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

PMT axis control technology

Combination, freely and flexibly. We turn "I wish there was" into reality.

A stage unit that governs the precise operation of the device. By utilizing our comprehensive ultra-precision axis control technology (axis harmonization force), it is possible to apply it to various devices through combinations with optical system units and inkjet heads, among others. Leveraging the know-how cultivated through the design and manufacturing of a wide range of machinery and devices, we propose combinations tailored to our customers' applications, specifications, and budgets. We also sell the stage unit individually, so please feel free to consult with us.

Information and Communication Control Technology "M2M System"

Send M2M data over a 3G connection! Achieve significant cost reduction with a universal M2M terminal!

The "M2M System" sends data directly to the cloud server from various sensor node units using a 3G line through an M2M terminal. Compared to the client-centric vertical integration and construction-type systems of the past, simply installing M2M units and terminals on-site allows for data collection and storage. This significantly reduces the development time and cost of the system. 【Features】 ■ Utilizes small, inexpensive, and versatile units and terminals manufactured in-house ■ Standard MM unit sensor support is 6 channels ■ Up to 20 units can be connected to the M2M terminal ■ Supports not only general sensor data but also data for specific applications ■ Allows for checking data from equipment, facilities, and environments in remote locations when needed, enabling necessary actions to be taken *For more details, please refer to the PDF document or feel free to contact us.

[Book] Generation, Detection, and Control Technologies of Terahertz Waves (No. 2258)

[Available for preview] ~ Imaging, ultra-fast communication, non-destructive testing, bio, security ~

Book Title: Generation, Detection, Control Technologies of Terahertz Waves and Latest Applications －－－－－－－－－－－－－－－－－－－－－ ★ Development examples of "compact" and "high-power" terahertz wave generation devices ★ Application examples expected, including "ultra-high-speed communication at 100Gbps for 6G" and "inspection technology to visualize the invisible" －－－－－－－－－－－－－－－－－－－－－ ■ Key Points of This Book 【Generation and Detection Technologies of Terahertz Waves】 【Antennas and Optical Elements for the Terahertz Band】 【Applications in Security Technology】 【Terahertz Wireless Communication and Semiconductor Technology】 【Applications in Analysis and Measurement Technology】 【Applications in Biomedicine】

Innovative Control Technology for Biofilms

A systematic and detailed explanation of innovative control technologies for coexistence with and industrial utilization of biofilms!

This publication is packed with the latest research focusing on the structural analysis of biofilms using biological methods and instrumental analysis, as well as inter-bacterial communication! It explains biofilms that occur in our surroundings by their areas of occurrence! It systematically explains innovative control technologies for biofilms with an eye on Microbial Control 3.0!

Technology for measurement and control to achieve stable flight of drones in non-GPS environments.

Robust measurement and control technology for stable flight of drones in environments where GPS is unavailable (non-GPS environments)!

FADrone Co., Ltd. primarily develops software for flight controllers used in infrastructure inspection drones. We are working on robust measurement and control technologies that enable stable flight of drones in environments where GPS is unavailable (non-GPS environments). Please feel free to contact us if you have any requests. [Features] ■ With the anti-random walk filter, it is possible to achieve accurate attitude and position estimation using only the IMU (Inertial Measurement Unit). ■ Control laws that take into account the gyroscopic effect (gyroscopic precession) enable stable attitude and position control. *For more details, please request our materials or view the PDF data available for download.

Depth of field control technology using machine learning: 'Visual AI'

"Visual AI" is a depth of field control technology that uses machine learning to capture images both far and near, similar to the human eye.

By combining distance measurement methods such as stereo cameras with Optical Learning, we create images that capture both distant and close subjects like the human eye. - To increase the depth of field, we cannot optically enlarge the image sensor. - The aperture ratio of the image sensor, even with back-illuminated types, has reached its limit. - The only way to design a camera that has a deep depth of field and high sensitivity while being easy to use is through this approach. - Visual AI achieves an ideal pan-focus with a high amount of information.

Laser control technology

Achieving high mass production and reproducibility! Reducing losses like traditional welding, resulting in a beautifully finished surface.

We would like to introduce the laser control technology of Katsura Precision Co., Ltd. By using a state-of-the-art CCD camera for magnification and fine-tuning the position, we achieve higher precision welding. Even in welding processes that were previously manual and had poor productivity and reproducibility, our automated welding technology allows for parts suitable for mass production and high reproducibility in research and development applications. Additionally, variations in part precision can be addressed by changing the program as needed, enabling uniform welding. 【Features】 ■ Reduces losses during welding ■ Automatic cutting and welding without dross or debris, enhancing efficiency in research and production ■ Equalization of welding through automation ■ Achieves high mass production and reproducibility with automatic welding *For more details, please refer to the PDF document or feel free to contact us.

MILL technology

More complete suppression of leakage electromagnetic waves is possible! We will introduce technology that controls electromagnetic waves within electrical circuits.

