Notice of our Vaning Master exhibition at 【MFLP ICT LABO 2.0】.

Improvement of loading for parts transportation using the TP box loading improvement system.

The TP Box Loading Improvement System is a system (algorithm) designed to maximize the loading efficiency of pallet transport for products utilizing TP boxes. The TP boxes have standard-sized blocks on the bottom, and by combining the interlocking parts of these blocks, different sizes of TP boxes can be loaded onto a pallet. However, combining TP boxes of different sizes to enhance the loading efficiency onto a pallet has been very challenging and could only be handled by skilled workers. The newly developed TP Box Loading Improvement System enables inexperienced individuals to achieve a high level of loading efficiency by allowing for multi-layer stacking on pallets by leveling the top layer and improving workability by consolidating containers of the same size.

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Automatically create loading plans that minimize dead space. Presentation of materials introducing features and improvement examples. Trial version available.

"Banning Master" is a system that visualizes cargo based on size information and creates loading plans considering weight balance, constraints, and workability. It optimizes loading efficiency for containers, trucks, pallets, etc., and can flexibly respond to additional or canceled cargo. It can also be used for continuous improvement of loading efficiency by identifying bottlenecks. We offer a "software version" that can be customized to fit your business needs, as well as a "cloud version" that requires no installation. 【Features】 ■ Automatically calculates and visualizes highly efficient loading plans ■ Properly calculates the center of gravity, preventing cargo shifts and contributing to improved transport quality ■ Many successful implementations in automotive parts, electronics, food, and building materials manufacturers ■ Capable of providing algorithms that consider loading rules ★ We are currently offering materials that include examples of improvements in import and export of products. You can view them immediately via "PDF Download." * A trial version of the cloud version (10 days) is also available. Please contact us for more details.

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Visualization of logistics sites" "Reduction of working hours at logistics sites

The loading software has many implementation cases from logistics companies to manufacturers, and the effects of its introduction are significant. ● The reasons are... - Shipping size, weight, and quantity are managed in-house. - With the cooperation of the information systems department (IT), data can be linked with the loading software for calculations as many times as needed. - It is possible to determine increases or decreases in shipping volume based on remaining space [important]. - Time can be saved by reducing inquiries to freight forwarders. ■ Current implementation site A logistics company of a certain food manufacturer group. ■ On-site challenges - Want to immediately answer "How many containers?", "What types of containers?", and "What is the remaining space?" - Want to maximize loading during imports from China and provide loading instructions to the Chinese side. - The loading rules for products (packaging) are either unknown or have become unclear due to being personalized within the company. ■ Operations/Requirements - Which products and how many will be loaded into the remaining space? - Heavy items should be loaded on the lower tier.

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It is possible to develop special loading conditions as a dedicated algorithm.

In building material manufacturers, heavy building materials are loaded onto trucks after creating a load plan, taking safety and workability into consideration. Before the introduction of the Vanning Master, multiple office employees planned using Excel (including the creation of work diagrams) while considering constraints related to safety, workability, and unloading. By developing a unique algorithm that takes into account constraints related to loading, we have successfully significantly reduced these administrative tasks. The optimization of space utilization through the algorithm generally aims to increase the loading (filling) rate as the primary objective. Prioritizing workability makes the evaluation criteria for the results of the algorithm ambiguous, which made the development difficulty very high. The development of the algorithm for building material manufacturers was made possible by our consultants, who understood the field and conducted detailed interviews to clarify the operational rules and metrics involved in the work.

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Determination of the dimensions of the packaging box for the new product" "Development of pallet stacking patterns

"Palette Master" is a system that proposes the most efficient way to load pallets. It is a convenient optimization tool useful for single-item loading, such as "wanting to switch to T11 type pallets," "deciding the dimensions of new product packaging boxes," and "warehouse transfer." "Palette Master" is dedicated pallet loading software. It is not a plugin for Vanning Master. Since customization is necessary to fit the logistics site conditions, we will submit a quotation after hearing about the situation. ■ Implementation Effects 1) Instantly simulates based on pallet size and product size, displaying multiple optimal loading patterns. You can choose loading patterns suitable for storage and transportation purposes. 2) With Palette Master, centralized management of information regarding loading across various departments is possible from the development of new containers. - It allows consideration of optimal loading during the container development stage. - Centralizing the database makes information sharing easier. - Authority management is implemented by dividing general users, administrators, and viewers.

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Fare reduction, automatic selection of packaging boxes, work efficiency improvement.

■Do you have any of these concerns? 1) The variety of exterior box types makes selecting the appropriate box a challenge that directly affects shipping costs. 2) There is a discrepancy in box selection accuracy between experienced and new staff, causing shipping personnel to struggle with box selection and feel stressed. 3) The number of boxes cannot be determined until packing is attempted, making it impossible to prepare boxes and shipping labels in advance. These concerns can be resolved with the introduction of the Vanning Master Box Packing BOX Engine. ■Benefits of Implementation 1) Automatically suggests the smallest cardboard box that fits the three dimensions of the shipping items, aiming to reduce shipping costs. 2) By integrating with the inventory management system and printing box information on shipping instructions such as picking lists, the worries about box selection are eliminated. 3) Knowing the number of boxes at the shipping planning stage allows for box preparation, packing details, shipping labels, and delivery slips to be issued at the order stage. 4) Shipping cost calculations can be done at the order stage. 5) It becomes easier to consider reducing the variety of cardboard types or introducing new ones.

