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Control System Construction - メーカー・企業4社の製品一覧とランキング

Control System Constructionの製品一覧

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Control System Construction Service

We will build a variety of control systems! It is also possible to change the relay panel to a sequencer panel.

Our company provides control system construction services. By using a sequencer and a touch panel, most controls become possible, including data management, barcode reading, and USB reading. Using a touch panel makes it easy to manage data, input setting values, and fine-tune current values. (Manufacturers used: Mitsubishi, Keyence, Digital, etc.) 【Features】 ■ By using a sequencer, complex calculations, analog/digital control, temperature control, position control, and servo motor control are possible. (Manufacturers used: Mitsubishi, Keyence, Omron, Fuji, etc.) ■ Additional options can be added to the sequencer for CC-Link and communication with upper-level computers (Ethernet). *Please feel free to contact us for more details.

  • Control Panel
  • Embedded system design service

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Construction of electrical control systems for automobiles, semiconductors, environmental plants, and food.

Leave all your electrical control needs to us, from building electrical control systems, designing and manufacturing control panels and various distribution boards, to electrical instrumentation work. [Catalog available]

We assist in the construction of electrical control systems in a wide range of fields, including environmental plants (industrial water treatment plants, crushers, sorting machines), the automotive industry (chassis frame assembly lines, frame welding lines), the semiconductor manufacturing industry (wafer transport devices), and the food industry (automatic filling devices, container alignment lines). ◆ Construction of Electrical Control Systems In the field of industrial mechatronics, we provide suitable system solutions to customers in various industries by handling control devices such as sequencers, servos, inverters, and robots, based on our long-standing achievements in FA system construction. ◆ Design and production of control panels and various distribution boards ◆ Electrical instrumentation work and electrical equipment installation *For more details, please download the catalog or feel free to contact us.

  • Control Panel
  • Other process controls
  • Instrumentation and Control Systems

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無料会員登録

PLC Control System Construction Service

We will comprehensively assist our customers from hardware to software.

Our company designs and develops software for FA (Factory Automation) and instrumentation control, as well as central monitoring systems using PLCs (Programmable Logic Controllers), touch panels, and computers. We offer an all-in-one service that includes not only the enclosures for high-voltage panels, distribution boards, and control panels but also the construction, design, manufacturing, inspection, on-site surveys, and maintenance of systems, including software development. 【Examples of Production】 ■ Building monitoring systems ■ Computer application systems ■ Crushing, sorting, and transportation control monitoring plants ■ Fuel cell testing equipment ■ Waste incineration facility monitoring and control systems, etc. *For more details, please feel free to contact us.

  • Instrumentation and Control Systems

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Visualization of welding phenomena and construction of an online control system.

Keywords: Sensing and visualization of welding phenomena, image processing, AI, deep learning, control, resistance welding simulation, IoT, PLC control.

To visualize the welding phenomenon and achieve high-quality welding, we use visual sensors (CMOS cameras) to capture the welding process, which is then processed through image processing to analyze the phenomenon. We have successfully visualized welding phenomena that are difficult to see due to intense arc light by establishing appropriate imaging techniques. Furthermore, by utilizing AI technology (deep learning), we identify the welding state and control it to achieve good welding results. We are working on building real-time control technology that can be implemented without incurring high costs. In resistance welding, the welding occurs instantaneously, making it difficult to estimate the internal state. Therefore, we conduct numerical simulations using the finite element method (FEM) to realize optimal welding conditions and visualize and analyze complex welding phenomena. We are also actively working to expand the technologies developed for online control of welding phenomena to other fields, enabling us to address challenges not only in welding but also in robot control, IoT, and AI.

  • Welding Machine

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