[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

The particle visualization technology developed under our brand "ViEST" has a very high level of detection sensitivity, capable of visualizing the suspended or adhered states of micro and nano-sized particles in real time. We are engaged in the sale of visualization systems and contract services for evaluation (investigating particles and airflow in production processes, inside and outside manufacturing equipment, evaluating the performance of cleaning products, proposing yield improvement measures, etc.) both domestically and internationally. In manufacturing environments, invisible fine foreign substances, dust generation, particle adhesion due to static electricity, and airflow disturbances can cause quality defects and reduced yield. Our company clarifies these contamination factors through visualization technology and provides consistent support from identifying the source of the problem to considering and confirming improvement measures. Do you have any of the following concerns? - Unable to identify the cause of foreign matter contamination - Want to check airflow and cleanliness in clean rooms - Want to understand dust generation from manufacturing equipment and transport systems - Want to reduce particle adhesion to films and substrates - Want to improve contamination that leads to reduced yield

In this seminar, we will focus on the challenges of sensitivity reduction and separation performance in GC/MS analysis, and introduce the latest technologies and practical know-how that can help solve these issues. This time, we will also have a presentation from LECO Japan, who will discuss the benefits and applications of high-resolution and high-separation analysis with real examples. Additionally, Restek will introduce column technologies effective for improving sensitivity in trace analysis. Restek: We will explain the inert performance of the RMX GC column, which is effective for improving sensitivity in trace analysis, and the column technology that suppresses adsorption loss in low concentration areas, along with actual measurement data. LECO: We will present the latest application examples of comprehensive detection of trace components using high-sensitivity GC-TOFMS and RMX columns, including environmental, aroma, and material analysis. This content is recommended for anyone involved in multi-component analysis using GC/MS, whether for target or non-target analysis, as well as those who are just starting out. We will provide clear explanations suitable for beginners in GC/MS, so please join us.

[Speaker] Hidetaka Ishibashi, Director of IoT Planning Department, KDDI Corporation [Key Lecture Content] Against the backdrop of declining birth rates, an aging population, and labor shortages, the nature of mobility is reaching a significant turning point. KDDI has established a "Mobility Control Center" to integratively support new mobility solutions such as autonomous vehicles, drones, and robots, based on the knowledge and infrastructure cultivated through the operation of connected cars. In this lecture, we will focus on the communication and monitoring functions that are essential for the social implementation of each mobility solution, discussing the challenges and efforts towards their resolution, as well as the future vision that KDDI aims for. [Lecture Items] 1. Efforts and history of connected cars 2. Development and initiatives for new mobility 3. Importance of remote monitoring in a mobility society 4. Challenges in communication and monitoring and efforts towards solutions 5. Future vision of the mobility society that KDDI aims for 6. Q&A

[Speaker] Ayako Tejima, Chief Researcher, and Yi Zhang, Senior Researcher ICT Research and Consulting Department, Information and Communications Research Institute, Inc. [Key Lecture Content] The rapid increase in power consumption of data centers due to the proliferation of generative AI has become a critical issue that affects the sustainable growth of AI businesses. In this lecture, we will explain the photonic-electronic convergence technology, which is being implemented in society as a trump card to break through this "power wall." While analyzing the research and development trends of global players, primarily major semiconductor companies in the United States, and market trends, we will present the trends of NTT's IOWN, the winning strategies of Japanese companies with strengths in materials, implementation, and equipment, as well as future business opportunities and challenges toward social implementation from a business perspective. [Lecture Items] 1. Why photonic-electronic convergence now? 2. What is photonic-electronic convergence? 3. Global market trends 4. Japan and the initiatives of Japanese companies 5. Future outlook 6. Challenges 7. Q&A / Business card exchange

In the ever-evolving aerospace industry, the keywords are "environmental resistance," "high performance," and "lightweight" for equipment. This seminar has been planned as an opportunity to provide various topics, from explanations of difficult-to-machine materials such as titanium and Inconel to the latest trends in the space business. We hope you will watch and find hints for the next stage.