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White logistics," "reduction of overtime hours," "improvement of services to shippers.

■Objective As part of business improvement, create a vanning plan using a loading simulation tool to reduce working hours. ■Challenges 1) Data Input - Support converting shipping request forms (PDF) from shippers into Excel data. - Provided an Excel macro to reduce data entry workload. 2) Loading Diagram - Standard features are provided, but we also accommodate modification requests. 3) Manual Placement Operations - Does not match the expertise of seasoned professionals. ⇒ Addressed with the manual placement modification feature of the standard package. 4) Manual Placement Operations - Seasoned professionals are not skilled in mouse operations. ⇒ An assistant creates the loading diagram under the guidance of the seasoned professional, enabling the transfer of expertise.

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From personalization to standardization! Reduction of work time!

■Objective Reduce the workload of the planning staff and shorten the time required to create loading diagrams. ■Operation/Requirements ・Maximize volume under the constraint of a maximum load weight of 5 tons. ・Develop a weekly shipping plan. *Loading for one day can be advanced by day of the week. ・Automate the creation of loading diagrams. ■Implementation Effects ・Tasks have been transferred from individual workers to multiple people. ・Reduced time required for planning and creating loading diagrams from a total of 4 hours over several days to 30 minutes.

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[Speaker] Jun Ishikawa, Professor at the Graduate School of Business Administration, Rikkyo University, and Vice President of Rikkyo University [Key Lecture Content] This lecture will provide a clear explanation of the most effective leadership in the VUCA era, focusing on shared leadership based on the latest research. Specifically, it will discuss how everyone can exhibit effective leadership to improve workplace and team outcomes, and how anyone can develop effective leadership skills through training. Additionally, it will explain what is necessary to foster shared leadership in workplaces and teams from both individual and organizational perspectives. To continue achieving results in the VUCA era, let’s challenge traditional views of leadership and explore new leadership concepts. [Lecture Items] 1. Characteristics of the VUCA Era 2. What is Shared Leadership? 3. Effects of Shared Leadership 4. Effectiveness of Personal Leadership Theories 5. How to Foster Shared Leadership in Workplaces and Teams 6. Q&A *This seminar will be held via Zoom meeting.*

[Speaker] PwC Advisory LLC Senior Manager Toshiya Nakamura [Key Lecture Content] The expected roles of smart meters (AMI) and DER (Distributed Energy Resources) in power systems are increasing both domestically and internationally. The DISTRIBUTECH conference, one of North America's largest exhibitions and conferences for transmission, distribution, and energy-related technologies, will be held in early February 2026 in San Diego, North America. Numerous power companies and manufacturers introduced the latest trends regarding the next-generation smart meter systems AMI 2.0 and the utilization of DER. In this lecture, I will share the latest trends in the utilization of smart meters and DER in the decentralization of power systems gained through participation in DISTRIBUTECH. [Lecture Items] 1. Overview of DISTRIBUTECH 2. Latest trends in AMI 2.0 3. Latest trends in DER utilization 4. Considerations for the utilization of smart meters and DER 5. Q&A / Business card exchange

[Speaker] Mr. Li Qiangfu, Senior Researcher, Planning and Research Department, Fourin Inc. [Lecture Topics] 1. Tesla Master Plan: Progress of Existing and New Businesses 2. Strategy as a Technology Trendsetter 3. Initiatives in Purchasing and Supply Chain 4. Efforts as an IT Service Platform Provider 5. Competition with Chinese Companies and Strategies to Differentiate 6. Q&A / Business Card Exchange

We will be exhibiting at the "55th ASM OSAKA 2026" held at Intex Osaka. At this exhibition, you can see demonstrations of our layered automatic cutting machine (NC cutting machine) <P-CAM R>, which offers improved cutting accuracy and productivity with excellent cost performance, as well as the automatic fabric spreading machine <P-SPR2L>, which can spread fabric in an optimal state for cutting. We will also introduce our apparel CAD (design CAD) software <APEXFiz PGM>, which achieves excellent efficiency and operability through enhanced integration with cutting machines, from pattern design to size development, and our design software <APEXFiz Design>, which allows for everything from planning and design to color consideration, realistic fabric simulation, and 3D virtual sampling of products. Booth No.: 1 Exhibition Contents: P-CAM R P-SPR2L P-CAM120C SWG091N2 APEXFiz PGM SDS KnitPaint-Online APEXFiz Design Cutting Samples Knit Samples <Contact Information> Cutting Solutions Division, Moriuchi, TEL: 073-474-8239

The goal is to understand the roles and functions of lithium-ion batteries and protection ICs, learn the basics of lithium-ion batteries and protection ICs, and provide fundamental information that can assist in the selection of protection ICs and subsequent circuit design. ● Target Participants - New employees and young designers at companies developing products related to lithium-ion batteries - Those who want to revisit the study of lithium-ion protection ICs - Those who are about to engage in circuit design related to lithium-ion batteries ● Agenda 1. What is a lithium-ion battery? 2. Types of lithium-ion secondary batteries (LIB) 3. Major manufacturers of LIB (Cell Maker) 4. LIB Supply Chain 5. Why is protection for LIB necessary? 6. Methods of LIB protection 7. Basic operation of protection circuits 8. Product lineup of Nisshinbo Micro Devices 9. Chip cross-section (process structure) 10. Rules for product names 11. Trends and considerations for secondary batteries (to be added in 2026) 12. Q&A