Notice of Participation in the 36th West Japan Food Industry Creation Exhibition '26 (May 20, 2026 (Wed) - May 22 (Fri))

It is possible to defrost while still in boxes such as cardboard and Styrofoam! High-frequency defroster "Tempatron"!

Our unique food thawing technology allows for the thawing of frozen ingredients from the inside, minimizing temperature discrepancies between the center and surface, greatly contributing to improved yield. Additionally, high-frequency thawing can be done while the food is still in boxes such as cardboard or Styrofoam, eliminating the need to unpack and arrange them on shelves or trays. We present a machine that solves the thawing issues in food manufacturing settings. A comprehensive catalog that thoroughly explains the mechanism is available for viewing under "Catalog Download." If you would like a printed version, please request it by stating "Request for Catalog Booklet" when using the materials request form.

• Food Processing Equipment
• Other food machinery
• Heating device

Utilize different frequencies to maintain quality and eliminate product variation! Thawing and heating in a short time! Would you like to thaw uniformly?

High-frequency thawing differs from microwave thawing. Microwaves, like those used in microwave ovens, have a very high heat generation characteristic when it comes to water. As thawing progresses, some parts of the product thaw and the ice melts, leading to concentrated heating in those areas and resulting in overheating, making uniform thawing difficult. Additionally, food materials are thick, and the short wavelength of microwaves causes power to be consumed at the surface, making it difficult for electromagnetic waves to reach the center. On the other hand, high-frequency waves have a longer wavelength compared to microwaves, allowing them to penetrate deeply into the product, ensuring that thick products do not loosen at the surface and achieve uniform thawing throughout the center, making them most suitable for thawing in the food industry.

• Food Processing Equipment

As a new heating process, why not challenge yourself with dielectric heating's "microwave heating"?

As a new heating process, how about "microwave heating"? It has a wide range of applications, including "heating," "drying," and "sterilization and disinfection treatment," and we can propose equipment types tailored to your processing needs. Microwave heating allows for high-efficiency heating in a short time by heating from within the material, and it is used for heating hollow fiber membranes used in dialysis treatment, as well as other medical products, resins, and fibers. Since there is no need to heat the surrounding air, energy efficiency can also be improved. It can be used in conjunction with other heat sources (such as hot air or steam). Additionally, there are methods to increase heating efficiency by reducing pressure within the furnace according to the situation. We will propose the optimal equipment type from various types of microwave heating devices.

• Other processing machines

Reducing food loss and unnecessary inventory, improving quality management! We will reduce waste in food manufacturing sites and contribute to the SDGs. *Examples of thawing provided.

A high-frequency thawing device that can thaw in time units of 5 to 30 minutes eliminates waste (food disposal loss) by thawing and warming the necessary amount at the necessary time. 【Seven Perspectives on Waste】 Waste from overproduction, waste from holding, waste from transportation, waste from processing itself, waste from inventory, waste from actions, waste from defective products and rework. (Source: Ministry of Agriculture, Forestry and Fisheries "Guide to Improving Productivity in the Restaurant and Ready-to-Eat Food Industries") To address the improvements outlined in the "Vision for Overcoming Labor Shortages in the Food Manufacturing Industry" (Source: Ministry of Agriculture, Forestry and Fisheries, July 11, 2019), high-frequency thawing devices are being utilized. 【Main Thawing and Heating Examples】 - Thawing and heating of butter, whipped cream, chocolate, cocoa mass and tempering, cake sponge, fruit juice, beef, pork, chicken, sausage, ham, side dishes, seafood, squid, octopus, and others. A collection of case studies on the introduction of high-frequency thawing devices (thawing of chicken, mackerel, and shirasu) is also included! For more details, please refer to the PDF materials. ★ Exhibiting at the Mobak Show and Meat Industry Exhibition! For details, please see the basic information. *If you have any questions regarding heating, drying, thawing, warming, sterilization, or pest control using high frequency/microwave, please refer to the PDF materials or contact us.

• Food Processing Equipment

No need for temperature adjustment since the day before, improved yield even with thawing on the day!

To improve the processing of chicken diced cuts at a poultry processing company, we introduced a "high-frequency thawing device." We received feedback that the thawing process, which used to be very labor-intensive, has been significantly improved! [Before Introduction] - With conventional refrigerator thawing, there was variability in thawing depending on the placement and arrangement, and items that were over-thawed required additional preparation, such as refreezing in the freezer, making the process very inefficient. Since shipping times are in the morning, it was common to start work early in the morning... [After Introduction] - The cuts are taken out of the freezer and thawed on the day of cutting. Now, with a more relaxed morning start, production can easily keep up. Additionally, because high-frequency thawing can thaw without temperature variation, the yield during cutting has also improved significantly! [Thawing Test Available] For more details, please download the catalog or contact us.

• Heating device

Introducing the benefits and applications of microwave heating! We will support you from the development stage!

In this document, we provide various information to help you learn more about "radio wave heating." We introduce the benefits of radio wave heating, its main application areas, and diverse high-frequency and microwave applications. You can also check examples of processed products and key features for each application area, so please take a moment to read through it. [Contents] ■ Benefits and applications of radio wave heating ■ Main application areas ■ Diverse high-frequency and microwave applications ■ We support you from the development stage *For more details, please refer to the PDF document or feel free to contact us.

