27th Interphex Week 2025 Tokyo Exhibition

From the medical field to cosmetics and health food sectors, we provide optimal solutions with abundant experience and high engineering technology.

- Over 40 years of experience in the pharmaceutical factory construction field with more than 200 achievements - Leveraging the experience gained from specializing in user-oriented engineering, we support the establishment of optimal production facilities, from the development and production of pharmaceuticals to the maintenance of factories and equipment. <Pharmaceuticals> Active pharmaceutical ingredients, intermediates, formulations, injectables, biological products, nucleic acids, biopharmaceuticals, regenerative medicine <Cosmetics> Medicinal cosmetics, basic cosmetics, sun care, makeup, hair care cosmetics <Health Foods> Supplements, beverages, etc. For more details on Mitsubishi Chemical Engineering's medical engineering, please refer to the related links.

• Pharmaceutical factory equipment
• Pharmaceutical related factory equipment
• Plant Design

Streamlining the production of solid dosage forms and integrating factory functions into a one-stop system.

We will build an optimal continuous production system for our customers based on the continuous production process construction technology cultivated over many years through chemical plants and our extensive track record in the manufacturing of active pharmaceutical ingredients, cosmetics, and food. 【Features】 ■ Constructing an optimal continuous production system from the customer's perspective ■ Contributing to load reduction and achieving stable quality and stable supply through PSE & PAT ■ The inspection and sorting device "iSorter," which supports the development of quality control strategies, can automatically sort off-spec products ■ Planning a quality control strategy suitable for the manufacturing process and building an optimal information control system 【Benefits of Implementing Continuous Production (Examples)】 ■ Stable quality supply ・ Real-time monitoring enables reliable manufacturing ■ Flexibility in production volume ・ Adjusting production volume by changing operating hours ・ Flexibly responding to fluctuations in demand ■ Space-saving manufacturing equipment ・ Reduction and space-saving of equipment ・ Reduction in energy consumption

• Other production management systems
• Other pharmaceutical factory equipment and parts
• Pharmaceutical related factory equipment

Containment systems in the production of highly pharmacologically active substances.

In recent years, the expansion of the market for anticancer drugs and other pharmaceuticals has led to an increase in manufacturing facilities for highly pharmacologically active drugs. In such manufacturing facilities, containment technologies are required to prevent the dispersion and suspension of highly pharmacologically active powders in response to cross-contamination, health hazards, and environmental pollution. Our company will build the optimal containment system tailored to the grade of containment required for manufacturing facilities. 【Features】 ■ Ensures a reliable level of safety and health management for workers through exposure management ■ Guarantees product quality by preventing cross-contamination ■ Optimal system based on equipment shape and workability ■ Comprehensive construction of the entire manufacturing facility, including primary and secondary containment 【Examples of containment equipment using isolators (primary containment)】 ■ Charging into the reactor ■ Extraction from the filter dryer ■ Extraction from the filter

• Other pharmaceutical factory equipment and parts
• Other pharmaceutical-related factory equipment and parts
• Pharmaceutical related factory equipment

Gather, know, and lead to the future! A partner for stabilizing quality that realizes "productivity improvement" and "strengthening on-site capabilities."

"VectorScope" visualizes various manufacturing-related data accumulated in the production site, such as temperature, pressure, and raw material composition, using a unique synthetic vector method to create a new indicator called "manufacturing status." By exploring the relationship between this manufacturing status and product quality, we aim to achieve "productivity improvement" and "skill enhancement of technical staff" in collaboration with our customers, contributing to further stable growth through "DX." This method has a proven track record across various fields and processes, from chemicals and resins to pharmaceuticals and food. [Features] - Anyone can engage in big data analysis without knowledge of statistical analysis. - Visualization of manufacturing experience enables understanding and sharing of the manufacturing site's capabilities (Best Practices). - Deepening, inheriting, and expanding technology through a spiral-up of manufacturing improvements. - Achieving productivity improvement in your factory through "visualization of manufacturing experience." - Realizing speedy and effective continuous manufacturing quality improvement activities. [Commitment to DX] - Transitioning to data-driven on-site communication. - Deepening manufacturing technology and inheriting skills using manufacturing performance data. - Early detection and improvement of issues through continuous visualization of manufacturing data.

