AndTech List of Products and Services

★Maximum Material Condition Tolerance Method! Datum! ★Key Points of the American Society of Mechanical Engineers Standard (ASME Y14.5-2009) 【Instructor】 Tadatoshi Inoue, Representative of Inoue Design and Drafting Consultant 【Venue】 Tokyo Chuo Ward Industrial Hall, 4th Floor, Meeting Room 2【Tokyo, Chuo Ward】 【Date and Time】September 25, 2013 (Wednesday) 10:00-16:30

• Technical Seminar

★ Laser light sources are expanding their applications in head-up displays and HMDs! How can we achieve miniaturization and high output? ★ With the rise of wearables, what about the safety of lasers? How far should regulations go? ★ We are currently offering a pre-content request service! We welcome your practical issues! 【Venue】 Kawasaki City International Exchange Center, 1F, Meeting Room 2 【Kanagawa, Kawasaki】 【Date and Time】 September 25, 2013 (Wednesday) 13:20--16:45 【Instructors】 Part 1: Osaka University, Center for Optical Science Part 2: National Institute for Materials Science, Center for Optical Materials Part 3: National Institute of Advanced Industrial Science and Technology, Advanced Manufacturing Process Research Division

• Technical Seminar

★How to Choose the Right Formulation, Amount, and Mixing Order to Achieve Ideal Functions!! 【Instructor】 Akiba Research Director Mitsuo Akiba 【Venue】 Tokyo Chuo Ward Industrial Hall 4F Meeting Room【Tokyo, Chuo Ward】 【Date and Time】September 26, 2013 (Thursday) 13:30-16:30

• Technical Seminar

★As a growth strategy for the nation, there has been mention from the government, and it is attracting attention: the latest technological trends in generating energy resources from "algae"! ★What are the costs, benefits, and technical challenges when commercializing algae fuel? 【Speakers】 Part 1: International Petroleum Development Company (Inpex Corporation) Part 2: Denso Corporation Part 3: Tohoku University Graduate School 【Venue】 Tokyo Chuo Ward Industrial Hall, 4th Floor, Room 4【Tokyo, Chuo Ward】 【Date and Time】September 26, 2013 (Thursday) 13:30-16:30

• Technical Seminar

★Promising pharmaceutical packaging expected to reach 90 billion USD by 2017 　　Experts will explain the market size, current state of technology, future directions, and essential regulatory compliance! ☆An explanation of the current user responses to various challenges occurring on-site through case studies! 【Speakers】 Part 1: Advisor (Former President) of the Japan Packaging Specialists Association Part 2: Professor, Department of Clinical Pharmacy, Yokohama Pharmaceutical University Part 3: Center Director, Packaging Technology Center, Sumitomo Bakelite Co., Ltd., Amagasaki Plant Part 4: Manager, Packaging Department, Bushu Pharmaceuticals Co., Ltd. 【Venue】 Kyouka Square High-Tech Center, 2nd Floor, Conference Room 2【Chuo Ward, Tokyo】 【Date and Time】October 28, 2013 (Monday) 10:00-16:30

• Technical Seminar

★Development status of new plastic materials for electrification and weight reduction! Development of PBT resin with high reliability! ★What characteristics are required for automotive FPC (Flexible Printed Circuit)? Which components can contribute to weight reduction? ★What are the needs for thermal conductivity and material strength? Are there parts that cannot be replaced by metals? ★What technological innovations are most important for achieving miniaturization of inverters and automotive electronic products? 【Speakers】 Part 1: Representative from Japan Mectron Co., Ltd. AI Business Division, Automotive FPC Planning Department Part 2: Representative from Polyplastics Co., Ltd. Technical Solution Center Part 3: Mr. Hideo Shikano, Director of Lintec Engineering Office Part 4: Mr. Yoshihiro Kamiya, Hardware Development Department, Electrical and Electronic Technology Development Division, Denso Corporation 【Venue】 Tekuno Kawasaki, 4th Floor Conference Room [Kanagawa, Kawasaki] 【Date and Time】November 26, 2013 (Tuesday) 10:30-16:35

