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Automated guided vehicles (AGVs) are products that significantly contribute to the reduction of manpower and alleviation of burdens in transportation operations. This time, we have prepared a document that clearly summarizes the advantages of two types of unmanned transport vehicles: "guided AGVs" and "autonomous mobile robots (AMRs)." It includes basic information about what AGVs and AMRs are. Please use this information not only to understand the differences between AGVs and AMRs but also for considerations regarding implementation and selecting products suitable for your site. 【What you can learn from this document】 ■ What AGVs and AMRs are ■ Benefits of implementation ■ Mechanism of autonomous driving ■ Features of AGVs and AMRs ■ AMR's ability to navigate around obstacles and avoid congestion ■ Other driving methods * You can currently receive a free gift of a basic guide to unmanned transport vehicles! Click "PDF Download" to obtain it.

We are currently offering materials that allow you to learn the basics of AGVs (Automated Guided Vehicles). The materials explain the history of AGVs and AMRs, the mechanisms of autonomous driving, types of transportation methods, the meanings of terms used in the catalog, and the types and overviews of safety features, all accompanied by illustrations and photos for intuitive understanding. With this single volume, you can learn everything from the basics of AGVs to the points to check before implementation. 【Contents】 - History of AGVs and AMRs - Mechanisms of autonomous driving - Types of transportation methods - Basic structure of guide-type AGVs - Explanation of common terms - Examples of system configurations - Types and overviews of safety features We believe this material will be useful for a wide range of people, from those specifically considering automation with AGVs to those just starting to gather information or those curious about what AGVs are. Please feel free to download it.

INABA is engaged in the industrial equipment business, selling control devices, robots, IoT devices, and original products, as well as proposing automation solutions for production lines that combine these elements. We are pleased to offer a free explanatory document that teaches how to select robots and equipment suitable for automation purposes and what items should be considered. [Contents (excerpt)] ◆ What is automation? ◆ What automation means in the FA industry ◆ Benefits of implementation ◆ Means of automation This is a useful resource for engineers considering factory optimization and labor reduction, whether they are specifically looking into automation or are curious about the available means of automation. *Please click the download form to obtain the explanatory document "Learning Automation from the Basics." For details on specifications or any concerns, feel free to consult us through the inquiry form.

Our company distributes various materials related to Automated Guided Vehicles (AGVs). Among them, the functions vary depending on the manufacturer's characteristics and technological differences, and they are evolving daily, so we often hear the feedback, "I don't know which one to choose." In the foundational knowledge material we are distributing this time, we provide four examples of the purposes for introducing AGVs and recommend suitable transportation methods for each purpose. By clarifying the objectives, it becomes easier to choose the AGV that fits your company. Additionally, we include "six points" to confirm in advance when introducing AGVs. By understanding these elements, you can smoothly proceed with the consideration of AGV implementation. [What you can learn from this material] ■ Recommended transportation methods suitable for each purpose of "labor saving, efficiency improvement, safety measures, and production management" ■ Detailed explanations and examples of each transportation method ■ Six points to confirm before installing AGVs ■ Information about our Robot Center * "Learn AGVs from the Basics: Transportation Methods Edition" is currently available for free! Click "PDF Download" to obtain it.

Productivity: By collaborating with customer systems/equipment and providing custom solutions tailored to the site environment/materials, we achieve highly productive automation. Storage Efficiency: With a compact yet high-capacity automated warehouse, not only can work be automatically stored and retrieved, but we also solve various challenges in inventory parts management, realizing efficient and effective warehouse management.

Productivity: By collaborating with customer systems/equipment and providing custom solutions tailored to the on-site environment/materials, we achieve highly productive automation. Storage Efficiency: With a compact yet high-capacity automated warehouse, not only can work be automatically stored and retrieved, but we also solve various challenges in inventory parts management, achieving efficient and effective warehouse management.

