▪️ Mobile palletizer ▪️ Picking actions using a handheld camera ▪️ Placing actions using a handheld camera ▪️ Compatibility with items other than cardboard (such as returnable boxes) ▪️ Proposals using MR (mixed reality) *For more details, please download the catalog or feel free to contact us.

  • Transport and handling robots
  • robot

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LCM Service

LCM Service

We will contribute to reducing the burden on the IT department and operational management costs!

We offer an 'LCM Service' where we manage the operation and asset management of end devices on behalf of our clients. From repair collection to removal work, we provide comprehensive support even after implementation. Additionally, with our detailed service offerings, including help desk support, we help reduce your operational burden. 【Service Features】 ■ Maintenance: Comprehensive support system from repair collection to removal work after implementation ■ Implementation: Support in formulating suitable LCM service operation requirements for customers ■ Deployment: Support for speedy implementation from design to collection of old devices ■ Operation: Reduction of operational burden through detailed service offerings, including help desk support *For more details, please download the PDF or feel free to contact us.

  • Other contract services
  • robot

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The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR5.

The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR5.

Make collaborative robots more accessible. Achieve automation of production lines, space savings, and cost reduction with collaborative robots under 1 million!

We handle the 'FAIRINO Robot' from FAIR Innovation Robot System. It is designed to automate processes in production lines, such as welding, palletizing, and picking. Automatic generation of teaching through images captured by a camera (optional) is also possible. In the catalog available for download below, you can find the product lineup and series configuration of the robotic arms, specifications of the control box, teaching pendant, emergency stop switch box, as well as information on welding robots and bolt tightening robots. 【Features of FAIRINO】 ■ No safety fence required ■ No specialized knowledge needed ■ Operable via computer connection ■ Magnetic installation possible ■ Domestic maintenance support *For more details, please refer to the PDF materials or feel free to contact us.

  • Transport and handling robots
  • robot

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The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR3.

The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR3.

Make collaborative robots more accessible. Achieve automation of production lines, space savings, and cost reduction with collaborative robots under 1 million!

We handle the 'FAIRINO Robot' from FAIR Innovation Robot System. It is designed to automate processes on production lines, such as welding, palletizing, and picking. Automatic generation of teaching based on images captured by a camera (optional) is also possible. The catalog available for download below includes the product lineup and series configuration of the robotic arms, specifications of the control box, teaching pendant, emergency stop switch box, as well as information on welding robots and bolt tightening robots. 【Features of FAIRINO】 ■ No safety fence required ■ No specialized knowledge needed ■ Operable via computer connection ■ Magnet installation possible ■ Domestic maintenance support *For more details, please refer to the PDF materials or feel free to contact us.

  • Transport and handling robots
  • robot

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With a minimum configuration, it can be introduced at a price of 1 million yen! Collaborative robot FR20.

With a minimum configuration, it can be introduced at a price of 1 million yen! Collaborative robot FR20.

Make collaborative robots more accessible. Achieve automation of production lines, space savings, and cost reduction with collaborative robots under 1 million!

We handle the 'FAIRINO Robot' from FAIR Innovation Robot System. It is designed to automate processes on production lines, such as welding, palletizing, and picking. Automatic generation of teaching through images captured by a camera (optional) is also possible. In the downloadable catalog below, you can find the product lineup and series configuration of the robotic arms, specifications of the control box, teaching pendant, emergency stop switch box, as well as information on welding robots and bolt tightening robots. 【Features of FAIRINO】 ■ No safety fence required ■ No specialized knowledge needed ■ Operable via computer connection ■ Magnet installation possible ■ Domestic maintenance support *For more details, please refer to the PDF materials or feel free to contact us.

  • Transport and handling robots
  • robot

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The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR16.

The minimum configuration can be introduced at a price of 1 million yen! Collaborative robot FR16.

Making collaborative robots more accessible. Achieve automation of production lines, space savings, and cost reduction with collaborative robots under 1 million!

We handle the "FAIRINO Robot" from FAIR Innovation Robot System. It is designed to automate processes on production lines, such as welding, palletizing, and picking. Automatic generation of teaching based on images captured by a camera (optional) is also possible. The catalog available for download below includes the product lineup and series configuration of the robotic arms, specifications of the control box, teaching pendant, emergency stop switch box, as well as information on welding robots, bolt tightening robots, and more. 【Features of FAIRINO】 ■ No safety fence required ■ No specialized knowledge needed ■ Operable via computer connection ■ Magnet installation possible ■ Domestic maintenance support *For more details, please refer to the PDF materials or feel free to contact us.

  • Transport and handling robots
  • robot

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Denso Corporation

Denso Corporation

AI-Partner-Agent-Robot Jullie

The AI-Partner-Agent-Robot Jullie is a next-generation partner robot developed to collaborate and operate in living spaces with humans. Through generative AI and multi-layered cognitive processing, it is capable of contextual understanding and flexible behavior. You can experience the future of robots that coexist and collaborate with humans.

  • others
  • robot

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Three Steps to Achieve "DX"

Three Steps to Achieve "DX"

Introducing a column on the three steps to realization and the three reasons why DX promotion is necessary!

In the first installment of the series, we explained the abbreviation of the term "DX" and its definition. This time, we will take a further step and introduce three important steps to achieve "DX." According to the "DX Report 2 (Interim Summary)" from the study group aimed at accelerating digital transformation, published by the Ministry of Economy, Trade and Industry, "DX" can be divided into three stages based on the maturity level of a company. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.*

  • Technical and Reference Books
  • robot

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Unmanned Automated Transport Robot 'Σone100' [Capable of Moving in All Directions]

Unmanned Automated Transport Robot 'Σone100' [Capable of Moving in All Directions]

Introducing an all-directional mobile AGV that is compact and can carry up to 400 kg!

