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. The StarShip-Robot is one of the leading robots in this evolution, and its applications are growing increasingly. The StarShip-Robot possesses the following functions utilizing AI control systems: - Self-learning capability - Predictive analytics - Optimization The AI control system supports the evolution of the 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" uses a larger chassis than the previous model, "StarMax200," and features 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 actions are smooth, allowing for precise control of travel speed. Additionally, its flexible obstacle avoidance capability enables the safe operation of multiple machines even 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 further 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 restructuring of factory logistics. - Contribution to the restructuring 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 diverse industrial sectors. For more details, please visit RobotBank's website. https://www.robotbank.jp/3060.html

Robot Bank Co., Ltd. announces the launch of its new product, the AMR Autonomous Lifting 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 the improvement of work 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 significantly 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. - Improvement of positioning accuracy through multi-sensor data fusion - Interference avoidance algorithms based on feature distance - Real-time position correction Thanks to 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 autonomous driving technologies designed 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 robot technology. The introduction of robots has become an important means to streamline traditional logistics processes and improve productivity. In conventional automated warehouse systems, significant changes to the layout of large facilities and the design of dedicated equipment were necessary prior to utilizing robots within the warehouse. However, the solutions provided 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 allows for savings in costs and time, and shortens 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. Thus, the introduction of robot 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

◆Mechanisms Contributing to Productivity Improvement: Comparison of AGV and AMR Contributing 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 Contributing Factors of AMR to Productivity Improvement - Collaboration 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 achieve reduced working time and improved work efficiency, easily addressing the issue of labor shortages. Furthermore, these robots can operate 24 hours a day and collaborate with human workers to streamline operations. The introduction of autonomous mobile transport robots is expected to enhance productivity in the workplace and increase the competitiveness of companies.

Differences and Application Areas of AGV and AMR AGVs and AMRs contribute to productivity improvements in 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 a fixed route 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 in operating along 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 path within that context. 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 their unique functions and advantages, achieving 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 utilize more advanced technology, enabling them 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 amidst the increased need for reduced infection risk and contactless work. 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 field. 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 ability, 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 Trade Fair 2024" to be held on February 15 (Thursday) and February 16 (Friday). The "Town Factory Trade Fair 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 RISU-Bot Plus is a serving robot capable of carrying a large tray with 4 tiers at once. Equipped with the latest technology, it can detect obstacles with almost no blind spots in 360 degrees, making it a highly maneuverable robot. In addition to its serving function, it comes standard 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 bottles of 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 pose no problem. This special project is for a limited time only. Please feel free to contact us. We sincerely look forward to hearing from you.

Possibilities and Challenges of Serving Robots - Creating New Dining Experiences and Services Serving robots equipped with AI voice and interactive features also possess entertainment elements. They have the potential to enrich the dining experience and create new restaurant concepts where customers can enjoy meals while interacting with characters. - High Costs and Barriers to Implementation The high initial investment costs can be a barrier to implementation. It is necessary to consider the total costs, including maintenance expenses and system updates. - Technical Constraints and Room for Improvement Many serving robots currently have limited functions, and there is a demand for improved adaptability to diverse situations. Enhancing obstacle avoidance capabilities and decision-making skills in critical moments will be important areas for future technological development. - Balancing Human Service Emotional connections and pleasant communication are unique to human service. Properly dividing the responsibilities between what serving robots should handle and the roles of staff, while creating synergistic effects, is key to success.

The Potential and Challenges of Serving Robots Serving robots hold potential across various fields, starting with the restaurant industry. However, there are also challenges to consider when implementing them. - Impact and Effects on the Restaurant Industry Serving robots will bring innovation to restaurant operations. By reducing the time from order to serving, customer satisfaction is likely to improve, potentially increasing repeat customers. Additionally, by streamlining operations during peak times, waiting times can be reduced, allowing for more customers to be accommodated. - Potential Use in Hotels and Hospitals In hotels, the use of serving robots for room service is anticipated. They can help compensate for staff shortages during nighttime and provide quick service to guests. In hospitals, serving robots are expected to be used not only for delivering meals to patients but also for transporting medications and documents, thereby reducing the burden on medical staff. - Challenges and Prospects for Adoption in Households For serving robots to become widespread in households, a reduction in price and improvement in usability are necessary. However, in the future, it is expected that they will meet a wide range of needs, such as supporting individuals living alone in an aging society and reducing household burdens for families with children. To be continued in Part 4.

Advantages of Serving Robots The provision of meals has traditionally relied on human labor, but the introduction of serving robots has significantly changed this. In this section, we will look at the specific advantages of serving robots. - Efficient meal delivery and time savings Serving robots can carry a large number of dishes at once, resulting in quicker meal service. This allows restaurant and café staff to allocate time to other important tasks. More details will follow in the third installment. - Accurate meal service and quality control They can minimize human error, ensuring that each customer receives the correct order. Additionally, they assist in maintaining a consistent quality. - Solutions for labor shortages In the food and beverage industry, where labor shortages are a concern, serving robots can be a valuable aid. They not only reduce working hours but also contribute to savings on labor costs. - Infection control and improved hygiene Especially during the COVID-19 pandemic, reducing human contact is crucial. Serving robots can serve as a solution to this challenge.