• Technical Seminar

★The impact of autonomous vehicle driving assistance systems (autopilot systems) on society and the current state of technology and infrastructure 　　An explanation by leading researchers and corporate representatives 【Speaker】 Part 1: Professor Manabu Omae, Ph.D. (Engineering), Graduate School of Media and Governance, Keio University Part 2: Department Manager of Driver Assistance Technology, Bosch Corporation, Chassis Systems Control Division, and Head of DA Product Management Part 3: Technical Advisor, BMW Corporation Part 4: Department Manager, Human Resource Development Promotion Office, Technology Development Center, Denso Corporation 【Venue】 Tokyo Chuo Ward Industrial Hall, 4th Floor, Meeting Room 2【Tokyo, Chuo Ward】 【Date and Time】November 28, 2013 (Thursday) 10:30-16:10

• Technical Seminar

☆Detailed explanation of the evolution, design philosophy, implementation, and operating principles of sensors and systems used in automobiles, incorporating the latest information! ★What are range sensors like radar and image sensors? ☆What are the driving assistance systems and sensor, operation, and display technologies that work during normal driving? ☆What are the trends in autonomous driving technology? 【Instructor】 DENSO Corporation, Technology Development Center, Technical Human Resource Development Department, Department Manager 【Venue】 Kawasaki City Industrial Promotion Hall, 9th Floor, Room 1 【Date and Time】 May 20, 2014 (Tuesday) 12:30 PM - 4:30 PM

• Technical Seminar

★Zestron's Technical Center, known for its extensive achievements in aqueous cleaning, is being specially opened to the public! Seeing is believing!! ★We will explain the aqueous cleaning process while highlighting the features of cleaning agents and equipment, points to note in process operation, and specific examples! ★How do we clean power modules and flip chips? ○Companies that are competitors of Zestron may be asked to refrain from participating. In such cases, the secretariat will contact you. Thank you for your understanding in advance. 【Instructor】 Zestron Japan Co., Ltd. Representative 【Venue】 Zestron Japan Co., Ltd. Conference Room【Kanagawa, Hiratsuka】 【Date and Time】May 16, 2014 (Friday) 13:30 - 16:30

• Technical Seminar

★ How to maintain transparency while having functionalities such as shock resistance and heat resistance!? ☆ What are the key points to enhance the functionality of optical resins, such as refractive index and birefringence!? ★ Trends towards expanding applications such as displays and lenses, and the shift from glass to resin!? 【Instructors】 Part 1: Prof. Toshiaki Ogasawara, Department of Materials Science, Graduate School of Science and Engineering, Tokyo Institute of Technology (Ph.D. in Engineering) Part 2: Shu Kirihara, Technical Advisor at AndTech Co., Ltd. (Concurrent position: Technical Advisor at Chemical Co., Ltd., former Director of Bayer MaterialScience Innovation Center) Part 3: Jun Miyapo, Director of Kyoto Technical Center, Arkema Co., Ltd. (Ph.D. in Engineering) 【Venue】Tekuno Kawasaki, 1st Floor, Room 1 【Date and Time】Tuesday, May 20, 2014, 11:00 AM - 4:00 PM

• Technical Seminar

★In the future, as safety driving support systems and ADAS technology advance, head-up displays will become increasingly important! ★How should we design them to ensure reliability as in-vehicle systems and visibility for drivers? ★How can we design with consideration for driver safety using lasers, and how can we ensure visibility? Is speckle-free technology possible? ★What technologies will be important for larger screens and wider viewing angles, and what is the future outlook for HUDs? 【Speaker】 Part 1: Representative from MicroVision, Inc. Part 2: Representative from Texas Instruments Japan, Automotive Division Part 3: Representative from Central Glass Co., Ltd. Part 4: Representative from BMW Japan Corp. 【Venue】 Tokyo Chuo Ward Industrial Hall, 4th Floor, Meeting Room 1 [Tokyo, Chuo Ward] 【Date and Time】 May 26, 2014 (Monday) 10:30-16:30

• Technical Seminar

★ The Concept of Software in the New Pharmaceutical Affairs Law! ★ Key Points and Countermeasures for ISO180001, IEC60601-1, IEC62304 ★ Reading Between the Lines of Standards!? 【Instructor】 Masahiro Sakakibara, Representative of Mono Wellbeing Co., Ltd. Formerly engaged in product safety review operations in the Medical Devices Division of TÜV Rheinland Japan 【Venue】 Tekuno Kawasaki, 5th Floor, Room 5 Training Room【Kanagawa, Kawasaki】 【Date and Time】July 17, 2014 (Thursday) 13:30-16:30

