IRX 2023- Robot exhibition in Tokyo

Highlights from IRX 2023: The Largest Robot Exhibition in Tokyo

IRX 2023, one of the largest robot exhibitions in the world, recently took place in Tokyo, Japan. The exhibition was held at the Big Sight Exhibition Center and featured over 650 companies from around the globe. In Japan, robots are viewed as assistants rather than competitors, aligning with their vision of a bright future. The theme of the exhibition was “Sustainable Society created by robotics,” highlighting the importance of robotics in building a sustainable future. The exhibition showcased a wide range of robotic solutions for various industries, including humanoid droids and anime robots. It was a platform to explore the latest advancements in robotics and witness the potential of robots as valuable assistants in various sectors.

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Participants of Tokyo Robot Exhibition

IRX 2023 referred as the largest Robot exhibition ever held in Tokyo has a number of robotic industries as their participants. Following are the participants:

Kawasaki Heavy Industries: Leading the Way in Robotic Solutions

Kawasaki Heavy Industries is a prominent player in the field of robotics, offering a wide range of innovative solutions. One of their standout robots is the Koo robot version 8, which was recently unveiled at IRX 2023. This robot has undergone significant improvements, becoming more stable and confident in performing various tasks, including handling heavy objects. With its ability to walk on any surface, climb ladders, and exhibit exceptional dexterity, the Koo robot is primarily positioned as a rescue robot.

Kawasaki robot at IRX 2023

In addition to the Koo robot, Kawasaki also introduced the friend’s robot, K’s little brother. This robot is designed for indoor use in narrow corridors and features a thinner profile to navigate tight spaces. With its high-quality and compact motors, the friend’s robot can safely work around people and even provide care in settings such as hospitals.

Another notable creation from Kawasaki is the social robot Neo key and foro for autonomous delivery. The Neo key is designed to interact with people, capable of moving in crowds and assisting individuals using its hands equipped with sensors. It can load and unload items and communicate with gestures. The foro robot, on the other hand, can move autonomously or in a group, adjusting its pace to the movement of the crowd. Both robots have the potential to revolutionize autonomous delivery systems.

Jeny Itai: Revolutionizing Heavy Physical Work with Robotics

Jeny Itai, a Japanese company, has taken the Koo platform from Kawasaki Heavy Industries and developed their own robot called the type01 Koo version 1.0. This robot is specifically designed for heavy physical work in industries such as civil engineering and the energy sector. Its purpose is to remove people from dangerous places and perform high-rise jobs.

The type01 Koo version 1.0 is a controlled system for industry that combines remote control technology with Koo’s humanoid platform. This allows for intuitive handling of the robot, where the force applied by the operator serves as the driving force of the robot. The weight and haptic feedback are relayed back to the operator, making navigation a breeze.

Jeny Itai’s giant robot, known as the Space Heavy Work Machine, is mounted on heavy machinery weighing 155,000 lb or 7 tons. It can handle a wide range of tasks that require a combination of strength and precise movements. Operators control the robot from a special cabin using VR controllers and a headset.

Moonshot Robot in Robot exhibition

In addition to their heavy work robot, Jeny Itai has also developed the Moonshot robot for housework. This robot is equipped with generative AI capabilities, allowing it to memorize human movements and perform various household chores. While it may currently only be able to hang clothes on hangers, the university behind the project plans to expand its capabilities in the future.

Realan: Showcasing Mechanical Arms and Humanoid Robots

Realan, a company from China, was also present at IRX 2023, showcasing their mechanical arms and humanoid robots. Realan’s mechanical arms are incredibly versatile and can be attached to a variety of platforms, including mobile platforms and humanoid torsos. These arms resemble and move like human arms, which may seem a bit strange at first, but they offer unique capabilities.

Realan’s mechanical arms have various applications, including a Chad bot function in a humanoid robot. This feature allows for interactive and human-like communication with the robot. Additionally, Realan has developed a robotic artist and a robot masseuse based on their mechanical arm technology. These applications demonstrate the flexibility and adaptability of Realan’s robotic arms in different industries.

Realan takes pride in their robotic arms, claiming that they are ultra-lightweight, durable, strong, and accurate. They can be easily attached to any robot or even other objects, such as cars, for a unique drive-through experience. Realan’s presence at IRX 2023 highlighted the advancements in mechanical arm technology and their potential in various industries.

For more information about Realan and their robotic arms, you can visit their channel. It’s an exciting time for robotics, and Realan is at the forefront of showcasing the capabilities of their mechanical arms and humanoid robots.

Sono Deni: Anime-Inspired Robots with Artificial Intelligence

At IRX 2023, one of the highlights was the introduction of Hatsuki, an anime-inspired robot Ambassador. Hatsuki is a character produced through the fusion of anime, artificial intelligence, and robotics. Created by Sono Deni, a Japanese company specializing in electronics and its components, Hatsuki serves as a temporary Ambassador for the croid project.

