Research and Development Support

Support for CNF research and development! Media-free wet high-pressure pulverization equipment!

The goal the world aims for is a "sustainable society"! It can be used for research and development of cellulose nanofibers! It can be defibrated at a maximum of 250 MPa!

For researchers and developers involved in nanotechnology, the uniformity and stabilization of insoluble substances and particles is one of the challenges. When reduced to the molecular level, the properties of materials change. This change in material properties holds the potential to achieve what was once considered "an extremely difficult task." In the near future, technologies that were once the realm of science fiction, such as AI, blockchain, IoT, cloud computing, 5G, autonomous driving, and 3D printing, are becoming a reality. Innovation is accelerating across all fields, including electronic components, pharmaceuticals, cosmetics, food, new materials, and chemical products. At the same time, there is growing attention on achieving a "sustainable" society, including clean energy and carbon neutrality. Behind this innovation lies the wisdom passed down from predecessors and the tireless efforts of researchers and developers currently striving for progress. The Systemizer Mini serves as an assistant for researchers and developers in their immense trial and error process. *For more details, please refer to the catalog.*

Company：システムサポート
Price：Other

Emulsifier/Disperser
Fine grinding machine

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Support for CNF research and development! Media-free wet high-pressure micronization equipment!

It can be used for research and development of candidate materials for next-generation electric vehicle batteries, "cellulose nanofibers"! It can be defibrated at up to 250 MPa!

Research teams from Brown University, the University of Maryland, and the University of Tokyo have developed a candidate material for the solid electrolyte of next-generation solid-state batteries, which are considered essential for electric vehicles (EVs), using cellulose nanofibers (CNF) derived from trees. The results were published in the British scientific journal "Nature." Cellulose typically does not conduct ions. In contrast, it has been demonstrated that lithium ions can move rapidly through a solid material made of copper and CNF, which was created by immersing CNF in a copper alkali solution. The reason for this is that the spacing between the linear polymer chains of CNF is expanded by binding with copper ions, creating pathways that allow lithium ions to pass through smoothly. Additionally, it is said that its ability to transport ions is 10 to 100 times higher compared to other polymer ion conductors. Furthermore, leveraging its characteristics as an ion conductor, there is potential for it to be used as a binder for the positive electrode in solid-state batteries. Other advantages include its low environmental impact and higher strength and flexibility compared to ceramic materials, which are commonly used in many solid electrolytes under research and development. *For more details, please refer to the catalog.*

Company：システムサポート
Price：Other

Emulsifier/Disperser
Fine grinding machine

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Support for CNF research and development! Media-free wet high-pressure micronization equipment!

The goal that the world aims for is a "sustainable society"! It can be used for research and development of chitin nanofibers! It can be defibrated at a maximum of 250 MPa!

For researchers and developers involved in nanotechnology, the uniformity and stabilization of insoluble substances and particles is one of the challenges. When substances are reduced to the molecular level, their properties change. This change in properties holds the potential to achieve what was once considered "an extremely difficult task." In the near future, technologies that were once the realm of science fiction, such as AI, blockchain, IoT, cloud computing, 5G, autonomous driving, and 3D printing, are becoming a reality. Innovation is accelerating across all fields, including electronic components, pharmaceuticals, cosmetics, food, new materials, and chemical products. At the same time, there is growing attention on achieving a "sustainable" society, such as through clean energy and carbon neutrality. Behind this innovation lies the wisdom passed down from predecessors and the tireless efforts of researchers and developers currently striving for progress. The Systemizer Mini plays a role as an assistant for researchers and developers in their immense trial and error process. *For more details, please refer to the catalog.

Company：システムサポート
Price：Other

Emulsifier/Disperser
Fine grinding machine

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A comprehensive manufacturer of testing equipment and systems that supports research and development! Supporting our customers' manufacturing processes.

We would like to introduce the research and development support provided by Technical Support Co., Ltd. Since our establishment, we have been developing and manufacturing equipment to support research and development primarily in the automotive industry. In addition to measurement and control technology, we utilize various testing techniques cultivated in the automotive, motorcycle, outboard motor, and optical fields to provide research and development support for our customers, from prototype development to actual machine verification processes and quality assurance testing. 【Features】 ■Prototyping - Using our in-house equipment, we perform machining, cutting, grinding, and wire electrical discharge machining from single items to small lot production. - We also accommodate the production of electronic circuit boards and software implementation from single items. *For more details, please refer to the PDF document or feel free to contact us.

Company：テクニカルサポート
Price：Other

Testing Equipment and Devices

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Research and Development Support - List of Manufacturers, Suppliers, Companies and Products