三明 Product Lineup

We would like to introduce our "Electronic Control Panel Manufacturing." Whether you want to make a machine perform specific movements or carry out certain processing tasks, we provide comprehensive support tailored to our customers' needs, from software/hardware design to sheet metal fabrication, control panel assembly, machine-side wiring, and on-site trial runs. All processes are completed in-house, ensuring high quality is a given! Our manufacturing emphasizes not only aesthetic beauty but also maintainability, a craft that only professionals can achieve! Our experts are eager to make proactive suggestions. Please feel free to consult us for your needs. We are also taking on challenges with next-generation control panels! 【Service Contents】 ■ Software/Hardware Design ■ Sheet Metal Program Development ■ Sheet Metal Fabrication ■ Sheet Metal Painting (primarily powder coating) ■ Control Panel Assembly/Wiring ■ Control Panel Wiring and Power Testing *For more details, please download the PDF or feel free to contact us.

In terms of design, we have many engineers who are well-versed in a wide range of areas including enclosure design, circuit design, program design, PLC software coding, and circuit board design. Our sheet metal factory is equipped with numerous qualified personnel (in factory sheet metal work, numerically controlled turret punching presses, machine sheet metal work, and metal coating work) and a wealth of equipment, allowing for flexible processing capabilities. For assembly, wiring, and inspection, we guarantee quality through wiring work and thorough inspections conducted by experienced workers. (We pride ourselves on our ability to flexibly respond to everything from custom items to mass-produced products, offering various proposals.) Additionally, we also accept orders for the production and sale of sheet metal only, as well as the manufacturing of small operation panels, NC high-voltage panels, and large system panels.

Number of repair achievements…600 cases (including on-site repairs) *Average over the last 5 years There are repair records for products over 25 years old. We handle repairs for products that suddenly stop working after long-term use, as well as regular maintenance aimed at long-term use. We perform everything from PLC and inverter updates on existing panels to trial operation adjustments. We can replace various types of mounted components on circuit boards. SMT (Surface Mount Technology)…QFP, QFJ, SOP, SOJ, SON IMT (Insertion Mount Technology)…SIP, ZIP, DIP We can also repair corrosion, deterioration, and disconnections on circuit boards. Since we own our own sheet metal factory, we can also handle sheet metal replacements for repaired items.

Handheld Fiber Laser Welding Machine Amada Model "FLW1500MT" in Use Fiber laser welding is a type of laser welding that uses light as a heat source, and it is a technology that enables particularly high-precision and high-density welding. There are various types of laser welding, including gas lasers, solid lasers, and liquid lasers, but fiber lasers are a type of solid laser that uses optical fiber as the amplification medium. Fiber laser welding has less thermal impact on materials compared to conventional TIG welding, significantly reducing burn and distortion, which allows for a beautiful finish. Additionally, it has a small diameter beam spot and high energy density, resulting in deeper penetration compared to TIG welding due to localized heating. The deeper penetration leads to a narrower weld bead, enabling high-strength welding, and it can accommodate a wide range of processing areas, including welding thick plates (t4.0) and thin plates of materials other than iron, such as stainless steel (SUS) and aluminum, with low distortion. *Due to the high intensity of the laser light in fiber laser welding, work must be conducted in a dedicated BOX chamber. For products that are too large to fit inside the chamber or have narrow structures that the handheld gun cannot reach, we will respond with conventional welding methods (TIG/CO2). Thank you for your understanding.

We are engaged in the development and design of advanced electrical and electronic technologies. Our motion control and drive systems, which include Japan's first transistor servo, are renowned for their high technology and performance, boasting a top-class share in the field of marine fishing equipment in Japan. We also offer custom program design tailored to our customers' machinery. In addition to PLC software coding for companies such as Keyence, Mitsubishi Electric, Yaskawa Electric, and Omron, we handle program design using PC languages (C♯/C++/Python/VB) all the way through to trial operation adjustments. Furthermore, we are developing our own brand of servo motors, including the stepping servo motor "Si servo" and the positioning function integrated servo motor "CutyAxis." We provide FA proposals utilizing motion control technology unique to manufacturers.

Typhoon10 is an all-in-one controller that combines robustness to withstand harsh on-site environments with the functions necessary for the automation of FA equipment. It is equipped with a high-performance CPU and Windows 10 IoT Enterprise, allowing for the utilization of development assets such as Visual Studio. It features PLC functionality, a proprietary motion engine from Sanmei, an HMI-compatible touch panel, and IoT device capabilities, enabling complete control of sequences, I/O, and motor axes in a single unit. With high-speed communication via MECHATROLINK-3, it is also compatible with the Σ-X series. Multi-axis specifications and various interfaces can be flexibly expanded.

