[Completed] Exhibited at IMTS 2024 - International Manufacturing Technology Show

Direct printing of molds used for forming composite materials - Ultra-fast, large 3D printer - Features heat resistance, low thermal expansion coefficient, and isotropy.

■ Main Features (Massivit 10000) The Massivit 10000 is a molding system created using the CIM (Cast In Motion) method by Massivit 3D Printing Technologies Ltd., characterized by ultra-fast and large-scale additive manufacturing. It significantly reduces the time and cost of producing molds used for large and complex shapes made from composite materials (CFRP). The produced molds feature heat resistance, a low thermal expansion coefficient, and isotropy, making them suitable for autoclave molding. The higher model, Massivit 10000-G, can also be used as a 3D printer with materials similar to those of the Massivit 1800 / 5000 series, in addition to mold production.

• 3D Printer

3D Printer High Heat-Resistant Materials - Composite Molding Applications (Large Scale & High Speed)

■ Main Features CIM 220 is a 3D printing material that possesses high heat resistance (HDT 220°C), low thermal expansion coefficient, and isotropy (isotropic thermal and mechanical properties), making it suitable for composite material molding applications such as autoclave molding. It enables ultra-large and high-speed fabrication with the Massivit 10000 3D printer.

• plastic

Massivit's ultra-fast, large-scale 3D printer series - 2 print heads - lineup of high-precision, flame-retardant, heat-resistant, and impact-resistant materials.

■ Main Features The Massivit 5000 is the latest and top model from Massivit 3D Printing Technologies Ltd., characterized by ultra-fast and large-scale additive manufacturing using the GDP (Gel Dispensing Printing) method. It offers a wide range of materials with various properties such as high precision, flame resistance, heat resistance, and impact resistance. By using two print heads that simultaneously print with different materials, it achieves even faster production speeds. Its applications are diverse, including the production of large parts, prototype creation, and three-dimensional modeling for signs and displays. *In the GDP (Gel Dispensing Printing) method, a viscous gel-like resin is extruded from the print head and instantly cured with UV light, enabling significantly faster manufacturing compared to other methods.

• 3D Printer

3D Printer Flame Retardant Materials - Applications for Theme Parks and Other Sculptures (Large Scale & High Speed)

■ Main Features CIM 84 is a 3D printing material that complies with ASTM E84 Class A (highest grade) fire resistance standards. The Massivit 10000 3D printer enables ultra-large and high-speed manufacturing.

• plastic

3D Printer Impact-Resistant and Heat-Resistant Resin - High-Speed Integrated Molding for Large Prototypes, Actual Products, and Master Molds

■ Main Features Dimengel 400 is a 3D printing material with excellent impact resistance and heat resistance, designed for industrial applications. It enables ultra-large and high-speed modeling with the Massivit 5000 and Massivit 10000-G 3D printers. * For a lineup of other resin materials that can be used with Massivit 3D printers (such as high precision, flame retardant, transparent, etc.), please refer to the related links.

• plastic

Zaltrius Japan will be exhibiting at the 98th Annual Meeting of the Japanese Society for Tissue Culture. ◼ Date: August 27 (Thursday) - 28 (Friday), 2026 ◼ Location: 2-8-35 Tai-machi, Nagaoka City, Niigata Prefecture, Hotel New Otani Nagaoka, Venue for the 98th Annual Meeting of the Japanese Society for Tissue Culture ◼ Booth: No. 11 ◼ Exhibited Products: Polyplus High-Efficiency Transfection Reagents NexaGel 3D Cell Culture Matrix Research Growth Factors and Cytokines Basic Cell Culture Media and Reagents Picus 2 Electronic Pipette We have a selection of products recommended for those considering improving research reproducibility and establishing 3D culture environments. Please come and see the actual products and applications at the venue. We look forward to your visit!