An innovative era is beginning in the food and beverage industry. At the center of this is the innovative technology known as serving robots. Meals are a fundamental element of our lives, and the way they are provided and the environment surrounding them reflect changes in society as a whole. What are serving robots? These refer to automated serving and transport robots used in restaurants, hotels, nursing facilities, and more. They support everything from serving dishes and tableware to clearing tables, enabling operational efficiency, reducing labor costs, and even playing a role in entertainment. In this article, we will explore in detail the advantages and possibilities that serving robots bring. We will consider how they can be utilized for efficient meal provision, time savings, accurate meal service and quality management, as well as addressing labor shortages. Additionally, we will discuss their support for the elderly and people with disabilities, as well as improvements in infection control and hygiene. As we welcome a new era of dining, we hope that deepening our understanding of the role of serving robots and gaining knowledge about the latest technological trends will help broaden our perspective for the future. ~To be continued in Part 2...

Highlights of the Lift Assist AMR Robot Autonomous Navigation, Intelligent Scheduling: The robot does not require QR code navigation and supports various intelligent navigation modes. Under the unified scheduling of the TCS platform, the robot autonomously moves between transport points in the factory, significantly improving transport efficiency and providing users with a comprehensive mobile robot solution. Compact Size, Wide Range, Easy Lifting: The robot supports autonomous recognition of shelf positions, quickly and safely moving to the center of the shelf to ensure stable lifting during transport. Agile Obstacle Avoidance, Adaptability: Without the need for QR code navigation, the robot is equipped with multiple obstacle avoidance features, ensuring the safety of both the robot and personnel by addressing unexpected situations. Automatic Charging, Uninterrupted Operation: The robot demonstrates flexible durability, supporting both automatic and manual charging methods, ensuring the continuous execution of material handling tasks.

In recent years, automated material handling technology has been gaining attention across various industries worldwide. At the forefront of this evolution are the latest generation of autonomous mobile robots (AMRs) from Robot Bank, which are reshaping factory logistics. Robot Bank's lift-assist delivery robots seamlessly handle the transportation of heavy goods and batteries, injecting new vitality into industrial production. AMR robots are paving the way Autonomous mobile robots (AMRs) are known for their advanced automation, safety, flexibility, and adaptability, emerging as a popular choice in the factory logistics sector. Equipped with an intelligent TCS scheduling system, Robot Bank's lift-assist AMRs efficiently perform high-load material handling tasks, disrupting the traditional "search for goods" model and introducing a new concept of "delivering goods to people."

Autonomous driving technology (L4) is generously utilized in the serving and delivery robot 'RISU-BOT' Plus. - Vehicle-grade suspension - Adjustable damping according to delivery weight - Smart damping control and stable speed control - Capable of passing through joints on carpet, flooring, marble, and inclined slopes - Accurately controls driving speed for smooth starts and braking - Achieves fast and smooth mode switching according to the scene

RobotBank's AMR (Autonomous Mobile Robot) combines advanced precision navigation technology with obstacle avoidance capabilities, allowing it to perform logistics tasks very efficiently. Due to its excellent performance, this AMR is utilized across a wide range of industries, from manufacturing to warehouse management and retail. The video showcases the innovative features of RobotBank's AMR and actual application examples. Notably, the advanced lifting capability stands out. This feature enables the AMR to handle heavy loads and products of various shapes safely and quickly, which is expected to enhance productivity in logistics operations. RobotBank's AMR is applicable not only in manufacturing but also in warehouse management and retail, among other diverse industries. Its flexibility and versatility allow for use in various operational environments, significantly improving business processes for companies.

Our company, Robot Bank Co., Ltd., is currently exhibiting at the "Building Maintenance Human Fair & Clean EXPO 2023." At this exhibition, we are showcasing our latest products and technologies, attracting attention as a leader in industry trends. We are introducing our new cleaning robot, the [Commercial Automatic Cleaning Robot PIKA-X1]. Please feel free to contact us. https://www.robotbank.jp

Dear Valued Customers, We would like to express our sincere gratitude for your continued support. We are pleased to announce that our company, Robot Bank, will be exhibiting at the annual trade show, "Building Maintenance Human Fair & Clean EXPO 2023." In addition to showcasing our latest robot models, we will also present product demonstrations by our specialized staff and examples of operational use. For customers considering implementation, we will hold business meetings, and we invite you to visit us during this opportunity. Date: November 15 to November 17, 2023 (3 days) Time: 10:00 AM to 5:00 PM Location: Tokyo Big Sight, East Hall 3-K06

Classification and Application of Industrial Transport Robots In the field of intelligent delivery robots, lightweight automated mobile robots (AMRs) provided by Robot Bank play an important role. These robots have the following features: 1. Global map-based dynamic navigation: They can intelligently avoid obstacles and navigate in complex environments. 2. Zero-cost deployment: The simplified deployment process reduces implementation costs. 3. Strong environmental adaptability: They can operate in various work environments, including multi-story and different areas. 4. High passability: They have the ability to automatically board elevators and pass through automatic doors. 5. Improved cost efficiency: These robots enhance high performance and cost efficiency, leading to increased profits. Industrial smart delivery robots are widely applied in various fields such as factories, warehouses, office buildings, hotels, and airports. The introduction of these robots not only improves production efficiency but also saves costs, bringing new momentum to intelligent manufacturing and the development of Industry 4.0.