• Technical Seminar

★For those who have challenges with isocyanates in their daily work or want to learn from the basics! ★What are the easily accessible isocyanates, environmentally friendly isocyanates, and future challenges? 【Instructor】 Research and Development (Information Processing) Consultant Hiroshi Takayanagi 【Venue】 Kawasaki City Industrial Promotion Hall, 10th Floor, Room 2【Kanagawa, Kawasaki】 【Date and Time】July 22, 2014 (Tuesday) 13:30-16:30

• Technical Seminar

**Lecture Summary** How to evaluate and manage unintentionally produced chemical substances is a significant challenge for chemical companies. Recently, the presence of PCBs in organic pigments has been confirmed, and measures are being taken in response. This lecture will address the byproducts of hazardous chemicals, including their background, the organization of issues, and challenges related to safety.

• Technical Seminar

【Purpose of the Course】 Extrusion molding is the foundation of plastic molding. The molded products vary widely, including films, sheets, pipes, hoses, tubes, specially shaped extrusions for civil engineering and construction materials, and foam sheets. Additionally, extrusion molding is applied in the forming of parisons in blow molding. The characteristics required for molded products are diverse, and resin compounding is conducted to achieve these characteristics. Co-extrusion molding is applied as a means to this end. In the first half of this seminar, the basics of extrusion molding and the extrusion techniques for various products will be introduced. The second half will discuss co-extrusion technology in films, sheets, and blow molding, as well as the characteristics and applications of co-extruded products.

• Technical Seminar

★Examples of material property tests that can only be heard here! Changes in the long-term performance of insulation materials. Why is condensation a problem? ... Internal condensation and surface condensation! The difference between flame retardant, flame-resistant, and non-combustible materials ... What is the difference between JIS standards and ministerial certification? ☆Insulation technology of silica aerogel applicable in various scenes! Interior insulation panels for housing, daylighting insulation windows, tents, and insulation paint! ★Required fire resistance performance and ensuring that performance, illustrated with fire case studies! ⇒ The differences between the combustion test device (cone calorimeter) adopted due to the revision of the Building Standards Act and other combustion evaluation devices. ★Preliminary content request service currently in progress! We welcome customers to bring in their practical issues!

• Technical Seminar

【Purpose of the Course】 Hybrid vehicles use IPM (Interior Permanent Magnet) motors. In this seminar, we will first explain the basic control methods for IPM motors. This content is applicable not only to hybrid vehicles but also to all applications of IPM. The constraints related to motor control in hybrid vehicles include a much higher rotational speed range compared to other applications (for example, elevators). In this range, voltages significantly higher than those provided by the onboard power supply (battery) are required. To address this, we will explain several additional control methods adopted by leading hybrid vehicle manufacturers.

• Technical Seminar

【Lecture Summary】 Recently, alongside the iPhone, Android has emerged as a leading operating system for smartphones. Additionally, Android is expected to be the next-generation embedded operating system, and it is anticipated that it will be incorporated into home appliances such as LCD televisions in the future. In this lecture, we will provide an overview of what Android is, discuss its internal structure, development procedures, and methods for device control using Android, covering all the necessary aspects for developing embedded Android. 【Keywords】 1. Embedded Android 2. BeagleBoard

• Technical Seminar

☆What are the specific initiatives for quality management (coating process and the processes before and after)? 　　Considerations regarding dust adhesion (results from the film prototype plant) ★What types of dust are unique to the film process and derived from the process and auxiliary materials? ★In reality, many companies struggle with managing clean rooms due to the inability to correlate product yield and cleanliness. What points should be noted to utilize them efficiently? ★Preliminary content request service is currently available! We welcome your practical challenges!

• Technical Seminar

**Lecture Summary** This lecture will explain the application of Excel in distillation technology calculations. By using Excel's Goal Seek, one can obtain solutions to equations without creating any programs. This will be utilized for boiling point calculations in vapor-liquid equilibrium calculations. It will also be used to solve state equations to determine the compressibility factor of real gases. In distillation technology calculations, many empirical formulas are used, and Excel provides functions for the least squares method, making it easy to determine these empirical formulas. Furthermore, by using matrix operation functions, it is possible to solve simultaneous equations, allowing for the determination of coefficients for empirical formulas of second degree or higher. Excel has a convenient feature called macro recording. By using this, one can record operations to obtain various solutions and create macros (VBA). By modifying these macros, the efficiency of distillation technology calculations can be dramatically increased. Knowing how to utilize Excel's features can make a significant difference.

