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

The goal is not to introduce AI. We will explain "standardization of manufacturing processes" to eliminate dependency and maximize the effectiveness of AI! While the spread of generative AI is progressing, there is an increasing number of manufacturing companies that say, "We don't know where to apply AI due to the black box nature of the site," and "Despite implementation, productivity hasn't increased." The cause lies not in the performance of AI, but in the "lack of business organization and standardization before implementation." In this webinar, we will clearly explain business improvement methods (BPMS) and how to properly organize business processes to avoid wasting AI investments, using case studies. [Recommended for those who:] - Are struggling to engage the field due to resistance like "busy" or "it's fine as it is." - Want to eliminate differences in rules between factories and locations, as well as dependency and black box issues with veteran employees. - Are being asked to "utilize AI" but don't know where to start due to disorganized business processes. [Here is the application form] https://www.earthlink.co.jp/seminar/10840/ *Pre-registration required (free) *We will give a "partial excerpt of the presentation materials" to those who respond to the survey after viewing.

[Speaker] Ms. Sayako Sumomo, Director, International Equipment Division, Equipment Policy Department, Acquisition, Technology & Logistics Agency [Key Lecture Content] As the security environment surrounding our country changes at an accelerating pace, the government is promoting defense equipment transfers as an important policy measure to create a desirable security environment for our nation. Promoting defense equipment transfers not only enhances regional deterrence and response capabilities for peace and stability in the Indo-Pacific region but also contributes to strengthening our country's defense production and technological base through market expansion and supply chain cooperation. Furthermore, the development of the defense industry and other industries with dual-use technologies can lead to growth in the Japanese economy. In this lecture, I will explain recent trends in defense equipment transfers, taking into account the recent revisions to the equipment transfer system. [Lecture Topics] 1. Japan's Defense Policy 2. Significance and System of Equipment Transfers 3. Recent Trends in Equipment Transfers 4. Government Initiatives 5. Q&A / Business Card Exchange

[Speaker] Hiroki Hara, Country Lead, Cloud & Service Provider Segment, Schneider Electric Holdings Co., Ltd. [Key Lecture Content] In the era of AI, it is essential to redesign not just the equipment but the very way energy is utilized in data centers. This presentation will organize the approach to power architecture aimed at enhancing competitiveness, taking into account global trends and the constraints of the Japanese market. Additionally, through Schneider Electric's comprehensive portfolio, which includes cooling and operations, we will provide perspectives for selecting optimal options in Japan's increasingly complex power environment, as well as hints for future implementations. [Lecture Items] 1. Introduction to Schneider Electric 2. Global megatrends and the external environment surrounding the data center industry 3. Architecture of data center power infrastructure - Design philosophy necessary for safely delivering electricity 4. Schneider's portfolio connecting power and cooling, design, construction, and operation 5. Unique challenges of the Japanese market and options for optimal solutions 6. Q&A / Business card exchange

[Speaker] Yuya Sato, Director, Innovation Management Co., Ltd. [Lecture Topics] 1. Main challenges in the field of research and development 2. Overview of research and development management 3. How to utilize "roadmaps" for formulating persuasive mid- to long-term strategies 4. How to utilize "technology portfolios" to achieve convincing resource allocation 5. "Gate management" to improve the success rate of highly innovative research and development themes 6. Integrated research and development management process 7. Q&A

Our TL Division will be exhibiting at the "Surface Treatment Processing Technology Exhibition 2026" to be held on June 26 (Friday) at the Osaka Industry Creation Center. We invite you to visit our booth to see our products and technologies. We sincerely look forward to your attendance. ■ Exhibition Name Surface Treatment Processing Technology Exhibition 2026 ■ Date June 26, 2026 (Friday) ■ Venue Osaka Industry Creation Center, 3F Market Plaza / 4F Event Hall ■ Exhibited Technology We will introduce optimal solutions for surface modification composites and ultra-hard coating removal by adding a new coating to Y-Coat, which leads the mold market. New Coating: Y-Coat Type UL Product Introduction Page