Key advantages of industrial smart transport robots: 1. Production line adjustment: These robots supply materials at the right time, accurately matching the production rhythm and preventing delays. 2. Intelligent scheduling: They intelligently manage delivery schedules based on production requirements, improving the efficiency and accuracy of material distribution. 3. High efficiency: Automated robots can work smoothly and continuously, enhancing overall production efficiency. 4. Digital control: These robots use digital technology to meticulously manage and monitor the delivery process. 5. Flexible material distribution: They adapt to different materials and production environments, providing flexibility. 6. Reduction of labor time: By reducing manual operations and waiting times, work efficiency is improved. 7. Enhanced brand competitiveness: The application of smart delivery robots can enhance a company's brand competitiveness by showcasing advanced manufacturing capabilities.

In the wave of industrial development, intelligent manufacturing and Industry 4.0 have become unstoppable trends. Industrial logistics, which is a crucial part of this transformation, is also experiencing a significant shift towards intelligent automation. This article focuses on the logistics of production lines and explores the application and benefits of industrial smart delivery robots in this field. Current State of Material Handling in Production Lines: Logistics in production lines involves the transportation and movement of raw materials, semi-finished products, samples, and finished products between different processing points on the production line. This typically aids production operations that require the transportation of both small and large quantities of materials, necessitating precise coordination with the overall production rhythm. Currently, traditional logistics in production lines primarily relies on manual labor, utilizing several non-automated methods, such as trolleys and carts, while some automation is achieved through automated guided vehicles (AGVs) and autonomous mobile robots (AMRs). However, the traditional methods of transportation in industrial settings lead to a mismatch between the high efficiency of production lines and the low efficiency of logistics delivery, reducing overall efficiency. Additionally, there are various challenges such as difficulties in quantitative management, flexibility in material distribution, and labor shortages.

The restaurant industry has long been plagued by challenges such as labor shortages, high labor costs, delays in manual delivery, and human errors. These issues can impact not only operational efficiency but also customer satisfaction. The need for innovative solutions in this field is more important than ever. Traditionally, attempts to address these challenges often involved the deployment of robots that required long setup times and renovations of the restaurant. Many robots have strict placement requirements, such as relying on QR codes or needing to face specific wall angles, which reduce adaptability and make them prone to losing their position due to lighting conditions. Furthermore, the intelligence of these robots is limited, making it difficult for them to avoid obstacles or deal with barriers that may arise in their path, often resulting in low efficiency in actual restaurant environments due to their limited understanding of the surroundings. This is where the RISU-BOT Plus, a serving and delivery robot from Robot Bank, comes into play. It represents a new generation of restaurant hospitality robots.

1. Rapid Deployment: The RISU-BOT Plus serving and delivery robot utilizes cutting-edge autonomous driving technology, eliminating the need for manual mapping on-site and enabling deployment within minutes. This not only saves time but also significantly reduces operational costs. 2. Accurate Positioning: The RISU-BOT Plus serving and delivery robot is equipped with stable positioning technology that performs well under harsh conditions such as intense sunlight, pressure, and slippery surfaces. It can recover its position from any location, ensuring uninterrupted service. 3. Smart Navigation: The RISU-BOT Plus serving and delivery robot features intelligent route planning capabilities. When obstacles hinder passage, the robot autonomously calculates alternative routes, optimizing delivery times and minimizing interruptions. It can adapt to significant changes in the environment without the need for full map reconstruction. 4. 3D Obstacle Avoidance: Equipped with a 3D scanning camera, the technology can recognize elevated or low-positioned obstacles and different types of obstacles without needing chair legs, and without stepping on or compressing objects. It can also detect slippers.

Robot Bank Co., Ltd. will simultaneously launch two types of smart serving and transport robots as products that maximize the use of advanced autonomous driving technology to achieve safer and more secure serving and transportation. These products include an industrial transport robot capable of outdoor operation and capable of carrying up to 200 kg, as well as a serving robot for restaurants and similar establishments. Both types are equipped with multiple cameras for obstacle recognition in addition to sensors for positioning, ensuring a design focused on safety and security. By continuously monitoring the surrounding environment in 360 degrees, the robot can autonomously identify obstacles, allowing it to serve and transport even in very narrow spaces with a passage width of just 65 cm. Additionally, by utilizing automotive autonomous driving technology, these products can be widely used in response to changes in the customer's environment, including outdoor operation and automatic map updates. Our company has made it possible to freely choose from a total of six types of serving robots, as we simultaneously launch two new types of smart serving robots, catering to various customer needs.