• Technical Seminar

【Lecture Summary】 Three features of this lecture: 1. You will develop presentation skills, theoretical structuring abilities, and problem-solving skills. 2. You will be able to accurately grasp the problems and needs of others and speak with confidence. 3. You will acquire the essential basics of presentations that you must know. 【Instructor's Publications】 "Presentation Skills Improvement Course for Engineers," published by Doyukan "Mastering Proposal Sales," published by Doyukan "The Negotiation Techniques of Top Salespeople," published by Pal Publishing 【Keywords】 1. Easy-to-understand basic presentation training 2. Training to learn presentation techniques you can use starting today 3. Practical presentation training

• Technical Seminar
• Sales Skills Seminar

**Keywords** 1. Conductivity 2. Carbon Nanotubes 3. Dispersion and Aggregation **Lecture Summary** In this seminar, we will explain the fundamentals of carbon nanotubes, material technology, market and technical challenges, and application technologies. After that, we will list the challenges provided by the instructor and requests from the participants, followed by a discussion among all participants to deepen the understanding of carbon nanotubes.

• Technical Seminar

**Lecture Summary** Superabsorbent polymers are experiencing market expansion, particularly in hygiene applications. However, the reality is that current products are made from petroleum, and despite containing a large amount of moisture after use, many of them are incinerated. If superabsorbent polymers could be made from natural materials that are renewable resources and could also be endowed with biodegradability, it is expected that various issues could be resolved. In this lecture, I will clearly explain the characteristics and challenges of current superabsorbent polymers, as well as specific methods and significance of imparting biodegradability, and I would like to consider the future ideal state of superabsorbent polymers.

• Technical Seminar

[Purpose of the Lecture] Orientation films and surfaces for displays and other applications have garnered attention for their light orientation techniques. In recent years, practical applications of simple polarized light reactions with photoresponsive materials and light orientation using polymerizable liquid crystals have emerged. In this lecture, we will discuss materials that can orient polymer films themselves through light, focusing on higher orientation and simpler processes. We will cover the fundamentals of photochemical reactions, polymer liquid crystal materials, and polarized light reactions, as well as the concept of light molecular orientation, examples of materials, and potential applications.

• Technical Seminar

**Lecture Summary** Capacitive touch panels have become a standard input device for smartphones and tablet PCs. This is the result of a UI revolution brought about by multi-touch and gesture input. We will analyze the movements of various companies in the touch panel market and predict the future of the market. Furthermore, we will discuss the current technical challenges of touch panels and the technological requirements for larger touch panels from the perspective of materials science. The trend towards larger panels includes proposals for new materials, as well as new types of touch panels, including optical ones. **Keywords** 1. Multi-touch panels 2. Large panels

• Technical Seminar

【Purpose of the Course】 Reducing heating and cooling energy is an important issue in advancing energy efficiency and carbon neutrality in housing and architecture. In this context, it is essential to first enhance the basic thermal performance of building structures through insulation and heat shielding, which also serves as a countermeasure in situations where equipment cannot be used due to disasters or power outages. In this seminar, we will introduce evaluation methods (testing methods and calculation methods) for the insulation and heat shielding performance of architectural components such as windows and walls, as well as explain the fundamentals of building thermal transmission that underlie these methods.

• Technical Seminar

**Lecture Summary** In recent years, the functions and performance required of polymer materials have become multifunctional and advanced due to considerations of productivity and the environment. To achieve these requirements, the development of polymer composite technology has been actively pursued. This presentation will introduce analyses of the correlation between morphology and physical properties, the mechanisms of mechanical property manifestation, and the mechanisms of degradation, focusing on the mechanical characteristics of polymer composite materials. Additionally, it will present case studies analyzing the mechanisms behind the high impact properties of PK/PA polymer alloys, which have been clarified in our company recently, using techniques such as TEM, Raman, FT-IR, SAXS, and solid-state high-resolution NMR.

• Technical Seminar

【Lecture Summary】 This presentation will explain hybrid UV curing, which combines multiple photopolymerization reactions to enhance UV curing performance, and dual UV curing, which combines the effects of light and heat. In the latter case, curing enhancement may occur in areas where light does not reach, so the current status and challenges will be discussed.