By using a multi-layer robot storage system, the following can be achieved: - Effective utilization of dead space, expanding storage capacity - Free transportation/storage of items without being constrained by their packaging - Reduction of human errors such as picking mistakes Three features of the multi-layer robot storage system! 1. Flexibility Since the shape of the items being transported/stored is flexible, it can handle various sizes and liquids that do not fit into dedicated cases. 2. Customization Provides usage tailored to business needs, allowing for combinations with other automated transport robots and devices. 3. Space-saving By layering storage space, it achieves approximately 1.5 times the storage area compared to traditional shelving that stores items on a flat surface.

Low Bed: By introducing AGVs, it is possible to reduce the replacement and modification of cage trolleys, thereby keeping additional investments in check. Super Heavy: We offer a wide range of options capable of carrying from 150kg to 6000kg, allowing us to propose the optimal transport trolley according to customer needs.

Versatility: By automatically changing the work location according to the purpose, it is possible to flexibly recover from sudden changes in production plans. Flexibility: By using highly flexible tools, it is possible to broadly accommodate various processes.

Environmental Resistance: Capable of outdoor operation, ideal for transportation between buildings, and can run in light rain or puddles. *Water-resistant specification corresponds to IPX3. Contactless Charging: Equipped with a high-speed contactless charging device, enabling safe and fully automatic high-speed charging. Suitable for frequent charging methods, resulting in longer battery life. Flexibility: We can propose a "hybrid control method" that combines both "magnetic induction" and "laser induction" guidance systems.

Innovation: Achieves a compact size of 650×950mm with a load capacity of 1000kg. The turning diameter is contained within 1200mm, minimizing equipment size. Scalability: Software is openly disclosed, allowing for easier expansion by users. Multiple AMRs and AGVs can be controlled by a single controller.

High Efficiency: When there are obstacles for the AMR, it performs avoidance maneuvers, regenerates the route to the destination, and enables efficient transportation. Multiple Unit Control: With advanced software, it is possible to manage up to 100 mobile robots simultaneously. It continuously monitors current positions, operational status, and availability to achieve optimal dispatch operations. Flexibility: A wide range of hardware is available, from small 60kg to a maximum of 1500kg payloads. Some models are compatible with cleanroom standards, and ESD-compliant models are also available for use in various environments.

Diversity: A lineup of optimal automated warehouses tailored to the storage formats of customers, such as pallets and standard buckets. Space-saving: Achieving space efficiency through pallet storage that does not require aisles and high-density storage utilizing upper space. Transportation: Capable of automatic transportation of work not only for storage but also before and after inbound and outbound processes. *Catalog in preparation We sincerely apologize, but if you need assistance urgently, please contact us.

By using Amano's "commercial robot cleaning machine," the following can be achieved: - Automating cleaning operations to supplement labor shortages - Allowing employees to be assigned to higher value-added tasks (core business) Three features of Amano's "commercial robot cleaning machine"!! 1. Advanced autonomous driving powered by AI It detects even hard-to-identify obstacles, achieving high operational rates with safe and efficient automatic cleaning. 2. The only floor cleaning robot developed and manufactured domestically One-stop support from proposal to after-sales service A support system that is completed domestically. 3. A heavy-duty model favored by cleaning professionals Capable of handling various types of waste, including dust, dirt, and shredded paper. The large-capacity bucket reduces the risk of cleaning interruptions due to being full.

Five items to consider before implementation and workplaces with significant benefits from implementation. Based on our experience in assisting with the automation of transportation processes using AGVs, we have compiled numerous tips to ensure a smooth implementation. If you are struggling with transportation tasks in your factory, please take a look. 【Contents】 ■ Benefits of introducing Automated Guided Vehicles (AGVs) ■ Points to consider during implementation ■ Recommended workplaces for implementation ■ Trending features ■ Information on robot centers where you can observe actual machines, etc. *The materials can be viewed immediately via the "PDF Download" link below. Please feel free to contact us with any inquiries.

"Easy introduction, automate now." Aspina AMR300 - Three Features 1⃣ Expanded usage scenarios - Portable weight of 300kg - Easy integration with external systems using an API - Maintains multi-unit operation and maneuverability 2⃣ Increased productivity - Significantly reduced mapping time - Shortened travel time 3⃣ Enhanced safety and reliability - Improved detection capabilities with 3D LiDAR - Enhanced safety through basic function improvements