Thank you very much for visiting us at JIMTOF 2022.

First exhibition at JIMTOF! "Building a new manufacturing process with 3D printing technology." We will be exhibiting at the AM area, booth AM129.

"Building a new manufacturing process with 3D printing technology" is the concept behind our exhibition, where you can directly see the sand mold 3D printers and stereolithography printer technologies we handle, along with samples produced using each technology. We will also be available for consultations regarding 3D printing. We look forward to your visit at the Additive Manufacturing area "AM129 booth." ◆ Event Overview ◆ Dates: November 8 (Tuesday) - November 13 (Sunday), 2022, 6 days 9:00 AM - 5:00 PM Venue: Tokyo Big Sight (International Exhibition Center) South Hall Booth Location: AM129 (3D Printer Zone) Official Website: https://www.jimtof.org/jp/index.html Please check the "Basic Information" section below for highlights.

• Special Pump

Casting × 3D Printer "Mold" and "Core" 'SCM Series' capable of supporting everything from prototype development to mass production! Supported by equipment, materials, and software.

The "SCM Series" is a 3D printer for casting that produces "casting molds" and "cores" using sand molds. It utilizes a 3D printer for casting that employs an inkjet method with "dry artificial sand." By discharging resin into dry artificial sand (produced by GunEi Chemical Industry) and curing it, it enables the high-precision production of complex-shaped cores and molds. - The production time for casting prototypes can be significantly reduced. Since model production is unnecessary, the time required for prototype production, which previously took about a month, can be greatly shortened. - It is possible to reduce model production costs. Direct sand mold production from 3D (CAD/scanner) data eliminates the need for model production and storage space for wooden molds. If shape changes are necessary, production can be done immediately after data modification. - The simultaneous production of various similar items with different shapes and dimensions reduces lead time in the prototyping stage. It is possible to simultaneously produce items with different shapes that require verification of shapes and dimensions, such as aggressive method models. 【Features】 ■ Total support for equipment, materials, and software ■ Sales track record to casting manufacturers and casting prototype manufacturers ■ Development achievements for high-value-added products from aluminum to stainless steel ■ Reduction of troublesome sand removal work due to dry materials ■ Reuse of uncured sand (recovered sand) is possible ■ Material development tailored to user needs

• Casting Machine
• Prototype Services
• 3D Printer

Approximately 18 seconds of molding speed per layer! Not only aluminum, but also high-melting metals such as cast steel and cast iron can be poured!

The "SCM-1800" is a large sand mold additive manufacturing device suitable for the production of main molds and cores, boasting a build speed of approximately 18 seconds per layer, from prototyping to mass production. This product achieves high dimensional accuracy and can create molds as thin as approximately 2mm, allowing for pouring not only aluminum but also high-melting metals such as cast steel and cast iron. Additionally, the data interface adopts STL, enabling 24-hour automation without the need for manual labor or skilled techniques during the manufacturing process. 【Features】 ■ Build speed of approximately 18 seconds per layer ■ Large size capable of producing both single prototypes and mass production items (Build space: 1800×1000×750mm) ■ Utilizes dry artificial sand (CCS) and recycles uncured sand repeatedly ■ No need for post-processing such as heat treatment at room temperature; molds can be used immediately after sand removal ■ No need for wooden or resin mold production → No skilled techniques required for sand mold manufacturing *For more details, please refer to the PDF document or feel free to contact us.

• Casting Machine
• 3D Printer

Direct molding of sand molds from 3D CAD data! No wooden patterns needed, resulting in higher quality and shorter delivery times compared to traditional methods.

The "SCM-800II" is an inkjet-based sand mold additive manufacturing device that can accommodate complex shapes with undercuts. It achieves stable dimensional quality through high-precision molding and dramatically shortens construction time through high-speed molding. Additionally, the recoat sand used in this product is dry sand, which can be reused as is without hardening, known as "Catalyst Coated Sand (CCS)." 【Features】 ■ Free design that integrates complex shapes without the need for division ■ No need for mold division and high precision in thin walls ■ Reduces the number of cores and shortens the time required for prototyping ■ Binder jetting method using an inkjet head ■ Proposes improved productivity and reduced running costs with the new technology sand for sand mold 3D printers, "CCS."