• Technical Seminar

1. Paradigm Shift in Polymer Chemistry Industry and Polymer Materials Science (1) Issues with polymer raw materials being derived from fossil resources (petroleum) (2) Issues with polymers being non-biodegradable 2. Bioplastics Contributing to Environmental Impact Reduction (1) What are bioplastics? — What is the difference between green plastics and biomass plastics? (2) Classification of bioplastics — Classifying based on biodegradability on the vertical axis and raw material source on the horizontal axis (3) Objective and quantitative evaluation method of the environmental impact of various plastics through life cycle assessment (LCA) 3. Classification and Characteristics of Biodegradable Plastics (1) Classification based on raw material sources and manufacturing processes (2) Classification and characteristics of biodegradation mechanisms 4. The Path to General-purpose Plastics through High Performance and Functionality of Polylactic Acid 5. Remaining Technical Challenges of Polylactic Acid and Their Solutions (1) Remaining technical challenges — Shortening of molding cycles and improvement of thermal and mechanical properties (2) Can stereocomplex-type polylactic acid (sc-PLA) truly be a savior? (3) Expectations for high L-lactide composition polylactic acid (LLA-rich PLA) —

• fiber
• Organic Natural Materials
• Technical Seminar

1. What kind of country is Brazil? 1-1. Brazil's politics and economy - changes and current situation 1-2. Why is Brazil attracting attention now? 1-3. Brazil as a destination for manufacturing industry - Market, infrastructure (logistics, transportation, security, etc.) 1-4. Policy trends, taxation, and regulations for foreign companies 1-5. Trends and aims of Japanese companies considering expansion into Brazil 2. The form of Japanese manufacturing companies' expansion into Brazil - a historical review 3. Differences between Japan and other countries as seen in examples of companies expanding into Brazil 3-1. Automotive industry (Toyota vs. Volkswagen) 3-2. Electronics (Panasonic vs. Samsung) 4. Successful examples of manufacturing industry expansion - Ajinomoto, Yakult, Moto Honda, etc. 5. Before establishing a base 6. Japanese companies in Brazil after the bubble collapse - why did the successive withdrawals occur? 7. Summary (Key points to keep in mind when expanding into Brazil) [Q&A and business card exchange] *For questions about the seminar content, advance requests, or individual consultations, please contact [050-3538-1954].

• Food Processing Equipment
• Other Auto Parts
• Technical Seminar

Part 1: The Destruction Mechanism of Polymer Insulating Materials and the Effect of Fillers Part 2: Measurement and Evaluation of Insulation Resistance Necessary for the Development and Application of Polymer Insulating Materials Sumitomo Metal Technology Co., Ltd. Research Support Division, Analysis Technology Department, Analysis Technology Office, Reliability Group, Mr. Koji Shioya [Profile] Based on experience in transmission characteristics of IC packages, circuit simulation technology, and PC motherboard design and development, currently responsible for electrical evaluation of metals, resin materials, and finished products. [Keywords] 1. Insulation resistance measurement 2. Insulation breakdown voltage measurement 3. Resin, filler, temperature dependence Part 3: Design Philosophy of Thermally Conductive Insulating Materials and Considerations for Filler Selection, Development Direction Sumitomo Osaka Cement Co., Ltd. Building Materials Division, New Business Group, Department Manager, Mr. Noriyuki Kosakai [Keywords] 1. Thermal conductive materials, resin, molding materials, electrical insulation, insulation 2. Epoxy, liquid, sealing, adhesion, high thermal conductivity 3. Silicon, thermoplastic, thermosetting

• others
• Technical Seminar

1. Basics of Business Law in China 2. Domestic Industry Protection Policies in China 2.1 National Independent Innovation Policy 2.2 Government Procurement 2.3 Mandatory Certification System for IT Security Products 3. Technology Standardization 3.1 Technology Standardization in China 3.2 Technology Standardization and Patents 4. Product Liability 4.1 Regulations on Product Liability in China 4.2 Case Studies on Product Liability Disputes 5. Liability for Infringement of Rights 5.1 Overview of Liability for Infringement of Rights and Risk Scope 5.2 Practical Considerations Based on Recent Local Circumstances 6. Intellectual Property Rights 6.1 Employee Inventions under Chinese Patent Law 6.2 Countermeasures When Becoming a Defendant in Patent Infringement Lawsuits in China (Based on the Schneider Case and the Fujikawa Chemical Industry Case) 6.3 Countermeasures Against Bad Faith Trademark Applications and Preemptive Registrations 7. Other Recent Trending Topics 7.1 Lessons from the Rio Tinto Incident on Risks in Chinese Business 7.2 Other Recent Newspaper Reports (Labor Management Risks in Local Corporations) 【Q&A and Business Card Exchange】