As multifunctionality in packaging machinery advances, sophisticated control panels are required to smoothly achieve complex controls and diverse functions. To meet specific customer needs such as "I want this kind of movement" or "I want this kind of processing," flexible design and reliable implementation are essential. Our company provides a consistent response from software/hardware design to sheet metal fabrication, control panel assembly, machine-side wiring, and on-site trial operation based on customer specifications, offering optimal solutions that accommodate multifunctionality. 【Usage Scenarios】 - Realization of complex motion sequences - Integration of diverse sensors and actuators - Customization of user interfaces - Space-saving solutions 【Benefits of Implementation】 - Improved efficiency of the packaging process - Stabilization of product quality - Enhanced operational flexibility - Improved maintainability

In the printing and binding industry, precise control is required to ensure stable operation of production lines and maintain quality. Particularly in processes such as paper transport, ink application, and cutting, even slight misalignments or timing issues can lead to product defects. Additionally, responding to small-lot production of various types and improving productivity through labor-saving measures are also important challenges. Our control panels consistently address these challenges, from software/hardware design tailored to our customers' machines to sheet metal fabrication, assembly, and on-site trial runs. 【Usage Scenarios】 - Automation and labor-saving of printing machines - Improvement of productivity in binding lines - Enhanced accuracy in quality control - Flexible response to diverse production 【Benefits of Implementation】 - Increased operating rate of production lines - Cost reduction through the reduction of defective products - Reduced burden on workers - Contribution to shorter delivery times

In the semiconductor manufacturing and electronic components manufacturing industry, extremely high precision is required in fine processes and precise equipment control. Even slight deviations in control can significantly impact product quality and yield, making stable and high-precision control essential. Our control panel production meets the advanced demands of our customers and supports the construction of reliable systems. We provide a consistent response from software/hardware design tailored to customer needs, to sheet metal fabrication, assembly, and on-site testing, delivering high-quality control panels. 【Application Scenarios】 - Inspection equipment - Process manufacturing equipment - Semiconductor manufacturing lines 【Benefits of Implementation】 - Quality improvement through high-precision equipment control - Maintenance of stable productivity - Enhanced reliability of equipment

In the steel and metal industry, improving production efficiency while simultaneously reducing energy consumption has become an important challenge. Particularly in large-scale equipment and complex manufacturing processes, optimizing energy usage is directly linked to cost reduction and minimizing environmental impact. Inadequate control can lead to unnecessary energy consumption, which may result in decreased productivity and shortened equipment lifespan. Our control panels deeply understand the needs of our customers' sites and propose optimal control systems that contribute to energy conservation. 【Usage Scenarios】 - Power-saving control according to the operating status of the production line - Reduction of unnecessary standby power - Visualization and analysis of energy consumption 【Benefits of Implementation】 - Reduction of running costs - Limitation of CO2 emissions - Maintenance and improvement of productivity

In the automotive manufacturing industry, stable operation and high precision control are required for production line automation. Particularly for improving production efficiency and maintaining quality, the reliability of control panels that accurately manage the complex movements of machines is crucial. Our control panels provide comprehensive support for the automation of production lines, from software/hardware design tailored to the specific needs of our customers, to sheet metal fabrication, assembly, and on-site testing. 【Application Scenarios】 - Automation and labor-saving of production lines - Upgrading control systems of existing equipment - Special specifications for machine control 【Benefits of Implementation】 - Improved production efficiency - Stabilization of quality - Enhanced maintainability

In the food processing industry, it is essential to ensure product safety and meet strict hygiene standards. In particular, the automation of manufacturing lines and precise temperature and humidity control are crucial for maintaining quality and preventing foreign matter contamination. Inadequate control can lead to product deterioration and hygiene issues. Our control panels are designed and manufactured to fit your production process, supporting enhanced hygiene management. 【Usage Scenarios】 - Automation of manufacturing lines - Establishment of temperature and humidity management systems - Automatic control of cleaning and sterilization processes - Integration with foreign matter detection systems - Collaboration with traceability systems 【Benefits of Implementation】 - Compliance with hygiene standards and improved product safety - Stabilization of manufacturing processes and increased yield - Reduction of human errors and improvement of work efficiency - Decreased risk of foreign matter contamination - Increased productivity and cost reduction

In the machinery industry, maintaining consistent product quality is emphasized. In particular, precise management is required in machine control. When these elements become unstable, it can lead to product variability and the occurrence of defects. Our control panels achieve optimal control tailored to our customers' manufacturing processes, contributing to quality stabilization. 【Usage Scenarios】 - Coordinated control of each process in automated lines 【Benefits of Implementation】 - Stabilization of product quality and reduction of variability - Improvement of production efficiency - Reduction of human errors