We are pleased to announce a co-hosted seminar with Live Consulting Co., Ltd. "Practical Seminar on Microsoft Copilot for Executives and Managers in the Manufacturing Industry" "The new AI tools are no longer needed." This seminar will allow you to experience Microsoft Copilot, which can be used directly within your usual Word, Excel, and Teams, through a demonstration of the actual operation screen. The answers are already within your existing Microsoft 365. You can use AI directly in Word, Excel, and Teams without the need for additional tool selection or new investments, all within the security framework of M365. We will explain the basics to practical applications of Copilot in 90 minutes, specifically for executives and managers in the manufacturing industry. We sincerely look forward to your participation. [Recommended for the following individuals] - Executives and managers in the manufacturing industry who have not yet mastered generative AI/Copilot - Those considering AI implementation but are stalled due to tool selection, security, or promotion systems - Individuals who prefer to see the "actual screen" rather than just "reading" about it - Those who are unable to use ChatGPT in their company due to security concerns.

We will hold a webinar focused on analytical challenges in the research, development, and quality control of biopharmaceuticals, particularly antibody-drug conjugates (ADCs). We are pleased to invite Professor Yuji Ito from Kagoshima University, who will give a lecture on the latest analytical strategies and practical insights in biopharmaceutical research, including ADCs. Target Audience: - Researchers, developers, and CMC personnel from pharmaceutical companies, CDMOs, and CROs - Those considering advanced analytical methods for ADCs and antibody drugs - Individuals facing challenges in improving separation performance, reproducibility, or analytical efficiency - Those considering the implementation of MAM and workflow development Lecture 1 [Special Lecture]: Next-Generation Drug Discovery Using DDS with Tissue-Translocating Antibodies - AccumBody Platform and Antibody Conjugate Technology - Professor Yuji Ito, Graduate School of Science and Engineering, Kagoshima University Lecture 2: Latest LC Column Technology to Solve Challenges in ADC and Antibody Analysis Lecture 3: MAM Practice - An Integrated Workflow from Research and Development to Quality Evaluation * This webinar is a restructured version of the content from the on-site seminar held in July 2026.

Fujikogyo Co., Ltd. will exhibit at the "5th Smart Factory EXPO Autumn" held at Makuhari Messe from September 9 (Wednesday) to September 11 (Friday), 2026. On the day, we will showcase the latest FA and robotics products that achieve automation, efficiency, and labor-saving in the field. [Main Exhibited Products] ◇ Collaborative Robot Palletizing System (Elite Robot Co.) A compact design that is mobile and integrated. It enables seamless loading and easy operation via a tablet. ◇ Autonomous Mobile Robot for Pallet Transport (FEXA Co.) A small and agile AMR. It supports fully automated transportation through shutter and elevator coordination and the use of load sensors. ◇ Automatic Sealing Machine for Packing Tape (EXTEND Co.) Compliant with decarbonization and environmental considerations. It can be used with only power, without the need for air, allowing for use without constraints of location or utilities. We will propose solutions that help solve your challenges. Please visit our booth (Hall 2 / A13-36). *Advance registration (free) is required for attendance.

The organization will hold a seminar titled "EMC Performance of In-Vehicle Devices as Considered by Automobile Manufacturers" on September 16, 2026 (Wednesday), featuring lecturers from Toyota Motor Corporation, Hino Motors, Ltd., and Daihatsu Motor Co., Ltd. In addition to presentations from the three companies, a leading expert on in-vehicle device EMC from our organization will introduce the latest topics. Furthermore, after the seminar, a technical exchange meeting will be held, allowing participants, lecturers, and our organization's technical staff to exchange information. In recent years, the acceleration of autonomous driving, connectivity, and electrification technologies has been aimed at achieving carbon neutrality and evolving mobility. Within this context, it is anticipated that the demands for EMC in electric vehicles (xEV) and fuel cell vehicles (FCV), particularly regarding the electrification of powertrains and EV components, will be stronger than ever. In this seminar, we will invite EMC experts from automobile manufacturers to explain the latest trends in standards regarding the "EMC performance required for in-vehicle devices" to suppliers. We encourage you to take advantage of this opportunity.