三明 Product Lineup

In the mining industry, it is essential to accurately understand the dust generation situation to ensure a safe working environment and efficient operations. Particularly, the dispersion of dust can lead to health hazards for workers and deterioration of equipment, making continuous monitoring important. AC tachogenerators and DC tachogenerators contribute to dust monitoring systems by indirectly grasping the operational status of equipment that generates dust by detecting the rotational speed of various industrial machinery. [Usage Scenarios] - Monitoring the operational status of mining machinery - Speed management of transportation equipment - Equipment monitoring in beneficiation plants [Benefits of Implementation] - Rapid identification and countermeasures for dust sources - Improvement of safety levels in the working environment - Reduction of downtime through abnormal equipment detection

• encoder

In the petrochemical industry, particularly in gas detection systems, the accurate and stable operation of equipment is essential. Even slight variations in speed can affect detection accuracy and potentially increase safety management risks. AC tachogenerators and DC tachogenerators reliably detect voltage and frequency proportional to rotational speed, contributing to the improvement of gas detection system reliability. 【Usage Scenarios】 - Monitoring the speed of drive motors in gas detection devices - Detecting abnormalities in rotating equipment in plant facilities - Speed feedback in safety management systems 【Benefits of Implementation】 - Ensuring safety through improved gas detection accuracy - Maintaining production efficiency through stable operation of rotating equipment - Reducing operational costs by alleviating maintenance burdens

• encoder

In the ink manufacturing industry, safe operations are required in environments where flammable vapors are present. Particularly in the speed control of rotating equipment in manufacturing facilities, it is crucial to minimize the risk of ignition due to sparks or overheating. Improper speed control can lead to unexpected accidents. AC and DC tachogenerators are available in explosion-proof specifications designed for pressure resistance, contributing to safe speed detection and control in such environments. 【Usage Scenarios】 - Various driving motors in ink manufacturing lines where flammable vapors are present - Pumps, mixers, conveyors, etc., that require speed control - Manufacturing processes where safety is a priority 【Benefits of Implementation】 - Safe speed detection and control in flammable vapor environments - Reduced risk of accidents - Maintenance of a stable production process

• encoder

In the adhesive manufacturing industry, it is essential to suppress the generation of harmful gases to ensure the safety of the manufacturing process and maintain a safe working environment. Particularly in reaction processes and mixing operations, precise control of temperature and pressure is crucial, and managing the associated gas emissions is important. Inadequate control can increase the risk of health hazards for workers and environmental pollution. AC tachogenerators and DC tachogenerators contribute to stabilizing these processes by accurately detecting the speed of various industrial equipment's drive motors, thereby helping to suppress the generation of harmful gases. 【Usage Scenarios】 - Stirring speed control of reaction vessels - Monitoring the rotation speed of mixers - Airflow control of exhaust fans 【Benefits of Implementation】 - Suppression of harmful gas emissions through stabilization of the manufacturing process - Ensuring a safe working environment - Reduction of environmental impact

• encoder

In the fiber processing industry, managing flammable gases requires stable operation of equipment and ensuring safety. In particular, accurately monitoring the speed of rotating machinery in the manufacturing process is essential for anomaly detection and maintaining safe operating conditions. Inadequate speed detection can increase the risk of gas leaks and fires. AC tachogenerators and DC tachogenerators provide reliable speed detection solutions to address these challenges. 【Usage Scenarios】 - Monitoring the speed of prime movers on manufacturing lines where flammable gases may be generated - Managing the rotation speed of ventilation equipment - Supplying speed signals to safety devices 【Benefits of Implementation】 - Improved safety in flammable gas management - Stabilization of manufacturing processes and early detection of anomalies - Reduced maintenance burden and increased reliability

• encoder

In the packaging materials manufacturing industry, uniformity and accuracy of printed materials are required to maintain product quality and improve customer satisfaction. In particular, printing defects such as ink smudging, color unevenness, and misalignment can damage the appearance of products and potentially affect brand image. Detecting these defects with the human eye requires a significant amount of time and effort. AI visual inspection solutions support the efficiency of the visual inspection process by generating pseudo-defective images, allowing for the rapid construction of high-precision AI from a small amount of defective product data. 【Use Cases】 - Detection of color unevenness, smudging, and misalignment in printed materials - Detection of printing errors on packaging materials - Detection of foreign matter contamination in films and sheets 【Benefits of Implementation】 - Improved inspection accuracy and reduction of human errors - Increased productivity through automation of the inspection process - Maintenance of quality by preventing the outflow of defective products