• Other processing machines

[Instructor] Hiroyuki Sakai, President of MANAGEMENTIVA Co., Ltd. (Former Community Manager of Real Madrid CF) [Key Lecture Content] The 2026 Soccer World Cup, held in North and Central America with the United States as a sports business powerhouse, concluded with great success. However, it is also true that events occurred behind the scenes that far exceeded imagination. Many new trends in activities were confirmed around the local stadiums. What has changed in business, and how? Was it successful or not? What hints can we gather for the future? Which aspects should the Japanese sports industry adopt? Furthermore, the relationship with politics that attracted attention. It has been said that this should ideally be separated... Using the World Cup as a case study, I will discuss the latest business situation.

[Speaker] Mr. Takaki Miyazaki, President and CEO of NTT Circulast Corporation Director Ms. Saori Koga [Key Lecture Content] Resource circulation is becoming increasingly important from the perspectives of decarbonization and resource security, with rising expectations particularly for non-ferrous metals such as copper. However, there is a challenge in that the "flow of goods" supporting resource circulation and the "flow of information" conveying their value are disconnected, leading to insufficient communication of characteristics such as the origin of recycled materials and environmental impact, resulting in the circulation value not being properly recognized and evaluated in the market. In this lecture, we will introduce the background behind the establishment of NTT Circulast by NTT and Mitsubishi Materials, as well as the business concept that connects the flow of information and goods. Additionally, we will discuss future prospects for realizing a market where circulation value is chosen, taking into account trends in international standardization (ISO).

[Speaker] Yuto Noro, Partner Attorney at TMI General Legal Practice [Lecture Topics] 1. EU Digital Regulations and the EU Cyber Resilience Act (1) Recent important EU digital regulations and the EU Cyber Resilience Act (2) What is the EU Cyber Resilience Act? (3) Problematic cases 2. Scope of Application of the EU Cyber Resilience Act (1) Products with digital elements (2) Logical or physical data connections placed on the market / direct or indirect (3) Important products / critical products 3. Specific Regulations of the EU Cyber Resilience Act (1) Obligations of manufacturers (2) Obligations of importers (3) Obligations of distributors 4. Practical Responses to the EU Cyber Resilience Act (1) Methods of practical response (identifying target products / gap analysis / implementation) (2) Examples of practical responses (technical implementation / documentation implementation / operational implementation) 5. Q&A / Business Card Exchange

[Speaker] Mr. Kimihiro Horiuchi, President and CEO of Data Driven Consulting Inc. [Key Lecture Content] We are confident in the strategies created in collaboration with our internal elite and external consultants. However, we are not achieving the results we desire. Many companies facing such challenges share a common issue: a lack of execution power to realize their strategies. On the other hand, when we talk about increasing execution power, it involves complex factors such as sales, human resources, organization, and marketing, making it difficult to find effective solutions. In this lecture, we will introduce a method for building an organization with overwhelming execution power by thoroughly refining the PDCA (Plan-Do-Check-Act) cycle, which should be practiced by everyone, aimed at business owners and middle management who are struggling with such concerns.

[Speaker] RAUL Co., Ltd. President and CEO Kenji Eda, Director of the Energy Information Center [Key Lecture Content] With the expansion of renewable energy adoption, there is growing interest in Virtual Power Plants (VPP) that utilize small grid-connected storage batteries, as well as storage batteries for homes, stores, and businesses, solar power generation, and electric vehicles (EVs). This lecture will clarify the differences between low-voltage grid-connected storage batteries and VPPs, the structure of equipment and operations, the structure of revenue generation, and the roles of key players from the basics. Furthermore, we will discuss overseas examples from Australia, the United States, and the United Kingdom, explaining the differences with Japan and key points for commercialization. Without delving deeply into complex systems or technical details, we will clearly introduce practical perspectives on entry methods, challenges and risks, and future market outlooks. [Lecture Items] 1. Basic overview of low-voltage grid-connected storage batteries and VPPs 2. Structure of equipment and business for low-voltage grid-connected storage batteries 3. How storage batteries and VPPs generate revenue 4. Overview of VPP and aggregation business 5. Case studies of storage batteries and VPPs overseas 6. Challenges of commercialization, entry methods, and future outlook 7. Q&A / Business card exchange