ロボットバンク List of News Articles

Robot Bank Co., Ltd. has started pre-sales of the latest cleaning robots. We are planning to release two new types of cleaning robots. If you are considering improving efficiency and reducing manpower in cleaning operations, please take this opportunity to consider the introduction of our latest cleaning robots. For more details, please contact our website or your sales representative.

Connecting, Creating, Supporting――Aiming for further progress in society and the happiness of people! Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which operates with the motto of advancing society and enhancing people's happiness, is pleased to announce its participation in the "JAPAN MOBILITY SHOW 2024" (Japan Mobility Show Biz Week 2024), organized by the Japan Automobile Manufacturers Association (JAMA). Event Dates: October 15 (Tuesday) to 18 (Friday), 2024, 10:00 AM to 5:00 PM Venue: Makuhari Messe (International Exhibition Hall 1 & 2) Booth: Manufacturing SM-40 Admission: Free (Registration required for all attendees) *Online registration is necessary for entry. Organizer: Japan Automobile Manufacturers Association (JAMA) Co-organizer: Japan Automobile Parts Industries Association (JAPIA)

Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which operates with the motto of advancing society and making people happier, will hold a special event from October 1 to December 25, 2024, to support the improvement of your business efficiency as we approach the end of the year. This event presents a once-a-year big opportunity to purchase our robot products at special prices. ■ Event Details We will introduce flexible customization options tailored to each business, provide optimal solutions for the field, and offer proposals for improving logistics and manufacturing lines. You can purchase our wide range of products at special prices. We encourage you to consider our latest robot products that contribute to productivity enhancement and business efficiency during this opportunity. ◾️ Contact Us https://www.robotbank.jp/contact/contact-us/

Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo) has announced that it will sell the smart serving robot "RISU-BOT," which supports the operational efficiency of the restaurant industry, at a special campaign price. "RISU-BOT" is a multifunctional business support robot designed to streamline operations in the food service industry, such as restaurants and cafes, utilizing the latest AI technology. It operates smoothly even in tight spaces and crowded environments, achieving accurate serving. This significantly enhances staff efficiency and contributes to improved customer service. ▪️ Sales Information The smart serving robot "RISU-BOT" will be offered at a special campaign price for a limited time. For detailed pricing and estimates, please feel free to contact us. Let's adopt robotics solutions to enhance operational efficiency and stay ahead in the future of restaurant management. Contact Us https://www.robotbank.jp/contact/contact-us/

Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which operates under the motto of advancing society and making people happier, is pleased to announce its participation in the "Hamaro Expo" to be held at the Hamamatsu Chamber of Commerce and Industry from October 2 (Wednesday) to October 3 (Thursday), 2024. At this exhibition, we will showcase a variety of robots that contribute to labor-saving, productivity improvement, and the reduction of physical burdens on workers due to labor shortages. Our company will introduce autonomous transport robots that can adapt to the automation and smartization of manufacturing, transportation, and warehousing in the new era. The Star series, among others, offers various models that leverage advanced technology and expertise to provide three-dimensional and efficient solutions for manufacturing production lines and logistics warehouses. We will communicate the benefits of their introduction and spread this message from our local base in Hamamatsu. On the day of the event, Robot Bank will participate in a special seminar corner, where we will present the latest trends and case studies of robots in fields outside of manufacturing from our unique perspective. We invite you to join us. Company Name: Robot Bank Co., Ltd. Speaker: Yoshiro Ito, Director of Sales Division Date and Time: October 3, 2024 (Thursday) 10:30 AM - 11:30 AM

An autonomous transport robot designed with high safety standards in accordance with international regulations, tailored to the equipment and needs of the manufacturing and logistics industries. Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which operates under the motto "For society to progress further, for people to be happier," announces the launch of its new product, the AMR autonomous lifting transport robot, StarLift300/300E, capable of transporting heavy loads for the manufacturing and logistics industries. Currently, the Star series products sold in Japan, such as those capable of carrying 150kg and 200kg, are very popular due to their compact size. In response to market demand, we have added a 300kg product. The StarLift300 is designed for smooth operation in narrow work environments with its compact design. It is sized to efficiently perform basic transport tasks and is suitable for small to medium-sized loads. The StarLift300E features a larger body size than the StarLift300, accommodating the transport of larger items. It is characterized by stable autonomous operation powered by AI in wide workspaces and complex transport routes, equipped with high-performance sensor technology.