Hatsuki Robot at IRX 2023

The croid project is a technical study group that aims to explore various aspects of robotics, including humanoid robot movements using deep learning, human-robot interaction, and artificial intelligence research. Through the croid project, robotics enthusiasts have tested the generation of humanoid robot movements, as well as the development of a virtual YouTuber system.

Hatsuki is equipped with a motion capture system, allowing it to replicate human movements with a high degree of accuracy. It can also be controlled via the Internet or directly play movements from anime. Additionally, Sono Deni has implemented dialogue capabilities in Hatsuki, utilizing the ubiquitous GPT technology.

The fusion of anime, artificial intelligence, and robotics in Hatsuki represents an exciting development in the field of robotics. The aim is to break the “fourth wall” and allow users to interact with anime characters in real life. While still in the testing phase, Hatsuki showcases the potential for creating lifelike and interactive anime-inspired robots that can enhance various aspects of society.

Shabor Machine and Ugo: Advancements in Manufacturing and Inspection

Shabor Machine introduced their latest innovation in manufacturing processes with the two-armed koid robot. The koid 3 robot, in its third generation, showcases a high degree of autonomy and impressive capabilities. With two six-axis arms that can operate independently, the robot can perform tasks such as transporting and assembling parts, as well as packaging boxes. Each arm can move at a speed of 3 feet per second and lift loads of up to 13 pounds.

Ugo, on the other hand, presents an interesting solution for automating inspection tasks. Ugo mini, their new robot, is designed for security inspections and elderly care in commercial facilities. While the range of capabilities for inspection robots is still limited, Ugo mini offers an affordable option for tasks like reading meters and monitoring environmental changes. However, it’s important to note that inspection robots have their limitations and may not be suitable for more complex inspections.

Overall, the advancements in manufacturing and inspection robots like the koid 3 and Ugo mini demonstrate the potential for increased automation in various industries. As technology continues to evolve, we can expect to see further improvements in the capabilities of these robots, leading to more efficient and cost-effective processes.

RY and Unry Robotics: Collaborative Robots for Production Lines

At IRX 2023, RY Robotics showcased their collaborative humanoid robot, Foodle. This robot is designed to work on production lines alongside humans. Foodle has advanced artificial intelligence capabilities and is able to package oddly shaped objects, such as metal parts, chicken legs, and noodles. Its versatility and flexibility make it suitable for various industries, including manufacturing and food processing.

Foodle’s real-world applications are vast. It can assist in packaging and sorting tasks, improving efficiency and reducing the risk of human error. In addition, it can handle delicate items with precision, ensuring that products are properly packaged for shipping or display. The ability to work alongside humans also allows for collaborative workflows, where Foodle can assist workers in their tasks, increasing productivity and reducing physical strain.

On the other hand, Unry Robotics introduced their bipedal humanoid general purpose robot, H1. This robot stands at 5’11” (180 cm) tall and weighs 100 lb (47 kg). It is equipped with advanced motors and joints, allowing for smooth and precise movements. The H1 robot can walk at speeds of over 3 mph (5 km/h) and has a high torque capacity.

H1 Robot

The development of the H1 robot is still ongoing, with an estimated completion time of 3 to 10 years. The developers predict that the robot may cost around $90,000 once it is available on the market. The H1 robot has the potential to revolutionize various industries, including manufacturing, logistics, and healthcare. Its bipedal design and advanced capabilities make it suitable for a wide range of tasks, from transportation and assembly to inspection and maintenance.

Overall, RY and Unry Robotics are at the forefront of collaborative robot technology for production lines. Their innovative solutions, such as Foodle and the H1 robot, demonstrate the potential for increased automation and efficiency in various industries. As these robots continue to evolve and become more accessible, we can expect to see a significant impact on the way production lines operate, leading to improved productivity and cost-effectiveness.

Yamaha and Fuk: Handling Materials in Factories

Yamaha and Fuk showcased their advancements in material handling at IRX 2023, focusing on the need to offset the growing labor shortage in factories. Yamaha demonstrated the use of a mechanic arm on top of a mobile robot to handle parts delivered by an unmanned electric vehicle. This showcased the potential for automation in material handling processes, increasing efficiency and reducing the dependence on human workers.

In addition, Fuk introduced improved controllers for their R50 IIA and R50 mate robots, meeting international cybersecurity standards. These controllers not only enhance control performance but also enable remote maintenance capabilities, making it easier to monitor and manage robots in factories.

Furthermore, Fuk showcased the upgraded robo guide V10 system, which allows for the pretesting of robot systems in virtual reality. This enables manufacturers to optimize robot operations before deployment, saving time and resources.

Both Yamaha and Fuk are industrial giants that recognize the importance of material handling in factories. Their solutions aim to increase automation, improve efficiency, and address the labor shortage in the manufacturing industry.

