Control Technology Product List and Ranking from 21 Manufacturers, Suppliers and Companies

Polymorphism and Control Technology: From the Basics of Crystallization and Polymorphism to Practical Polymorphism Control.

A culmination of research results by the author, who has conducted systematic studies over many years and reported primarily in international journals!

Understanding polymorphic phenomena and their control technologies are key strategies in the development of functional materials! ■Format: B5 size, 354 pages ■Price: 30,000 yen + tax ■Author: Mitsutaka Kitamura ■Published by: NTS

Automation of routine office desk work.

Automating routine office desk work that requires manpower.

Automate processes in administrative workflows where human intervention is involved, such as manually transferring result data from one worksheet to another. For administrative tasks that have been systematized and are based on past experiences with pattern responses, leave it to the electronic clerk. First, we will consider automating operations as they currently are in order to achieve rationalization and obtain the benefits more easily and quickly. Our self-developed intelligent technology for robot control can also be useful in administrative processing IT (information technology).

Book: Orientation Control Technology for Fillers

○Publication Date: December 18, 2013 ○Format: B5 size hardcover, 173 pages ○Price: 50,000 yen (excluding tax) → STbook member price 47,500 yen (excluding tax) 【Authors】 Masafumi Yamano, Tokyo Metropolitan University Tatsu Suzuki, National Institute for Materials Science Masayuki Hikita, Kyushu Institute of Technology Masahiro Osako, Kyushu Institute of Technology Junya Suehiro, Kyushu University Tadachika Nakayama, Nagaoka University of Technology Minh Triet Huynh Tan, Nagaoka University of Technology Hongbai Zhao, Nagaoka University of Technology Kenji Fujiwara, Nagaoka University of Technology Wei Hua Jiang, Nagaoka University of Technology Hisayuki Suematsu, Nagaoka University of Technology Koichi Niihara, Nagaoka University of Technology Shogo Mamida, Railway Technical Research Institute Michiaki Ota, Gunma National College of Technology Hiroshi Suzuki, Hachinohe Institute of Technology Kenji Mimura, Mitsubishi Electric Corporation Kenji Miyata, Electrochemical Industry Co., Ltd. Masafumi Ajiri, Tohoku University Tatsuya Tanaka, Doshisha University Nosuke Kiriyama, University of Tokyo Institute of Industrial Science Shoji Takeuchi, University of Tokyo Institute of Industrial Science Toshiro Oya, Yokohama National University Taku Ozawa, JSOL Corporation Yukihiro Nishikawa, Kyoto Institute of Technology

Wireless communication technology for controlling multiple AGVs.

Efficient transportation and picking through intersection control and collaboration with other devices. Comprehensive support from design to on-site construction.

Our company offers "multiple AGV control technology via wireless communication," leveraging FA technology cultivated in many fields, primarily in the automotive industry. In addition to intersection control, we can coordinate with elevators, shutters, transport pallets, product storage shelves, and more. We provide proposals tailored to customer needs, such as small-lot production and 24-hour operation, and handle everything from design to on-site support, contributing to the overall automation, labor reduction, and quality improvement of production sites. 【Features】 ■ Achieves unmanned and labor-saving production sites ■ Extensive experience in system control development using PLC/PC ■ Capable of supporting layout design and on-site construction with magnetic tape, etc. ■ Can also accommodate coordinated control with upper systems such as production instructions *For more details, please refer to the materials available for download in PDF format. Feel free to contact us with any inquiries.

[Solution Case] Automotive Interior Parts Manufacturer

High-strength plates in thicknesses that cannot be manufactured with high-tensile steel! Introduction of solution examples.

At an automotive interior parts manufacturer, we are jointly researching technology that controls heat treatment through high-frequency induction heating, adapting to materials that can be procured at the production site, achieving designs that can be sourced globally, from cost-focused to lightweight-oriented. Thermal Production Heat is an expert in heat treatment technology that supports manufacturing behind the scenes. We respond to customer needs with various approaches, focusing on preheating and annealing during welding. 【Examples】 ■ Automotive interior parts manufacturer ■ Joint research on technology that achieves designs that can be sourced globally, from cost-focused to lightweight-oriented ■ High-strength enhancement in plate thickness areas that cannot be manufactured with high-tensile steel *For more details, please refer to the PDF document or feel free to contact us.

Virus and Bacteria Control Technology "Cufitec"

Processing technology that enables the application of antiviral and antibacterial functions to fiber products and resin substrates!

"Cufitec" is our company's unique virus and bacteria control technology. The antiviral and antibacterial materials developed by our company can be applied as surface treatments on textile products or blended into resins. This treatment can instantly reduce the number of viruses and bacteria that adhere to the treated surface. Products utilizing this technology are used in various environments such as quarantine stations, the Self-Defense Forces, health centers, and hospitals. 【Features】 ■ High antiviral and antibacterial properties ■ Effective against various viruses and bacteria ■ Safety ■ Applicable to various substrates *For more details on the technology, please refer to the materials. Feel free to contact us with any inquiries.

Robot control technology

Design and manufacturing of automated machines utilizing robot control technology.

The Equipment Technology Division designs and manufactures automated machines utilizing robot control technology. These automated machines are also used in our own assembly processes, achieving improvements in quality, labor reduction, and increased takt time.

Control technology for IPM motors used in EV/HEV.

How to control the motor in a high-speed rotation area that requires a larger voltage!?

【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.