• Other analyses
• Production Management System
• Business Intelligence and Data Analysis

Next-generation large and high-speed metal 3D printers that offer short lead times, low costs, and high precision are being rapidly introduced to the market. These printers are actively being utilized in the manufacturing of large metal parts and products in the aerospace, automotive, defense, industrial machinery, plant, and civil engineering and construction sectors, as well as for the repair of metal parts and molds, and reverse engineering. In the first lecture of this seminar, we will provide an overview of the Farsoon LPBF method large and high-speed metal 3D printer, which can produce parts up to 1500mm, along with its short lead time, low-cost, and high-quality manufacturing technology and public case studies. The second lecture will cover the short lead time manufacturing technology and examples from Fujikohsai Industries, which has adopted the large metal 3D printer from Meltio, as well as low-cost and material reduction cases utilizing topology optimization. The third lecture will present applicable cases from JFE Engineering, which has introduced a large metal 3D printer from Nidec Machine Tool and is experiencing a surge in requests for manufacturing marine and rocket engine parts, plant equipment parts, and applications in parts and mold repair and reverse engineering. The fourth lecture will showcase the latest manufacturing technology and examples from Sanko Gosei, which is producing high-functionality and high-quality diverse large resin mold parts using a large hybrid 3D printer from Matsuura Machinery. We will provide a clear and detailed explanation of the above topics.

We would like to express our congratulations on the continued prosperity of your esteemed company. Our company will be exhibiting at the following trade show, where we will be showcasing a number of products, including our new product, the Packaging Container Air Leak Test (Pin Hole Inspection) Device | MSQ-2003 series. We sincerely apologize for the inconvenience during your busy schedule, but we would like to cordially invite you to attend this event. 【 Trade Show Name 】 【 Dates 】 【 Venue/Booth Number 】

[Lecturers] PwC Consulting LLC Senior Manager Yosuke Enomoto Senior Manager Tomoe Ejiri [Key Lecture Content] Against the backdrop of the rapid proliferation of generative AI, the digital infrastructure supporting data processing, communication, and computing resources is undergoing a significant transformation. In this presentation, we will first organize the trends in the terrestrial data center market expanding from AI demand, as well as the structural changes surrounding power, location, and networks. Furthermore, as communication and data processing infrastructure expands into space, we will take a broad view of the future of next-generation digital infrastructure that integrates terrestrial and space elements. Additionally, we will explore new business transformations and opportunities that arise from combining satellite data and internal and external data with AI, and implementing them in business and decision-making through the Forward Deployed Engineer (FDE) approach.

[Speaker] Mr. Takashi Muratani, President and CEO of AnPrenergy Co., Ltd. Mr. Atsushi Nakajima, President and CEO of PandaPower Co., Ltd. [Lecture Topics] 1. The Essentials of Low-Voltage Battery Business / Mr. Takashi Muratani 2. New World Lines Created by Flywheel Batteries / Mr. Atsushi Nakajima 3. Q&A / Business Card Exchange

[Lecture Topics] 1. Why Chemical Recycling Now? ~Preparing for New Management Challenges in the Era of Resource Circulation~ Idemitsu Chemical Recycling Japan Co., Ltd. President and CEO, Yoshihiko Okamura 1. Transition from Linear Economy to Circular Economy 2. Latest Domestic and International Trends in Plastic Resource Circulation 3. Required Corporate Responses 4. Our Company's Initiatives 5. Future Prospects and Challenges of Chemical Recycling 6. Q&A / Business Card Exchange 2. New Markets Created by the Circular Economy Strategies for Building a Recycled Material Supply Chain Boston Consulting Group Associate Director, Ikuya Ueda 1. Changes in the Management Environment Surrounding Resources 2. Policy Trends in Europe, the U.S., and China and the "Circular Economy Action Plan" 3. "Three-Tier Supply Infrastructure" Supporting the Recycled Material Supply Chain ~Collection, Recycling, and Market Infrastructure~ 4. How Access to Supply Infrastructure Affects Corporate Competitiveness 5. Three Management Decisions Required of Companies (1) Pre-investment in Procurement Capability (2) Controlling Key Nodes (3) Viewing CE as a Starting Point for Business Models, Not Just a Cost 6. Q&A / Business Card Exchange