The "Σone100" is a multi-guidance unmanned automated transport robot that can expand its maximum load capacity simply by connecting to a dedicated cart, while maintaining its mobility performance. It demonstrates significant capabilities in parts supply for line change support, as well as in the relocation of robots and the transportation of finished products. By interconnecting this product with production equipment within the factory, it enables automated driving of AGVs in the factory. 【Features】 ■ Expanded SLAM functionality ■ Omnidirectional movement ■ Intelligent swarm control (optional) *For more details, please refer to the PDF document or feel free to contact us.

  • Transport and handling robots
  • 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
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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

  • IPROS4488769667967728534.png
  • Software (middle, driver, security, etc.)
  • Transport and handling robots
  • 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

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

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

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  • Transport and handling robots
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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

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  • Transport and handling robots
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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

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  • Transport and handling robots
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Latest feature introduction for space exploration @mobi

Latest feature introduction for space exploration @mobi

Achieving autonomous movement in harsh environments! Accelerating space exploration.

In the field of space exploration, autonomous movement in harsh environments is required. In particular, exploration robots need to move in locations where remote operation from Earth is difficult, avoid terrain undulations and obstacles, and maintain stability during long-distance travel. The @mobi 2.6 enables stable autonomous movement even in environments where LiDAR is hard to reach, thanks to its GNSS functionality, and achieves coordination among multiple robots through its fleet management feature. This enhances the efficiency and safety of movement in space exploration. 【Use Cases】 - Autonomous movement of rovers in lunar exploration - Coordination of exploration robots in Mars exploration - Movement and data collection in asteroid exploration 【Benefits of Implementation】 - Stable autonomous movement in harsh environments - Efficient exploration by multiple robots - Expansion of exploration range and improved data collection efficiency

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  • Transport and handling robots
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【For logistics warehouses】@mobi-SLAM

【For logistics warehouses】@mobi-SLAM

Autonomous mobile robots in the warehouse! Streamlining inventory management with SLAM technology.

In the logistics industry, accurate location information is crucial for inventory management. Particularly, being able to monitor the movement and storage conditions of products within a warehouse in real-time is essential for improving operational efficiency and reducing costs. However, traditional systems have faced challenges in obtaining accurate location information due to environmental changes and human errors. @mobi-SLAM addresses these issues by utilizing SLAM technology to accurately track the positions of autonomous mobile robots within the warehouse. 【Use Cases】 - Inventory management using autonomous mobile robots within the warehouse - Automatic acquisition of product shelf location information - Streamlining inbound and outbound management 【Benefits of Implementation】 - Improved accuracy in inventory management - Reduced working time - Decreased labor costs

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

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Multi-Joint Robot Market Report: 2025 to 2032

Multi-Joint Robot Market Report: 2025 to 2032

Analysis of the global multi-joint robot market overview, driving factors, trends, and challenges.

Articulated robots are adopted in a wide range of fields such as manufacturing, the automotive industry, the electronics industry, logistics, and the metal industry due to their high flexibility, precision, and efficiency in complex tasks. These robots are equipped with multiple rotational joints, enabling a wide range of motion, making them ideal for tasks such as welding, material handling, assembly, packaging, and painting. The articulated robot market responds to the needs of various industries that are advancing automation to improve productivity, reduce operational costs, and ensure consistent quality. The driving forces behind market expansion include advancements in industrial automation, technological innovation, labor shortages, and the growing demand for collaborative robots that can work safely alongside humans. 【Content】 - What are the main factors driving global growth in the articulated robot market? - Which industries and applications are promoting the demand for articulated robots? - How are technological advancements and smart automation changing the competitive landscape? - Who are the leading players in the articulated robot market, and what strategies are they employing to gain market share? - What are the new trends and future prospects in the global articulated robot market?

  • Articulated Robot
  • robot

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The effect of robots

The effect of robots

Replacement for physically demanding labor, work in dangerous environments, and hazardous tasks! Capable of substituting harsh and difficult work.

We will introduce various effects of robots. By introducing robots, it is possible to improve labor productivity. This can significantly increase labor productivity by reducing the number of people required in the production process and achieving increased production volume through 24-hour operations. Moreover, beyond mere labor reduction, there is potential to create new services, with a wide range of attempts being made to utilize service robots in restaurants and accommodations, as well as surgical support robots in the medical field. [Effects of Robots] ■ Improvement of labor productivity ■ Replacement and support for harsh and difficult tasks ■ New services created by robots *For more details, please refer to the PDF document or feel free to contact us.

  • Other industrial robots
  • robot

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The ideal cleaning robot for reducing manpower in cleaning operations.

The ideal cleaning robot for reducing manpower in cleaning operations.

Shiny Hyper Power - 4-in-1 Commercial Cleaning Robot

AI Robot Vacuum Cleaner, Autonomous Small Commercial Robot Vacuum Cleaner for Thorough Cleaning! The commercial cleaning robot "Star-7" is a dry cleaning robot designed for commercial environments, equipped with four functions: mopping, cleaning, vacuuming, and polishing. With a medium size and lightweight design, it can handle various floor materials such as carpets, hard floors, and wooden floors. It also features control functions for elevators, gates, and doors, allowing for flexible operation. Please feel free to contact us.

  • Other industrial robots
  • robot

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