With the follow function, reduce work-related stress. Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which operates under the motto of advancing society and making people happier, announces the launch of its autonomous delivery robot equipped with a follow function (hereinafter referred to as the product). This product utilizes the latest wireless technology to achieve automatic following. A small array antenna and UWB (Ultra Wideband) technology allow for high-precision measurement of the distance and angle between the paired wristband device 'BETA' and the three position measurement modules mounted on the robot. Using these measurement technologies and the robot's algorithms, it is possible to efficiently create and follow routes on a map. Through this innovative autonomous delivery robot, Robot Bank Co., Ltd. aims to bring new value and innovation to the industrial and logistics sectors, striving to realize a more convenient and efficient work environment.

The introduction of autonomous transport robots comes with several challenges. This time, let's explore the disadvantages. High introduction costs Equipment purchase costs: The price of autonomous transport robots themselves is high, especially for models equipped with the latest technology or customized systems, which can further increase the price. For small and medium-sized enterprises, this initial investment can be a significant burden. System integration costs: To integrate transport robots into existing work environments or systems, additional hardware and software purchases, as well as infrastructure development, are necessary. This includes sensors, communication devices, and new management software. When all these costs accumulate, they can amount to a considerable sum. Installation and setup costs: After introduction, professional installation and initial setup are required. This takes time and effort, and the associated costs must also be considered. Additionally, training for employees is necessary, and securing resources for this is also important. For more details, visit https://www.robotbank.jp/3226.html

The introduction of autonomous transport robots has the potential to dramatically improve work efficiency across many industries. By adopting this technology, work processes can be significantly accelerated compared to traditional manual labor, while simultaneously reducing the need for human resources. Additionally, it contributes to improving the work environment and is expected to enhance work quality. - Improved work efficiency - Reduction of human resources - Improvement of the work environment - Enhancement of work quality For more details, visit here: https://www.robotbank.jp/3219.html

Introduction In this article, we will introduce in detail the benefits of introducing commercial cleaning robots. Let's explore the advancements in technology within the cleaning industry together. What are commercial cleaning robots? Commercial cleaning robots are high-performance automatic cleaning devices used in commercial facilities, offices, factories, and more. These robots are equipped with a variety of functions, including: ● Automatic programming: They efficiently perform tasks according to pre-set routes. ● High-performance sensors: They accurately collect debris while avoiding obstacles. ● Remote operation: They can be operated remotely from smartphones or tablets. In this article, we will explain the benefits of commercial cleaning robots from the following five perspectives: 1. Cost reduction 2. Time efficiency 3. Improvement in cleaning quality 4. Improvement in work environment 5. Enhancement of labor safety For more details, visit here https://www.robotbank.jp/3134.html

In recent years, the introduction of commercial cleaning robots has been expanding across various fields, significantly contributing to operational efficiency and labor cost reduction. Technological innovations in robot development are advancing rapidly. How will cleaning robots evolve in the future? Let's explore their possibilities. - Improvement in autonomy and mapping - Evolution of sensor technology - Utilization of AI - Interest in sustainability - Data collection and analysis We provide an explanation of the future of cleaning robots on our company website. Please take a look.

In recent years, the introduction of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) has been expanding across various fields, significantly contributing to operational efficiency and labor cost reduction. Technological innovation in robot development is advancing rapidly. How will transport robots evolve in the future? Let's explore their possibilities. - Improvement of autonomy - Enhancement of flexibility - Collaboration and safety - Increase in energy efficiency - Networking and cooperation We provide explanations on collaboration and safety, energy efficiency improvements, and networking and cooperation on our company website. Please take a look.

In recent years, the introduction of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) has been expanding across various fields, significantly contributing to operational efficiency and reduction of labor costs. Technological innovations in robot development are advancing rapidly. How will transport robots evolve in the future? Let's explore their potential. - Improvement of autonomy - Improvement of flexibility - Collaboration and safety - Improvement of energy efficiency - Networking and cooperation We provide explanations on the improvement of autonomy and flexibility on our company website. Please take a look.

As the logistics industry continues to evolve, the importance of AI control systems is increasing. Robots are transforming from mere logistics operators to entities that actively gather and analyze information, independently planning optimal work procedures. StarShip-Robot is one of the leading robots at the forefront of this evolution, and its applications are growing increasingly. StarShip-Robot possesses the following functions utilizing AI control systems: - Self-learning capability - Predictive analytics - Optimization The AI control system supports the evolution of StarShip-Robot. Furthermore, these functions are beneficial not only for logistics automation but also across various industries. As the concept of logistics automation spreads, the evolution of automated transport and delivery robots is anticipated. For more details, please visit the Robot Bank website. https://www.robotbank.jp/3092.html

Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo), which develops its robot business with the motto "For society to progress further, for people to become happier," will begin selling the AMR (Autonomous Mobile Robot) "StarMax300." The "StarMax300" features a larger chassis than the previous model, "StarMax200," and is built with a durable and robust structure. It is specially designed to efficiently transport large cargo, with a maximum load capacity of 300 kg. Equipped with vehicle-level suspension, it can adjust damping according to the delivery weight. The starting and braking operations are smooth, allowing for precise control of travel speed. Additionally, its flexible obstacle avoidance capability enables multiple machines to operate safely in complex indoor environments. For detailed specifications and pricing, please contact us.