The "MILL technology" is a technique developed based on the theory of isolated electromagnetic waves, which controls electromagnetic waves within electrical circuits. It has the function of absorbing electromagnetic waves and mainly contributes to the suppression of electromagnetic noise on the signal side and the prevention of circuit malfunctions. The structure that supplies the energy necessary for voltage excitation to the circuit is called "MILL." By constructing the MILL structure right next to the switch on the signal side, it becomes possible to achieve more complete suppression of leaking electromagnetic waves. 【Features】 ■ Controls electromagnetic waves within electrical circuits ■ Has the function of absorbing electromagnetic waves ■ Contributes to the suppression of electromagnetic noise on the signal side and the prevention of circuit malfunctions ■ Structure that supplies the energy necessary for voltage excitation to the circuit ■ Enables more complete suppression of leaking electromagnetic waves *For more details, please refer to the PDF document or feel free to contact us.

Heater-type HeaT&CooL technology 'Y-HeaT'

Focusing on the adoption of automotive interior and exterior parts, extending to the aerospace, medical fields, and amusement!

"Y-HeaT" is a heater-based HeaT&CooL technology developed to improve the appearance quality by eliminating weld lines in plastic molded products and to reduce costs by eliminating the need for painting. It has a proven track record in mass production at a mold surface temperature of 250°C and can also accommodate super engineering plastics. Partial heating of only the weld area or heating of the entire cavity surface is possible. It is also applicable to 3D shapes. 【Features】 ■ Proven track record in mass production at a mold surface temperature of 250°C, compatible with super engineering plastics ■ Capable of partial heating of only the weld area or heating of the entire cavity surface ■ High-response temperature control is possible throughout the entire molding cycle ■ Various temperature changes can be achieved with a time control program ■ The power consumption of the controller is not significant *For more details, please refer to the PDF document or feel free to contact us.

3D refractive index (birefringence) control technology

By freely distributing the magnitude of the refractive index in the xyz direction, we propose various phase difference elements tailored to our customers' applications!

We would like to introduce our "3D Refractive Index (Birefringence) Control Technology." Optical alignment materials can be coated onto a substrate and can produce phase difference elements through polarized UV irradiation and thermal treatment. By freely distributing the magnitude of the refractive index in the xyz directions, we propose various phase difference elements tailored to our customers' applications. 【Features】 ■ Our strength lies in the ability to control the phase difference in the thickness direction, which is difficult to adjust with stretched film types, allowing for designs that consider angle of incidence dependence. *Even for wavelength plates with a retardation of 200nm or more, some adjustments to the refractive index distribution are possible, so please contact us first.

Achieving an efficient and accurate production system with industrial robots! Electric control technology.

Control the robot's movements with an electric circuit. Achieve original actions with pinpoint accuracy.

We would like to introduce Sonic System's "Electrical Control Technology." Our team of engineering professionals, the "Electrical Design Department," realizes complex operations through equipment control using sequencers, which are essential for automation. We can consistently handle all aspects of electrical control for production equipment. 【Features】 ■ Efficient and accurate production system using industrial robots ■ Equipment control using sequencers, essential for automation ■ Achieving original operations with pinpoint accuracy ■ Consistently managing all aspects of electrical control for production equipment *For more details, please refer to the PDF materials or feel free to contact us.

口腔内崩壊錠(OD錠)も検査可能！アンリツのX線制御技術

独自のセンシング技術で、X線を透過しやすい医薬品でも高感度検査

アンリツの医薬品用X線検査機は、強度の弱いX線を効率的に用いる装置構造と独自のセンシング技術により、X線を透過しやすい「口腔内崩壊錠」などの医薬品でもコントラストに優れたX線画像を撮れ、高感度な検査が可能です。 Ｘ線検査機による内部検査は、特にアルミ箔などの不透明包材品に効果的で、欠錠・欠品・形状検査などさまざまな検査を1台で同時に行います。 検査の省人化、出荷後のトラブル回避、取引先からの信用アップに繋がります。 X線検査機は、20年以上の実績と技術力を持つ当社にお任せください。

Control technology of Burkholderia in bioreactors

We will further enhance fluid control in the bioreactor.

Do you have any concerns regarding 'Control Technology in Bioreactors'? If you are interested, please feel free to contact Burkelt.

Technology for controlling pore size, which is important for the high functionality of wet non-woven fabrics.

We will also introduce in the column the hole diameter control technology in the manufacturing process and the impact of hole diameter on product performance.

The "pore diameter" in wet non-woven fabric (non-woven fabric produced by the paper-making method) is a very important factor in product performance and quality control. For example, in filter and separator applications, the size of the pores in the sheet affects the separation performance, so it is necessary to appropriately design and manage the pore diameter to meet the specified performance. On the other hand, the functional requirements for non-woven fabrics are becoming increasingly sophisticated, and there are challenges in traditional technology to adjust to the desired pore diameter while ensuring the strength and thickness of the sheet. This column will provide a broad explanation of the important pore diameter for enhancing the functionality of wet non-woven fabrics, covering everything from basic concepts to control technologies in the manufacturing process, the impact on product performance, as well as application examples and future prospects, in a way that is easy to understand for those who are not specialists in wet non-woven fabric technology. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.

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.