• Visual Inspection Equipment
• Inspection robot

In the automotive parts industry, it is essential to accurately detect defects such as scratches and dirt on the appearance of products to maintain quality. In particular, scratches that could affect the functionality or safety of parts must be identified without being overlooked. However, traditional visual inspections have faced challenges such as variability due to inspector fatigue and subjectivity, as well as difficulties in collecting data on defective products. AI appearance inspection solutions support the efficiency and accuracy of the appearance inspection process by generating pseudo-defective images, allowing for the rapid development of high-precision AI models from a small amount of defective product data. 【Use Cases】 - Scratch detection on automotive parts - Detection of foreign matter contamination - Detection of surface dirt and discoloration 【Benefits of Implementation】 - Improved inspection accuracy - Reduction in inspection labor - Prevention of defective products from being released

• Visual Inspection Equipment
• Inspection robot

In the semiconductor manufacturing industry, particularly in wafer inspection, the accuracy of detecting minute defects and foreign substances is directly linked to product quality. Building a high-precision inspection AI from limited defective data in a short period is a crucial challenge for improving inspection process efficiency and quality. AI visual inspection solutions generate pseudo-defective images, allowing for the creation of high-precision appearance inspection AI models even from a small amount of defective product data. This significantly reduces the time and effort required to collect defective product images and supports the rapid establishment of visual inspection systems. 【Use Cases】 - Detection of fine scratches, dirt, and foreign substances on wafers - Detection of misalignment and shape variations - Automation and efficiency improvement of the inspection process 【Benefits of Implementation】 - Improved inspection accuracy and prevention of defective products from being released - Reduction of inspection labor and cost savings - Quick implementation of AI inspection systems

• Visual Inspection Equipment
• Inspection robot

In the building materials manufacturing industry, it is essential to accurately detect anomalies such as surface scratches and dirt to maintain product quality and ensure reliability. Particularly in visual inspections, oversights are common, and depending on the occurrence of defective products, it may take time to collect the defective product data necessary for AI training. In response to these challenges, AI appearance inspection solutions accelerate the utilization of AI in inspection processes by generating pseudo-defective images, allowing for the rapid construction of high-precision appearance inspection AI models from a small amount of defective product data. 【Usage Scenarios】 - Detection of surface scratches on building materials - Detection of dirt on building materials - Detection of foreign substance adhesion on building materials 【Benefits of Implementation】 - Improved inspection accuracy - Reduction of inspection man-hours - Prevention of defective products from being released

• Visual Inspection Equipment
• Inspection robot

In the textile and apparel industry, detecting pattern defects such as misalignment and color inconsistencies is essential to maintain product quality. Particularly, complex patterns are prone to being overlooked during visual inspections, which adds to the burden of quality control. In response to these challenges, AI visual inspection solutions efficiently detect pattern defects by leveraging AI technology. 【Application Scenarios】 - Detection of fabric pattern defects - Confirmation of pattern alignment after sewing - Detection of defects in printed product patterns 【Benefits of Implementation】 - Improved accuracy in detecting pattern defects - Increased efficiency through automation of the inspection process - Reduction in quality control costs

• Visual Inspection Equipment
• Inspection robot

In the printing and binding industry, detecting printing errors and dirt is crucial for maintaining product quality. In particular, ink splatter, foreign objects, and scratches can potentially diminish the value of the product. Relying solely on human eyes to identify these defects requires time and effort, and carries the risk of oversight. AI visual inspection solutions address these challenges by utilizing AI to achieve rapid and highly accurate inspections. Usage Scenarios: * Detection of defects in seal and label application * Detection of dirt and foreign object contamination Benefits of Implementation: * Improved inspection accuracy and reduction of human errors * Increased efficiency through automation of the inspection process * Shortened development time and cost reduction * Standardization of quality criteria

