INTERMOLD Nagoya / Mold Exhibition Nagoya Announcement

A honeycomb structure that achieves a fine lattice exceeding 10,000 cells/in².

This product is a honeycomb structure that achieves a fine lattice exceeding 10,000 cells/in². In addition to being able to mold integrated parts over 200mm in length, it is also possible to impart functions using materials such as black materials and electrostatic discharge protection materials. It is used in applications such as electromagnetic wave rectification, optical filters, and suction heads. 【Features】 ■ Achieves a fine lattice exceeding 10,000 cells/in² ■ Capable of molding integrated parts over 200mm in length ■ Functions can be imparted using materials such as black materials and electrostatic discharge protection materials *For more details, please refer to the PDF document or feel free to contact us.

• Other machine elements
• Other molds

A mold for extrusion that continuously produces square, hexagonal, octagonal, and other lattice cross-sections. We will design the mold according to your desired specifications.

Our company offers "precision honeycomb extrusion molding dies" utilizing fine hole and fine groove processing technology. Honeycomb structures feature continuous lattice cross-sections such as square, hexagonal, and octagonal shapes, which provide the advantage of increasing the fluid contact area while minimizing pressure loss. We have a proven track record of being used for molds in the manufacturing of automotive exhaust purification catalysts, among others. We will design the mold to match your desired lattice design and molding machine. 【Main Design Specifications】 　■ Functional Diameter (Extrusion Diameter): Up to φ500mm 　■ Slit Width: From 0.07mm 　■ Lattice Hole Diameter: Minimum 0.7mm 　■ Slit Width Precision: ±10μm 　■ Lattice Hole Diameter Precision: ±10μm 　■ Lattice Pitch Precision: ±10μm *For more details, please refer to the PDF document or feel free to contact us.

• Mold Design
• Contract manufacturing
• Processing Contract

No expensive molds needed! Directly create from 3D model data using a 3D printer!

"3D Ceramic Forming Technology" is a new shape-giving technology for ceramics using 3D printers. It allows for direct shaping from 3D model data without the use of expensive molds. Using the FDM (Fluid Deposition Modeling) method, it enables the one-shot creation of three-dimensional structures that cannot be produced with existing molding techniques. It can also be applied to materials other than ceramics, such as metals. 【Features】 ■ Direct shaping from 3D model data without the use of expensive molds ■ One-shot creation of three-dimensional structures that cannot be produced with existing molding techniques ■ In-house preparation of materials (filaments) for three-dimensional shaping ■ Support for three-dimensional prototype shaping from supplied raw materials ■ Applicable to materials other than ceramics, such as metals *For more details, please refer to the PDF document or feel free to contact us.

• Processing Contract

The "International Fermentation and Brewing Food Industry Exhibition" will be held for three days from August 4 (Tuesday) to August 5 (Thursday) at Tokyo Big Sight. We, Foss Japan, will be exhibiting component analysis devices for soy sauce, wine, and sake at a joint booth with Yanai Electric Industry Co., Ltd.! ■ Dates: August 4 (Tuesday) - 5 (Thursday), 2025, 10:00 AM - 5:00 PM ■ Venue: Tokyo Big Sight, South Exhibition Hall ■ Booth No: S18-1 (Yanai Electric Industry Co., Ltd. booth) ■ Exhibited Equipment: - FT-IR component analysis device for soy sauce/wine "WineScan 3 / SO2" - FT-IR component analysis device for wine/sake "OenoFoss 2" *Officially registered for the Small and Medium Enterprises Productivity Investment Subsidy (catalog order type)! In addition to the above exhibited equipment, Foss also handles devices specialized in component analysis for beer, miso, yogurt, and other foods. We understand you may be busy, but we sincerely look forward to your visit.

Evaluating drug efficacy, safety, pharmacokinetics, and physical properties comprehensively from the early stages of the drug discovery process is essential for efficient pharmaceutical development. To support these evaluations comprehensively, the drug discovery support software StarDrop offers various modules. In this presentation, we will introduce an overview of the functions included in the metabolism prediction module, the Metabolism module, its theoretical background, and how it contributes to solving various challenges related to drug metabolism.

[Instructor] Mr. Toshio Kimura, Senior Consultant, Japan Management Association Consulting, Inc. [Acquired Knowledge] 1. Theme Creation: A systematic approach and process to enhance the "quality and quantity" of ideas 2. Business Planning and Concept Development: An approach that maximizes theme value based on customer value 3. Development Practice: Methods for accelerating development through the construction of goal hypotheses and real-time progress management 4. Theme Evaluation: An evaluation system to accurately identify "truly valuable themes" with high investment returns [Lecture Items] 1. The importance of the new product development process and the four management transformation targets 2. Innovating the "Idea/Theme Creation Phase" ... "NBP" 3. Innovating the "Business Planning and Concept Development Phase" ... "CF" 4. Innovating the "Development Practice Phase" ... "FF" 5. Innovating the "Theme Evaluation System" ... "FVE" 6. Specific initiatives for the reconstruction and strengthening of the new product development process 7. Q&A / Business card exchange

We will hold a "University-Origin Seed Matching Seminar" to introduce cutting-edge technologies developed at universities and public research institutions. The theme for this seminar is "New Business Opportunities Arising from New Materials - The Potential of Polysaccharide-Derived High-Toughness Hydrogels." Polysaccharide-derived hydrogels, which possess high toughness and flexibility, are expected to be a new material for electrolyte materials in next-generation batteries. There are also expectations for applications in a wide range of fields such as medical and healthcare, and soft materials. In this seminar, the inventors themselves will introduce the characteristics of the technology, as well as potential applications and possibilities for joint research and commercialization. Program: 13:35-13:55: "Natural Polysaccharide Hydrogels Exhibiting High Toughness, High Heat Resistance, and High Ion Conductivity" Associate Professor Junichi Horinaka, Department of Chemical Engineering, Graduate School of Engineering, Kyoto University We will introduce polysaccharide-derived hydrogels that combine high toughness and flexibility. Focusing on their characteristics as expected electrolyte materials for next-generation batteries, we will discuss the potential for applications in a wide range of fields such as medical and healthcare, soft materials, and prospects for joint research and commercialization. 13:55-14:10: Introduction of Application Developments and Q&A

We will be exhibiting at the Japanese Society for Animal Cell Technology (JAACT2026) to be held at Shonan Health Innovation Park (Shonan I-Park) from July 28 (Tuesday) to July 29 (Wednesday), 2026. At this conference, we plan to showcase Sartorius's new cell line development platform, the CellCelector CLD platform. The CellCelector CLD is a solution for cell line development that integrates automatic cell imaging and picking technology, from single-cell detection to monoclonality verification, evaluation of high-producing clones, and automatic picking. If you have any inquiries about detailed specifications, applications, or requests for demonstrations, please feel free to stop by the Sartorius booth! ◼ Booth number: 7 Additionally, our Field Application Scientist, Takeshi Seguchi, will present "Next-Generation Cell Line Development Solutions with the New CellCelector CLD – From Monoclonality Verification to High-Producing Clone Selection." ◼ Technical seminar schedule: July 28 (Tuesday) 16:45–17:10 (3rd session) We look forward to seeing you there!