• Patents
• Legal
• Technical Seminar

Part 1: Stabilization of Polymer Materials for Improved Weather Resistance Using HALS and UVA [Keywords] 1. Engineering Plastics 2. Weather Resistance 3. Additives Part 2: Discoloration Issues in Polymer Materials - Fish Eye and Yellowing Problems During Molding and Processing, and Tips for Longevity [Keywords] 1. Yellowing, Pinking, Discoloration Mechanisms 2. Fish Eye 3. Yellowing (Burning Phenomenon) [Lecture Summary] Polymer materials face quality issues such as yellowing and pinking, as well as molding problems like fish eye and yellowing during processing. This lecture will introduce the mechanisms of oxidative degradation and oxidation prevention in polymer materials, points to consider during processing, the mechanisms of discoloration in polymer materials, and countermeasures. Part 3: Degradation and Lifetime Analysis of Polymer Products and Films [Keywords] 1. Market Failure Rate 2. Service Life 3. Lifetime Prediction

• plastic
• Technical Seminar

Part 1: Development of Silver Mirror Coating and Surface Processing, Market Needs Analysis for Glossiness and Design 1. Surface Decoration and Market Needs (Hirano) 2. Development Process of Silver Mirror Coating (Hirano) 3. Current Status and Future of Silver Mirror Coating (Hashimoto) 4. High Functionality of Silver Mirror Coating (Hashimoto) Part 2: Mirror Polishing Coating Finishing Technology Utilizing Wood Grain and Its Application Examples Part 3: Improvement of Sensory Quality through the Piano Black Exterior of the New Colorio 1. Development of the New Colorio 2. Initiatives in Exterior Technology Development 3. Realization of Piano Black 4. Development of Exterior to Enhance Sensory Quality

• paint
• plastic
• Technical Seminar

1. Let's throw away the spoiled stock. 2. Let's separate what sells from what doesn't. 3. Let's put effort into products that sell. ~ Let's try the forecasting method (regular ordering method) ~ 4. Let's not put effort into items that aren't bestsellers. ~ Let's try the borderline method (reorder point method) ~ 5. A method for reducing inventory that is resilient to troubles. ~ Let's properly organize work methods, information systems, and tidiness ~ 6. Let's reevaluate the "norms" of receiving conditions. ~ Let's review the ordering conditions ~ 7. Let's grasp true sales. ~ Let's capture information from the end customer ~ 8. Let's hold inventory in a way that's different from before. ~ Let's delve into manufacturing ~ 9. Inventory reduction seen in nearby convenience stores. ~ Summary ~ I will share success stories from various companies. [Q&A and business card exchange]

• Technical Seminar
• Contract manufacturing

1. What is dispersion, and what is its purpose? 1-1. The reality of dispersion From conventional dispersion to nano dispersion 1-2. Reinforcement theory In the case of inorganic nanocomposites In the case of polymer nano dispersion 2. Shear flow dispersion and extensional flow dispersion 2-1. Shear flow dispersion The reality of heterogeneous dispersion Several attempts to resolve heterogeneity 2-2. Extensional flow dispersion Dispersion mechanisms, theory The reality of homogeneous dispersion 3. Manufacturing technologies for nanocomposites 3-1. Inorganic nanocomposites Sol-gel method (in situ method) Layer insertion method High shear method Slurry dispersion method 3-2. Methods and possibilities for non-miscible polymer nano dispersion 4. Topics 5. Requests from participants * Until one week before the event date [Q&A and business card exchange]