• Other processing machines

Efficiency improvement with high-frequency dielectric heating and microwave heating.

High-frequency dielectric heating and microwave heating are collectively referred to as [electromagnetic wave heating]. This technology provides outstanding contributions that bring immeasurable benefits, such as improving the efficiency and rationality of heat treatment processes, enhancing the working environment, and reducing labor.

• Technical and Reference Books

This is a webinar that explains the basic concepts of nonlinear regression and practical analytical methods using JMP. We will welcome Mr. Fukushima, who is in charge of biostatistics at Takumi Information Technology and has extensive experience in the pharmaceutical industry and knowledge of statistical analysis, as our instructor. Target Audience: - Those who want to learn about nonlinear regression and understand it from the basics. - Those involved in data analysis in fields such as pharmaceuticals and manufacturing, who are interested in utilizing nonlinear models. - Those interested in data analysis using JMP and want to apply it in practice. Program: - Part 1: Introduction to Data Visualization and Nonlinear Regression An overview of the basics of nonlinear regression using non-clinical trials in the pharmaceutical industry as a subject. - Part 2: Features of Nonlinear Regression in JMP and Examples of Its Use in Quality Control An explanation focusing on the functions and features of nonlinear regression in JMP. ▼ Details & Registration https://www.jmp.com/ja/events/live-webinars/non-series/2026/06-25-nlr

[Key Lecture Content] 1. Promotion of Solar Panel Recycling Yuta Okazaki, Director, System Planning Office, General Affairs Division, Environmental Restoration and Resource Recycling Bureau, Ministry of the Environment 1. Previous efforts regarding the disposal and recycling of solar panels 2. Laws related to the promotion of resource recovery from solar cell waste 3. Q&A / Business card exchange 2. Expansion of Solar Power Generation and Formation of a Positive Cycle for Panel Resource Recycling Akihou Kawai, Analyst, Materials Team, Industrial Research Department, Mizuho Bank 1. Policy trends surrounding solar power generation 2. Trends in the solar power generation industry 3. Resource recycling related to solar power generation and panels 4. Examples of initiatives by businesses towards resource recycling - Towards glass recycling 5. Examples of initiatives by businesses towards resource recycling - Towards efficient collection 6. Examples of initiatives by businesses towards resource recycling - Guarantees and insurance for solar power generation equipment and related trends 7. Awareness of issues and directions for problem-solving regarding resource recycling of solar panels 8. Q&A / Business card exchange

[Key Lecture Content] 1. New Trends in the Submarine Cable Market: Current Status and Outlook Mr. Takuya Makiyama, Senior Researcher, Mobility and Communication Policy Headquarters, Mitsubishi Research Institute 1. Why are submarine cables attracting attention now? 2. Overview of the submarine cable market 3. Major players and changes in industry structure 4. Future outlook and expectations 5. Q&A / Business card exchange 2. Submarine Cables Supporting International Communication and KCS's Initiatives Mr. Tomonori Shinto, Executive Officer and Senior Managing Director, Technical Operations Headquarters, KDDI Cable Ship Co., Ltd. 1. Business introduction 2. Overview of submarine cables 3. Various operations related to submarine cables 4. Current status and challenges of the submarine cable industry 5. Q&A / Business card exchange

[Speaker] Ayaka Hiraki, Fellow at Deloitte Tohmatsu Research Institute, General Incorporated Association [Key Lecture Content] Due to high tariff measures and withdrawal from international organizations by the second Trump administration in the United States, military operations in Venezuela, and attacks on Iran, the world is indeed "Under Destruction." As the economy and cutting-edge technologies become intertwined with security, this lecture will analyze the trends in the defense industries of Japan, Europe, and the United States from three perspectives: "modular security," "total defense," and "the rise of artificial intelligence (AI)," while examining the potential and challenges of Japan's defense industry. [Lecture Topics] 1. Changes in Japan's security environment 2. Three points to consider for future security systems (1) Modular security architecture (2) Total defense (3) AI 3. Initiatives in Japan, Europe, and the United States (1) Europe: European defense industry strategy and strategic autonomy (2) United States: National security strategy under the Trump administration (2025 NSS) and defense innovation (3) Japan: Key points of the FY2026 budget and trends towards the revision of three strategic documents 4. Future outlook for the defense industry - possibilities and challenges regarding participation 5. Q&A

[Speaker] Anderson Mori & Tomotsune Law Office Foreign Law Joint Enterprise Partner Attorney Eiji Kobayashi [Lecture Topics] 1. FIT/FIP System in Solar Power Generation Business (1) Overview of FIT/FIP System Based on Renewable Energy Law (2) Background of Amendments to Renewable Energy Law Related to Solar Power Generation Business (3) Key Practical Points in Current Renewable Energy Law 2. Amendments and Regulations Related to Solar Power Generation Business (1) Forest Law (2) Electricity Business Law (3) Environmental Impact Assessment (4) Landscape Law (5) Others 3. Q&A Session