Kawasaki Heavy Industries: From Robotics to Surgical Systems

At IRX 2023, Kawasaki Heavy Industries showcased their diverse range of robots, including their latest technological solution in the field of surgical systems – Hinor. Hinor is a surgical robot equipped with Kawasaki’s advanced technological solutions that accurately reproduce the smallest movements of a surgeon.

Hinor features a surgeon’s cabin, operating unit, and visualization unit, providing a comprehensive system for surgical procedures. With the ability to accurately replicate the movements of a surgeon, Hinor enhances the precision and efficiency of surgical procedures, leading to improved patient outcomes.

In addition to Hinor, Kawasaki also exhibited other adorable robots at the exhibition, such as Keep Ran from Miron. Keep Ran is a robot friend that reacts to what it is shown, displaying smooth and realistic movements and facial expressions. This showcases the versatility of Kawasaki’s robotics solutions, from surgical systems to interactive and cute robots.

Overall, Kawasaki Heavy Industries demonstrated their expertise in robotics at IRX 2023, highlighting their commitment to innovation and the development of a wide range of robots for various industries.

Mitsubishi Electric, Denzel, and Universal Robots: Innovations in Automation

Mitsubishi Electric revealed their concept for a fully automated battery assembly line at IRX 2023. This assembly line utilizes advanced robotics and automation technologies to streamline the production process of lithium-ion batteries. The goal is to increase efficiency, reduce errors, and improve overall productivity in battery manufacturing.

Mitsubishi Electric in IRX 2023

Denzel, another prominent company at the exhibition, introduced an artificial intelligence algorithm for motion path generation. This algorithm automatically generates optimal motion paths for multiple robots to operate simultaneously at high speeds. By eliminating the need for manual programming, Denzel’s algorithm saves time and resources, making complex robot training more efficient.

Universal Robots showcased their UR30 model, a compact collaborative robot with impressive lifting capabilities. Weighing only 66 lb (30 kg), the UR30 can easily lift and transport loads equal to its own weight. This collaborative robot is designed to work alongside humans, enhancing productivity and safety on the production line.

The advancements in automation demonstrated by Mitsubishi Electric, Denzel, and Universal Robots reflect the ongoing progress in the field of robotics. These innovations offer improved efficiency, precision, and cost-effectiveness in various industries. The exhibition highlighted the potential of automation to transform manufacturing processes and pave the way for a more sustainable future.

Conclusion and FAQs

IRX 2023 showcased a wide range of innovative robots from various companies, highlighting the advancements in robotics and their potential impact on society. Here’s a recap of some of the highlights from the exhibition:

  • Kawasaki Heavy Industries presented the Koo robot version 8, designed as a rescue robot, and the friend’s robot K’s little brother, designed for indoor use in narrow corridors.
  • Jeny Itai showcased the type01 Koo version 1.0, a controlled system for heavy physical work, and the Space Heavy Work Machine, a giant robot mounted on heavy machinery.
  • Realan demonstrated their versatile mechanical arms and showcased applications like the Chad bot function in a humanoid robot.
  • Sono Deni introduced Hatsuki, an anime-inspired robot Ambassador, representing the fusion of anime, artificial intelligence, and robotics.
  • Shabor Machine presented the two-armed koid robot for manufacturing processes, while Ugo showcased the Ugo mini robot for inspection tasks.
  • RY Robotics exhibited Foodle, a collaborative humanoid robot for production lines, and Unry Robotics showcased the bipedal humanoid robot H1.
  • Yamaha demonstrated material handling solutions with a mechanic arm on a mobile robot, and Fuk showcased improved controllers and inspection capabilities.
  • Kawasaki Heavy Industries presented the surgical robot Hinor and adorable robots like Keep Ran.
  • Mitsubishi Electric showcased automation solutions for battery assembly lines, Denzel introduced an AI algorithm for motion path generation, and Universal Robots presented the compact collaborative robot UR30.

Here are some frequently asked questions about the showcased robots:

  • Are the showcased robots available for purchase?

Availability of the showcased robots may vary depending on the company and the specific model. It’s best to reach out to the respective companies for more information on purchasing options.

  • What is the cost of the showcased robots?

The cost of the showcased robots can vary significantly depending on factors such as the complexity of the robot, its capabilities, and the intended use. It’s recommended to contact the companies directly for pricing details.

  • Why is creating robots for various aspects of society important?

Creating robots for various aspects of society is important because they can assist in improving efficiency, safety, and productivity in different industries. Robots have the potential to take on repetitive or dangerous tasks, freeing up human workers for more complex and creative work.

  • What are the potential impacts of advancements in robotics?

The advancements in robotics have the potential to revolutionize industries, leading to increased automation, improved efficiency, and cost-effectiveness. They can also address challenges such as labor shortages and enhance the overall quality of life by providing assistance and support in various sectors.

Overall, the showcased robots at IRX 2023 demonstrated the exciting possibilities and potential of robotics in creating a sustainable and technologically advanced future.

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