• Visual Inspection Equipment
• Inspection robot

In the field of the chemical industry, preventing foreign matter contamination is extremely important for maintaining product quality and ensuring safety. In particular, detecting fine foreign substances or those with inconsistent shapes and positions has limitations with traditional visual inspections, which carry the risk of oversight. This can lead to a decline in product quality and, in some cases, serious accidents. AI appearance inspection solutions utilize deep learning to generate pseudo-defective images, allowing for the rapid construction of high-precision appearance inspection AI models from a small amount of defective product data. This supports the early detection and prevention of foreign matter contamination and contributes to the stable operation of production lines. [Usage Scenarios] - Detection of foreign matter contamination on manufacturing lines - Identification of abnormal areas in product quality management - Incoming inspection of raw materials [Benefits of Implementation] - Reduction of product defects due to foreign matter contamination - Improvement in inspection accuracy and reduction in inspection labor - Strengthening of quality management systems

• Visual Inspection Equipment
• Inspection robot

In the electronic component manufacturing industry, it is essential to accurately and efficiently detect minute defects to maintain product quality and improve yield. In particular, detecting defects such as scratches and dirt that are often overlooked during visual inspections—especially those with undefined shapes or positions—is crucial for ensuring product reliability. However, collecting data on defective products and training AI models can require significant time and effort. AI visual inspection solutions accelerate the utilization of AI in the inspection process by generating pseudo-defective images, allowing for the rapid development of high-precision visual inspection AI from a small amount of defective product data. 【Use Cases】 - Detection of scratches, dirt, and foreign matter on the surface of electronic components - Detection of chips, cracks, and deformations in parts - Detection of assembly defects 【Benefits of Implementation】 - Improved inspection accuracy and reduced human errors - Reduced inspection labor and increased productivity - Quality improvement through early detection of defective products

• Visual Inspection Equipment
• Inspection robot

In the cosmetics manufacturing industry, it is essential to accurately detect appearance defects such as scratches on containers, foreign matter contamination, and printing errors to maintain product quality and enhance brand image. In particular, fine defects that do not have a consistent shape or position can easily be overlooked during visual inspections, becoming a burden for quality control. AI appearance inspection solutions address these challenges by achieving high-precision defect detection using AI. 【Application Scenarios】 - Detection of scratches and dirt on containers - Verification of cap tightness - Inspection of printing content and position - Detection of foreign matter contamination 【Benefits of Implementation】 - Improved inspection accuracy and reduction of oversights - Labor savings through automation of inspection processes - Maintenance of quality by preventing the outflow of defective products - Reduction of effort in collecting defect data

• Visual Inspection Equipment
• Inspection robot

In the pharmaceutical industry, quality control requires the accurate detection of minute foreign substances and abnormalities in appearance to ensure product safety and uniformity. Particularly, the quality of pharmaceuticals is directly linked to people's health, making a strict inspection system that does not overlook even minor defects essential. However, traditional visual inspections can face challenges such as inspector fatigue, variability due to subjectivity, and a lack of defective product data. AI appearance inspection solutions accelerate the utilization of AI in the inspection process by generating pseudo-defective images, allowing for the creation of high-precision appearance inspection AI from a small amount of defective product data. This reduces the time and effort required to acquire defective product images and supports the rapid establishment of high-precision appearance inspection AI models and the swift implementation of inspection systems. 【Application Scenarios】 - Inspection of foreign substances, chips, and discoloration in pharmaceutical tablets and capsules - Inspection of printing defects, damage, and foreign substance adherence in packaging materials 【Benefits of Implementation】 - Improved inspection accuracy and reduced burden on inspectors - Strengthened quality assurance by preventing the outflow of defective products - Increased productivity through the automation of inspection processes - Rapid implementation of AI inspection systems

• Visual Inspection Equipment
• Inspection robot

In the beverage manufacturing industry, it is essential to reliably detect foreign substances to maintain product quality and ensure safety. In particular, detecting fine foreign substances that are easily overlooked by visual inspection, as well as foreign substances with inconsistent shapes and positions, is a significant challenge in quality control. AI visual inspection solutions address these challenges and support improvements in the accuracy and efficiency of the inspection process. 【Use Cases】 - Detection of foreign substances in the manufacturing line - Detection of abnormalities in containers and packaging - Quality checks of products 【Benefits of Implementation】 - Improved inspection accuracy - Reduction in inspection labor - Strengthening of quality control systems

• Visual Inspection Equipment
• Inspection robot

In the food manufacturing industry, it is essential to accurately detect foreign matter contamination and abnormalities in appearance to maintain product quality and ensure safety. In particular, variations in plating and fine foreign matter derived from raw materials are difficult to confirm visually, posing a risk of oversight. These challenges can lead to a decline in product quality and a loss of consumer trust. AI appearance inspection solutions accelerate the use of AI in the inspection process by generating pseudo-defective images, allowing for the rapid construction of high-precision AI models from a small amount of defective product data. 【Application Scenarios】 - Inspection of salad plating - Inspection of fish bloodlines - Detection of foreign matter contamination 【Benefits of Implementation】 - Improved inspection accuracy - Reduction in inspection labor - Strengthened quality control