• fiber
• plastic
• Technical Seminar

1. Properties of Polymer Materials Related to Molecular Weight and Molecular Weight Distribution 1-1 Molecular Weight and Molecular Weight Distribution of Polymer Materials 1-2 Living Polymers 1-3 High Molecular Weight Polymers 1-4 Molecular Weight Dependence of Optical Properties, Abrasion Resistance, etc. of Polymer Materials 2. Optical Properties of Polymer Alloy/Blend Materials 2-1 Dependence of Refractive Index on Molecular Weight and Temperature in Polymer Materials 2-2 Solubility Parameters and Compatibility 3. Optical Applications of Polymer Alloy/Blend Materials 3-1 Recording Materials 3-2 Light-Controlling Materials 3-3 Optical Materials Using Refractive Index Gradient Structures 4. Other Optical Materials 4-1 Development of Low Birefringence Materials 4-2 Application of Copolymerization Technology [Q&A Session, Business Card Exchange] Individual Consultation Session

• fiber
• Technical Seminar
• Other optical parts

Lecture 1: Thermal Properties of Polymers and Inorganic Materials - Basic Thermodynamics Lecture 2: Measurement Methods and Results (Thermal Analysis Charts) - Principles of Measurement Methods and Interpretation of Results 2.1 DSC 2.2 TG-DTA 2.3 TMA 2.4 Combined Thermal Analysis (especially EGA and TG) 2.5 How to Read Charts - Especially Regarding DSC Lecture 3: Practical Measurement - Introduction of Tips to Obtain Desired Information 2.1 Understanding Principles and Precautions from Equipment Calibration - Especially DSC 2.2 Selection of Measurement Conditions (Temperature Range, Heating Rate, Sample Weight, Sample Form, Container, Atmosphere, etc.) 2.3 Standards such as JIS and ISO [Q&A and Business Card Exchange]

• Analytical Equipment and Devices
• Technical Seminar

Chapter 1: Overview of Screen Printing Chapter 2: Screen Mesh Manufacturers Chapter 3: Plate Making (Screen Mask) Chapter 4: Inks and Pastes 1. Thick Film Paste for Screen Printing (Norihiro Baba) 2. ITO Nanoparticle Paste (Yasuyuki Takemura) 3. Nanoparticle Paste for Screen Printing (Masami Nakayoshi) 4. Polymer Thick Film Paste (Isao Morioka) 5. Conductive Ink Paste (Yohei Hirakawa) 6. Block Copolymer Polyimide Ink for Screen Printing (Toshiyuki Goto) 7. Rheology (Yasufumi Otsubo) Chapter 5: Printing Machines and Squeegees Chapter 6: Applications 1. Printable Organic Electronics Enabled by Printing Technology (Toshihide Kamada) 2. Chip Capacitors MLCC (Miki Sato) 3. Chip Capacitors MLCC (Miki Sato) 4. Mass Production Applications of Screen Printing Technology (Mitsuhiro Fukumura, Haruo Inoue) 5. High Brightness Dispersed EL (Toshifumi Sato) 6. Applications to Dye-Sensitized Solar Cells (Yuko Tsutsui, Satoshi Uchida, Koji Segawa, Masahide Kawai) 7. Challenges of Graphic Printing Manufacturers in Printable Electronics (Shuichi Taki) 8. Organic Transistors and Large Area Electronics (Takeshi Sekiya, Yasushi Sano, Takao Someya)

• Printing Machinery
• Printing/Publishing
• Other processing machines

General Overview: Backlights for Displays (Karantal, Karil) Chapter 2: White LED Light Source Backlights for Car Navigation (Karantal, Karil, Nobuhiro Shimabukuro) Chapter 3: Industrial LED Backlights (Hideki Nishimura) Chapter 4: Wide Color Gamut RGB-LED Backlights (Karantal, Karil, Masashi Okada) Chapter 5: Hollow Reflection Type LED Backlights (Junichi Kinoshita) Chapter 6: Phosphor Sheet Type LED Backlights (Yasushi Ito) Chapter 7: Fundamentals of Photometry and Colorimetry for LED Backlights (Hiromasa Oshima) 【Part 2: Dynamic LED Backlights for LCD Displays】 Chapter 1: Line Dimming (1-D) Chapter 2: Local Dimming (2-D) 【Part 3: Optical Shaping Technologies for Backlights】 Chapter 1: Polarized Backlights Chapter 2: Backlights Using Light Guide Plates with Focusing Type 【Part 4: LED and EL Light Sources】 Chapter 1: LEDs for LCD Backlights Chapter 2: Evolution of LED Backlights for LCD TVs Chapter 3: Current Status and Prospects of Organic EL Light Sources 【Part 5: LED Mounting Technology and Heat Dissipation Mechanisms】 【Part 6: Optical Films and Optical Resins for LED Backlights】

