Notice of Participation in the 4th Kansai Next-Generation 3D Printer Exhibition

Achieve lower costs than cutting processes! The production of three-dimensional products using PEEK (polyether ether ketone) is realized with a 3D printer!

In the production of three-dimensional products using PEEK (polyether ether ketone), injection molding is mainstream for large lots, while machining is the norm for small lots. For three-dimensional products made of PEEK, we have started contract processing using FDM (Fused Deposition Modeling) 3D printers with PEEK filaments produced by our company. This significantly reduces waste and allows for cost reduction. Additionally, with 3D printing, it is possible to create hollow or honeycomb structures internally, enabling material cost reduction and weight savings compared to machining, which can only produce solid forms. 【Features】 ■ Weight reduction: It is possible to achieve weight savings by creating hollow or honeycomb structures! ■ Cost-effectiveness: There is no material waste from machining, making it economically advantageous! ■ Precision: Production is possible at the intermediate level of JISB0405! (Consultation required) ■ Advancement: Due to the FDM method, it is possible to create shapes that cannot be accommodated by machining! *Please inquire as there may be limitations based on the shape. *If we are unable to produce after receiving an order, we will not charge for the costs incurred. For more details, please download the catalog or contact us directly.

• Prototype Services
• 3D Printer

Proposal for problem-solving with the introduction of 3D printers! Introducing examples of cost reduction in mass production.

Our company has introduced 3D printers and primarily offers products related to extrusion molding from design to mass production. We received a request for airtight pieces for building components. Due to the small lot size, it was difficult to amortize the investment in molds, so we proposed a method of creating a simple mold using polylactic acid, filling it with room-temperature curing silicone rubber, and allowing it to cure. 【Case Study】 ■ Material: Silicone rubber ■ Initial investment amount (press mold cost): ¥150,000 ■ Product cost: ¥1,000 (lot of 5 pieces) ↓ 《Created a mold using a 3D printer and molded room-temperature curing silicone》 ↓ ↓ ■ Material: Mold: Polylactic acid, Product: Silicone rubber ■ Prototyping cost: Mold: ¥15,000, Product: ¥1,000 (lot of 5 pieces) *For more details, please refer to the PDF document or feel free to contact us.

• Prototype Services
• 3D Printer

Proposal for problem-solving with the introduction of 3D printers! Introducing examples of cost reduction in prototyping.

Our company has introduced 3D printers and primarily offers products related to extrusion molding from design to mass production. We received a request for machine parts. The instruction was for a gel gasket, but to check the fit, we created a rigid part of approximately 20mm in length using polylactic acid and attached a separately made gel for prototyping. 【Case Study】 ■ Material 1: Gel gasket (PP + gel), 2: PP ■ Initial investment amount (extrusion mold cost): ¥530,000- ↓ 《Created the insertion and fitting parts with a 3D printer, and made the HOTTY gel separately to attach》 ↓ ↓ ■ Material 1: Polylactic acid + HOTTY gel, 2: Polylactic acid ■ Prototyping cost: ¥90,000- *For more details, please refer to the PDF document or feel free to contact us.

• Prototype Services
• 3D Printer

Proposal for problem-solving with the introduction of 3D printers! Introducing examples of prototype cost reduction.

Our company has introduced 3D printers and primarily offers products related to extrusion molding from design to mass production. We received a request for a waterproofing material for bathroom components. We proposed a shape that is easy to extrude, created a mold using polylactic acid, and injected room-temperature curing silicone. We created an extrusion sample approximately 150mm in length and proposed the corner conformity. [Case Study] ■ Material: EPDM Sponge ■ Initial Investment (Extrusion Mold Cost): ¥60,000 ↓ 《Created a mold with a 3D printer and formed room-temperature curing silicone》 ↓ ↓ ■ Material: Polylactic Acid + Silicone Rubber ■ Prototyping Cost: ¥10,000 *For more details, please refer to the PDF document or feel free to contact us.

• Prototype Services
• 3D Printer

Proposal for problem-solving with the introduction of 3D printers! Examples of improved inspection efficiency and standardized inspection levels.

Our company has introduced 3D printers and primarily offers products related to extrusion molding from design to mass production. For the products we have received orders for in mass production, we propose inspection jigs to improve inspection efficiency and standardize the inspection levels between both companies. We have received very positive feedback for the ease of inspection, and we are utilizing it today. We created blocks with a 3D printer and assembled those blocks to improve usability. 【Example】 ■Material: Polylactic Acid ■Proposal for inspection jigs ■Blocks created with a 3D printer *For more details, please refer to the PDF document or feel free to contact us.

• Prototype Services
• 3D Printer

One of the largest in Kanto! If you are planning to introduce a 3D printer, please be sure to visit us!

In November 2021, we opened a showroom for 3D printers at the Hotti Polymer factory in Kuki, Saitama. Focusing on the MEX method, it is possible to view various types of 3D printers, including photopolymerization and LAM (liquid additive manufacturing) methods, as well as models from different manufacturers within the same method all at once. Additionally, you can also see our in-house printer "Silicom," which can create 100% silicone rubber, a rarity even on a global scale. We invite you to visit us. 【Exhibited 3D Printers】 ■ MEX (resin extrusion additive manufacturing) 3D printer ■ Photopolymerization LCD method (transmissive liquid crystal method) 3D printer ■ Photopolymerization SLA method (laser method) 3D printer ■ LAM (liquid additive manufacturing) 3D printer ■ Poly Jet (inkjet) method 3D printer * New models will be added as they become available. * For more details, please refer to the PDF document or feel free to contact us.