• Visual Inspection Equipment
• Inspection robot

The TOP ECO 3 Series (oil-filled transformers and molded transformers) is a high-efficiency transformer manufactured by Daihen, designed to meet the third judgment criteria for top-runner transformers, which require high energy consumption efficiency, by using high-grade silicon steel sheets to reduce power loss. It excels in energy efficiency and contributes to customers' decarbonization efforts and reduction in electricity costs through improved energy efficiency. Additionally, we offer transformers for data centers and storage facilities, providing optimal transformers tailored to our customers' applications and needs. From proposals to installation work (equipment updates), we handle everything in-house. Sanmei Co., Ltd. is an authorized distributor (trading company and system integrator) of Daihen Co., Ltd.

• Transformers

In the railway industry, a safe and stable power supply is the foundation of safe operations. In particular, transformers play an essential role in stabilizing power, and their reliability and efficiency are directly linked to the safety of operations. Reducing power loss and promoting energy efficiency contribute not only to lowering operational costs but also to reducing environmental impact. The 2026 Top Runner transformer supports the improvement of reliability and sustainability of railway infrastructure through its high efficiency and energy-saving performance that comply with Top Runner standards. We will handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Substation equipment within stations - Power supply to signaling equipment - Power supply for maintenance and servicing - Power supply to tunnel equipment 【Effects of Implementation】 - Energy savings through reduced power loss - Maintenance of safe operations through stable power supply - Reduction of operational costs - Reduction of environmental impact Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the field of renewable energy, stabilization of the power system is required. In particular, when connecting renewable energy sources with significant output fluctuations, reliable transformers are essential to maintain voltage and frequency stability. The use of inappropriate transformers can lead to system instability and a decline in power quality. The 2026 Top Runner transformer contributes to the stabilization of the power system with its high energy efficiency and energy-saving performance. We will handle everything from proposals to installation work (equipment updates). [Usage Scenarios] - Grid connection for solar power plants, wind power plants, etc. - Power adjustment in storage facilities - Stable supply of renewable energy [Effects of Implementation] - Stabilization of the power system - Energy savings through reduction of power losses - Reduction in electricity costs Sangmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In mining equipment, stable operation under harsh conditions and the recovery of long-term capital investment are required. Maintaining equipment reliability and controlling operational costs are particularly important from the perspective of business continuity. The use of aging transformers increases the risk of production stoppages due to unexpected failures and may lead to rising maintenance costs. The 2026 Top Runner transformer supports stable operation of equipment through high energy efficiency and contributes to the protection of long-term capital investment. We will handle everything from proposals to installation work (equipment renewal). 【Usage Scenarios】 - Various plant equipment within mines - Power supply for mining and beneficiation machinery - Power supply for infrastructure equipment 【Benefits of Implementation】 - Energy savings through reduced power loss - Improved equipment operating rates and maintained productivity - Control of maintenance costs and extension of equipment lifespan Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the textile industry, there is a demand for maintaining and improving production efficiency while also reducing energy consumption. In particular, electricity consumption during the manufacturing process is a critical issue that directly impacts costs. Reducing power loss contributes not only to lower electricity bills but also to achieving corporate environmental impact reduction goals. The 2026 Top Runner Transformer has been developed to meet the needs of the textile industry. We will handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Reduction of electricity consumption on the manufacturing line - Energy conservation for the entire factory - Reduction of running costs through equipment updates 【Benefits of Implementation】 - Reduction in electricity bills - Mitigation of CO2 emissions - Realization of sustainable factory operations Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the food processing industry, the stable operation of production lines is directly linked to the maintenance of product quality and supply systems. Particularly in manufacturing processes that require temperature control and hygiene management, the stability of power supply is essential. Instability in power supply can lead to production line stoppages and a decline in product quality. The 2026 Top Runner Transformer achieves stable power supply with high energy consumption efficiency, contributing to increased productivity for our customers. We will handle everything from proposals to installation work (equipment updates). [Usage Scenarios] - Power supply for production lines - Manufacturing areas requiring temperature control - Power supply to equipment requiring hygiene management [Benefits of Implementation] - Stable operation of production lines - Reduction in electricity costs due to decreased power loss - Contribution to decarbonization Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the