◆Compact Low Floor Design Smart AGV
Complete freedom with a unit to suit the things being conveyed
Smart AGV
- Smart AGV
- Product Lineup
- Smart AGV <XF Series>
Smart AGV <XF Series>
Change transportation.
More efficient and more flexible.<XF Series>
- Compact* and low floor design that allows use even in narrow passageways
- Achieves excellent transportation capacity even though small
- Also supports automatic charging under the assumption of 24-hour operation
- Automatic transportation of various things with abundant transportation units
- *TYPE A is approximately 50% more compact compared to our custom-made conventional product (1,710 mm (D) × 460 mm (W) × 200 mm (H)).
- ＊The photograph is for illustrative purposes only.
Transportation Units
You can choose the transportation unit to suit your application. *We also handle special orders.
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Collapsible Container Conveyance
Example of a combination of TYPE A + cart unit
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Trailer Rear Towing
Example of a combination of TYPE A + a six-wheeled trolley towing unit
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Towing from under for Basket Truck Delivery
Example of a combination of TYPE C + basket truck towing unit
◆Automatic Hook Function (Option)
This function raises the hook mechanism after slipping under a basket truck or similar, senses the frame and then automatically fastens on.
◆Posture Control Technology
This technology minimizes the impact of inertia and achieves stable traveling with software. This plays an active role in settings where tight turns are required.
Control Systems
Using the allocation algorithm in our core technology will contribute to improving your productivity.
- Centralized Control System
AOS(AGV Operating System)
- ＊The screen is an inserted composite. This differs to the actual display.
- It is possible to have centralized control and intersection management of up to 20 units by automatically generating the optimal course. It is possible to have optimal allocation in coordination with the host system and equipment that you use.
Solutions and Data Utilization
We make transportation solution proposals to suit the process. It is also possible to further improve productivity by utilizing traveling data accumulated in the AGV server.
- ◆Introduction Example: Automation of Picking Trolleys
- It is possible to achieve an improved picking quantity per unit of time of 20% on average compared to before introduction (up to 30%).*
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＜Image of Use＞ - Benefits in Utilization in Picking Work
- The robot will give guidance on the shortest path in the order of items to be picked up, so there is no need for workers to memorize location information by product.
- There is a constant traveling speed, so the movement speed does not vary.
- The effort to push trolleys is reduced and side-by-side work during movement hands-free is possible.
- *In this example, 10 AGVs were introduced into a warehouse with an area range of 7,700 m² and over 10,000 products. It was possible to see a 20% improvement compared to before they were introduced as below.
Before introduction: Average 24.8 picks per hour
After introduction: Average 31.5 picks per hour
It has been possible to see a 30%+ improvement in the best cases.
- ◆Traveling Data Utilization Example: Product Location Optimization
- Before Data Utilization
The system analyzes the location of popular items changing everyday based on the traveling log to recommend the optimal inventory position.
- After Optimal Location Arrangement with Data Utilization
The conveyance distance is shortened and productivity is improved by arranging popular items that are often shipped near the branch lines.