• 3D Printer
• others

Expanding the possibilities of 3D printers! Engineering software with various features.

nTopology is software that integrates with existing CAD/CAM systems to realize engineering flows that include topology optimization and more. In recent years, with the advancement of 3D printing, there has been a demand for designs that leverage the high degree of freedom in manufacturing characteristics compared to traditional processing methods, known as DfAM (Design for Additive Manufacturing). This product allows for the incorporation of functional shapes derived from existing CAD systems and enables output to various formats using parameters defined by tools such as Excel. [Features (partial)] ■Topology Optimization ■Generative Design ■Architected Materials ■Simulation ■Digital Shibori, Ribs *For more details, please refer to the PDF materials or feel free to contact us.

• Other CAD related software
• Other CAM related software
• 3D Printer

Revolutionary! Soft filament usable with general-purpose FDM 3D printers.

"HP Filament (Super Flexible Type)" is a soft filament created from a unique blend of polylactic acid and elastomer. While it is soft, it has a core that is close to that of a hard filament in its filament state, and it does not stretch like typical soft materials, making it suitable as a filament for FDM 3D printers. 【Features】 ■ Flexibility: Capable of creating highly flexible objects ■ Stability: Allows for stable and high-precision modeling ■ Functionality: Can also be used as support material depending on the settings ■ Colorability: Can be colored *For more details, please refer to the PDF document or feel free to contact us.

• plastic

[Lecture Topics] 1. Trends in Policies for Decarbonization of Housing and Buildings Tetsuya Hirayama, Deputy Director, Housing Bureau, Ministry of Land, Infrastructure, Transport and Tourism (in charge of architectural planning) 2. Construction Circular Economy - Expanding Horizontal Recycling for Achieving Sustainable Construction Takahiro Moritomi, Analyst, Social Infrastructure Team, Next Generation Infrastructure and Services Office, Industry Research Department, Mizuho Bank, Ltd. 3. Beyond "Scrap and Build" Aiming for the Realization of "Circular Design Build®" Shoichi Fukui, Senior Chief Expert, Sustainability Promotion Department, Management Planning Office, Takenaka Corporation

[Instructor] Attorney Kurato Suzuki, Irokawa Law Office [Key Lecture Content] Due to the amendments to the Comprehensive Promotion Law for Labor Policies, starting from October 1, 2026, employers will be required to take necessary measures in employment management regarding customer harassment (Kasu Hara) and sexual harassment against job seekers (Job Hunting Sexual Harassment). In line with this, companies will need to prepare for practical implementation before the enforcement date, based on the guidelines published by the Ministry of Health, Labour and Welfare. This includes developing internal regulations, establishing consultation and response systems, raising awareness within the company, and determining judgment and response methods on-site. This seminar will organize the setting of job hunting rules related to job hunting sexual harassment, internal awareness, and key points for regulatory development. It will also explain the distinction between legitimate complaints and customer harassment, judgment, documentation, and response on-site, the establishment of a company-wide system, regulatory development considering dispute risks, and points that are easily overlooked. The Human Resources, Labor, Legal, and Compliance departments will systematically organize the response matters that need to be confirmed in preparation for the enforcement on October 1, 2026, from the perspectives of guideline compliance and on-site operations. [Lecture Items] 1. Job Hunting Sexual Harassment 2. Customer Harassment 3. Q&A

[Speaker] Mr. Itsuki Wakayama, Project General Manager, Technology Promotion Unit, Low Carbon Solutions Division, INPEX Corporation [Key Lecture Content] The greatest advantage of synthetic methane production through CO2 methanation technology is that it enables decarbonization without significant additions or modifications to all existing natural gas and city gas infrastructure. At INPEX, after two NEDO commissioned projects, we have been conducting the development of practical application technology with a capacity of 400 Nm3-CO2/h, one of the largest in the world, as a subsidized project by NEDO since the fiscal year 2021. By the fiscal year 2025, we aim to achieve the injection of synthetic methane produced during the demonstration operation of the test facility. This presentation will provide detailed information on the results of the NEDO project for the fiscal year 2025, including the current status of the latest test facilities. [Presentation Items] 1. INPEX's efforts towards net zero by 2050 2. Policy trends related to CO2 methanation 3. Challenges of CO2 methanation 4. Results of the NEDO practical application technology development project with a capacity of 400 Nm3-CO2/h for the fiscal year 2025 5. Future commercialization prospects and challenges 6. Q&A / Business card exchange

[Speaker] Mr. Satoru Shimizu, President and CEO of Okunote Inc. [Key Lecture Content] Generative AI is not a "magic wand," but a "mirror" that reflects the questions of the user. In this lecture, based on my book "The 'Super' Planning Techniques Practiced by Competition Disruptors: Seven Creative Steps to Lead Winning Strategies with the 'Art of Questioning'," I will explain how to overcome the challenges of proposals being rejected, not moving forward within the company, and not being executed on-site through interactions with AI. I will introduce the entire process of planning, linking it with AI utilization, from question design to hypothesis destruction, structuring materials from the decision-maker's perspective, forming internal consensus, managing execution, and turning reflections into assets. In the latter part of the workshop (exclusive to on-site participants), you will actually formulate questions and refine your dialogue with AI, taking home usable "art of questioning" techniques for tomorrow. [Lecture Items] 1. Orientation: AI is a "mirror," not a "magic wand." 2. Enhancing the precision of planning through "question design" and "hypothesis destruction." 3. Structuring materials from the decision-maker's perspective to create "acceptable" proposals. 4. Forming consensus that transcends internal barriers. 5. Mechanisms that prevent execution from stopping and turning experiences into assets through reflection. 6. Habitualizing AI as a "partner" and the roles humans will take on in the AI era.

【Exhibition Overview】 A collection of products related to data centers, which are at the core of AI infrastructure, gathered in one place.