• Printing/Publishing
• Lighting for image processing
• LCD display

Preface: Latest Trends in Nano-Silicon Applications Chapter 1: Photonics 1. Silicon Photonics 2. Silicon Photonic Crystals 3. Nano-Silicon Light Emitting Materials and Devices 4. Light Amplification in Silicon Quantum Structures 5. Photoconductivity of Nano-Structured Silicon 6. Single Photon Detection 7. Photonic Enhancement Effects of Nano-Silicon Chapter 2: Electronics 1. Carrier Transport 2. Single Electron Devices 3. Atomic Layer Controlled Epitaxial Growth of Ferromagnetic Heusler Alloys and SiGe Spintronics 4. Nano CMOS Devices 5. NEMS and Nano Devices 6. Tunnel Devices 7. Parallel EB Lithography Using Ballistic Electron Emitters 8. Vacuum Ultraviolet Light Generation by Ballistic Electron Emitters Operating in Gas 9. Application of Ballistic Electron Emitters to Ultra-Sensitive Imaging 10. Operation of Nano-Silicon Electron Sources in Aqueous Solutions Chapter 3: Acoustics Chapter 4: Bio Applications Chapter 5: Process Technology 1. Fabrication of Nano-Silicon Dots Using Plasma Technology 2. SPM Technology for Nano-Silicon Structure Formation 3. Fabrication Techniques for Silicon Nanowire Chains

• Other semiconductors
• others
• Printing/Publishing

How to embellish each product has become a very important theme. In this project, experts from various fields have explained the technical content, characteristics, and trends of various decoration techniques for plastics.

• Resin processing machine
• plastic
• Printing/Publishing

1. The Collapse of American Hegemony 2. The Rise of BRICs as Regional Hegemonic Powers 3. China's Emergence as a Major Intellectual Property Power 4. The Revival of the Russian Empire 5. India's Establishment as a Nation of IT and Biotechnology Industries 5-1. Major Reform of Indian Patent Law (Introduction of Product Patent System) 5-2. Where to File Among the Four Patent Offices? 5-3. Case Law is Important in India as it Follows English-American Law (Common Law) 5-4. Case Law Regarding First Medical Use and Second Medical Use 5-5. Measures Against Counterfeits in India - Civil Aspect 5-6. A Democratic and Rule-of-Law Nation, but Connections are Still Important 6. Brazil is No Longer America's Backyard 6-1. Brazilian Industrial Property Law 6-2. Pre-Approval System for Pharmaceutical Patents by the National Health Surveillance Agency 6-3. The Brazilian Industrial Property Office Takes a Stand Against USPTO 6-4. The Brazilian Industrial Property Office Aiming to Establish a South American Patent Office 6-5. Measures Against Counterfeits in Brazil - Civil Aspect 6-6. A Democratic and Rule-of-Law Nation, but Connections are Still Important 6-7. Measures Against Counterfeits in Brazil - Criminal Aspect [Q&A and Business Card Exchange]

• Patents
• Technical Seminar
• Patent/Copyright related services

There is an increasing number of companies, research institutes, universities, and researchers and engineers who are interested in solar cells and the field of solar power generation, including multi-junction solar cells and concentrated solar cells, and wish to participate anew. Education and training for young researchers and engineers who show interest in solar cells and solar power generation, as well as for newcomers to the field, are extremely important from the perspective of strengthening research and development in this area and creating new industries. This time, with the cooperation of many people, we are able to publish a specialized book on "high-efficiency solar cells," which I believe holds great significance not only for high-efficiency solar cells but also for the widespread introduction and dissemination of solar cells and solar power generation, and ultimately for the establishment of clean energy that is essential for the maintenance and development of human civilization. I hope this book will serve as a specialized reference for those involved in this field, a guide for those interested in solar cells and solar power generation, and an introductory book for students and young researchers and engineers.

• power supply
• Organic Natural Materials
• Printing/Publishing

Self-healing polymer materials promote a green society by conserving resources and energy. In particular, self-healing paints and coatings extend the lifespan of products, allowing them to be used comfortably as if they were new for a long time. This lecture will introduce the self-healing mechanisms of such self-healing polymer materials, paints, and coatings, as well as recent trends.

• paint
• Vehicle body parts
• Technical Seminar