In the field of logistics support robots, RobotBank is gaining attention. It is advancing the path shown by StarShip-Robot and establishing new standards in the logistics industry. Here, we will delve into how RobotBank is contributing to the reconstruction of factory logistics. - Contribution to the reconstruction of factory logistics - The future of logistics automation and autonomous transport and delivery robots - The role and advantages of lift-assist delivery robots The solutions provided by RobotBank, centered around autonomous mobile robots (AMR), utilize advanced automation technology to achieve efficient material handling solutions across various industrial sectors. For more details, please visit the RobotBank website. https://www.robotbank.jp/3060.html

Robot Bank Co., Ltd. announces the launch of its new product, the AMR autonomous vertical transport robot, StarLift600, designed for the manufacturing and logistics industries, capable of transporting heavy loads. This product is an advanced version of the StarLift150, designed to carry larger and heavier items. It can efficiently transport loads of up to 600 kg, making it ideal for use in large manufacturing lines and warehouses. Equipped with high-performance autonomous driving capabilities and a robust structure common to the Star series, it supports improvements in working environments and productivity in the manufacturing and logistics sectors. For detailed specifications and pricing, please contact us.

In the logistics industry, efficient transportation and delivery are extremely important. Delivering products quickly and accurately to customers is essential for enhancing a company's competitiveness. The evolution of logistics support robots, logistics automation, and automated transport and delivery robots greatly contributes to improving efficiency and productivity in logistics. Among them, the StarShip-Robot is particularly noteworthy. This robot not only automates transport tasks but also has the following features: - Innovative autonomous mobility technology - Flexible and safe operational capabilities - Adaptability to various environments For more details about the StarShip-Robot, please visit the Robot Bank website. https://www.robotbank.jp/3033.html

In recent years, automation technology has made innovative advancements in the industrial sector. Among these, autonomous mobile robots (AMRs) have revolutionized the efficient transportation and handling of goods in factories and warehouses. The evolution of algorithms is an essential element in the development of such autonomous mobile robots. - Improved positioning accuracy through multi-sensor data fusion - Interference avoidance algorithms based on feature distance - Real-time position correction With unique algorithms, AMR autonomous mobile robots achieve high precision and stable operation, contributing to the efficiency of factories and warehouses. Robot Bank's AMR autonomous transport robots utilize various technologies from autonomous driving for road use in indoor robots, combining advanced hardware and software to provide more sophisticated autonomous mobile robots.

In recent years, the logistics industry has been rapidly changing, and the driving force behind this transformation is robotics technology. The introduction of robots has become an important means of streamlining traditional logistics processes and improving productivity. In conventional automated warehouse systems, significant changes to the layout of large facilities and the design of dedicated equipment were necessary prior to the utilization of robots within the warehouse. However, the solutions offered by Robot Bank are noteworthy for lowering the barriers to implementing automated warehouse systems without the need for large-scale changes to existing warehouse layouts. This makes it possible to save costs and time, thereby shortening the return on investment period. Robot Bank's autonomous mobile transport robots demonstrate excellent performance even in complex warehouse environments, achieving efficiency in inventory management and picking operations. In this way, the introduction of robotics technology is revolutionizing the logistics industry and paving the way for sustainable growth. Below, we introduce Robot Bank's Star series of autonomous mobile transport robots: - Autonomous Mobile Transport Robot StarShip - Autonomous Mobile Transport Robot StarLift150 - Autonomous Mobile Transport Robot StarMax200 - Autonomous Mobile Transport Robot StarLight

◆Contribution Mechanism to Productivity Improvement: Comparison of AGV and AMR Contribution Factors of AGV to Productivity Improvement - Automated operation with pre-programmed routes - Consistent work speed and accuracy - Reduction in labor costs - 24-hour operation - Improved safety Contribution Factors of AMR to Productivity Improvement - Collaborative work between humans and robots - Adaptability - Automatic mapping - Contactless operation ◆Key Points for Choosing the Optimal Product For details, please visit the Robot Bank website. https://www.robotbank.jp/2919.html

Autonomous mobile transport robots can safely and efficiently move goods and materials in environments such as logistics warehouses and factories. Compared to traditional manual labor, autonomous mobile transport robots reduce work time and improve work efficiency, easily addressing the issue of labor shortages. Furthermore, these robots can operate 24 hours a day and collaborate with human workers to enhance productivity. The introduction of autonomous mobile transport robots is expected to improve productivity at work sites and enhance the competitiveness of companies.

Differences and Application Areas of AGVs and AMRs AGVs and AMRs contribute to productivity improvements in the logistics and manufacturing industries. Understanding the characteristics of each allows for more effective utilization. Differences in Movement Methods and Range AGV (Automated Guided Vehicle) Movement Method: Guided by magnetic tape or guide wires Range: Within fixed routes AMR (Autonomous Mobile Robot) Movement Method: Generates routes autonomously and navigates while avoiding obstacles Range: Adaptation to environments where layouts of items change AGVs are specialized for operating on fixed routes to enhance efficiency. In contrast, AMRs utilize sensing technology to flexibly create maps in response to layout changes and obstacles, calculating the optimal paths within them. This capability to automatically collaborate with humans in transporting items is what is referred to as Human-Robot Collaboration (HRC). For more details, visit https://www.robotbank.jp/2868.html

Introduction The modern manufacturing industry and logistics sector are constantly changing and evolving. At the heart of this transformation is automation technology. The introduction of AGVs (Automated Guided Vehicles) and AMRs (Autonomous Mobile Robots) has significantly contributed to improving productivity in companies. These systems each have unique functions and advantages, enabling advanced automation and robotization. AGVs (Automated Guided Vehicles) AGVs are primarily developed to transport goods along fixed routes, allowing for planned operations. AMRs (Autonomous Mobile Robots) AMRs use more advanced technology to recognize their environment and autonomously determine the optimal route. These technologies have demonstrated their true value even in the unprecedented circumstances of the COVID-19 pandemic, becoming key to continuing operations while maintaining social distance, as the need for reducing infection risks and non-contact work has increased. This article will focus on how the introduction of AGVs and AMRs enhances productivity, highlighting their specific benefits and functions. For more details, visit here: https://www.robotbank.jp/2799.html

Upgrade of the Smart Cleaning Robot PIKA-RobotT1 In 2023, RobotBank's cleaning robot PIKA-T1 has continuously upgraded to evolve and serve you better in the smart cleaning sector. It features advanced 3D laser lidar, enhanced battery replacement functionality, an expanded water tank, and optimized internal structure design, along with new features and design optimizations. Furthermore, in 2024, the UI interface will also be upgraded, bringing a refreshed design that offers smoother and more intuitive operability. Announcement of the New Product: Commercial Smart Cleaning Robot PIKA-X1 The commercial smart cleaning robot PIKA-X1 is a new product launched by RobotBank in 2023, designed for large-scale environments such as indoor parking lots, factories, and logistics warehouses. It has undergone six significant upgrades focusing on practicality, including water tank capacity, body material, cleaning capability, structural layout, and ease of maintenance. The upgrade of the large model driving algorithm supports cleaning in diverse environments.

Robot Bank Co., Ltd., which operates with the motto of making society more progressive and people happier, will be exhibiting at the "Town Factory Exhibition 2024" held on February 15 (Thursday) and February 16 (Friday). The "Town Factory Exhibition 2024" will focus on themes related to town factories, such as "How to communicate the technology and appeal of town factories" and "What the community creating the future seeks from town factories." [Date and Time] February 15 (Thursday) from 10:00 AM to 4:30 PM, February 16 (Friday) from 10:00 AM to 5:00 PM [Location] Tokyo International Forum Hall E1 (3-5-1 Marunouchi, Chiyoda-ku, Tokyo) FUSE1 [Participation Fee] Free [Details and Registration] Please visit the official website (URL below). https://machikouba.jp/ We look forward to your visit.

Robot Bank Co., Ltd. (Headquarters: Shinjuku, Tokyo, Representative: Zhao De Peng), which operates with the motto of making society more progressive and people happier, announced that starting from February 5, 2024, it will offer a limited special price for 5 units of the delivery and serving robot 【RISU-Bot Plus】 to commemorate the 2nd anniversary of its service robot sales. The delivery and serving robot RISU-Bot Plus can carry a large tray with 4 layers at once. Equipped with the latest technology, it is a highly maneuverable robot capable of detecting obstacles with almost no blind spots in 360 degrees. In addition to its serving function, the main unit is standardly equipped with a large high-resolution display and voice guidance that can provide advertisements and recommendations, enhancing the "hospitality" offered to customers. Furthermore, the top tier features an open design, allowing it to serve not only bottled beer and parfaits but also large mugs, thereby expanding its range of applications. It is equipped with a high-performance route generation AI, which means that minor layout changes in the positioning of tables and chairs within the store are not an issue. This special project is for a limited time only. Please feel free to contact us. We sincerely look forward to hearing from you.