paper industry, a stable power supply and control of running costs are required. In particular, reducing power consumption is a critical issue that directly impacts manufacturing costs when operating large-scale equipment. Reducing power loss not only leads to lower electricity bills but also contributes to decarbonization efforts. The 2026 Top Runner transformer addresses these challenges and supports our customers in reducing costs and environmental impact. We handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Main power source for paper plants - Power supply within factories - Promotion of energy conservation 【Benefits of Implementation】 - Reduction in electricity costs - Contribution to decarbonization - Maintenance of productivity through stable power supply Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the steel industry, the large amount of electricity consumption associated with large-scale equipment operation is a significant issue. In particular, reducing electricity costs and ensuring a stable power supply are critical factors directly linked to production efficiency and profitability. Improving energy efficiency is also essential for efforts toward decarbonization and serves as the foundation for sustainable business operations. The 2026 Top Runner transformer meets the needs of the steel industry and contributes to the optimization of electricity use and cost reduction. We will handle everything from proposals to installation work (equipment updates). [Usage Scenarios] - Updating power supply equipment within factories - Reducing electricity costs through higher efficiency - Reducing environmental impact through energy-saving performance [Benefits of Implementation] - Reduction in electricity bills - Improvement in energy efficiency - Contribution to decarbonization Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In ensuring the stable operation and reliability of chemical plants, the stability of power supply is extremely important. In particular, transformers that provide power to various equipment within the plant require high reliability and continuous performance maintenance. Instability in power supply can lead to production line stoppages, decreased product quality, and even safety risks. The 2026 Top Runner Transformer contributes to stable power supply and improved reliability in addressing these unique challenges faced by chemical plants. We handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Power supply to major equipment within the plant - Backup power in redundant systems - Power supply during the introduction of new equipment 【Benefits of Implementation】 - Improved plant operating rates due to stabilized power supply - Reduced risk of unexpected stoppages - Enhanced overall reliability of equipment Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the automotive manufacturing industry, the introduction of energy-efficient equipment is required for stable operation of production lines and cost reduction. In particular, improving energy-saving performance in transformers, which consume a large amount of electricity, is essential not only for reducing electricity costs but also for achieving corporate environmental impact reduction goals. The 2026 Top Runner Transformer addresses these challenges and supports customers' sustainable business operations. We will handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Power supply to production lines within factories - Promotion of energy-saving across the entire facility - Achievement of electricity cost reduction targets 【Benefits of Implementation】 - Reduction in electricity costs due to improved energy consumption efficiency - Contribution to decarbonization - Maintenance of production lines through stable power supply Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In data centers, stable power supply 24 hours a day, 365 days a year is the foundation of business continuity. With the increase in power consumption, improving energy efficiency and the resulting reduction in electricity costs are critical issues directly linked to operational costs. Additionally, efforts towards decarbonization are also being demanded. The TOP ECO 3 series is a high-efficiency transformer that complies with the third judgment criteria of the Top Runner Transformer program, contributing to solving these challenges. We will handle everything from proposals to installation work (equipment updates). 【Usage Scenarios】 - Power supply within data centers - Power supply to server racks - Backup power systems 【Benefits of Implementation】 - Energy savings through reduced power loss - Reduction in electricity costs - Contribution to decarbonization - Improved business continuity through stable power supply Sanmei Co., Ltd. is an authorized distributor (trading company/system integrator) of Daihen Co., Ltd.

• Transformers

In the semiconductor manufacturing industry, precise process control and stable power supply are required. In particular, improving the energy efficiency of the entire manufacturing line is emphasized from both the perspective of reducing running costs and minimizing environmental impact. The 2026 Top Runner transformer meets the third judgment criteria for top runner transformers, which require high energy consumption efficiency, contributing to our customers' energy-saving and decarbonization efforts. We will handle everything from proposals to installation work (equipment updates). [Usage Scenarios] - Power supply to semiconductor manufacturing equipment - Stable power supply in clean rooms - Factory equipment requiring improved energy efficiency [Benefits of Implementation] - Reduction in electricity costs - Reduction in CO2 emissions - Stabilization of manufacturing processes Sanmei Corporation is an authorized distributor (trading company/system integrator) of Daihen Corporation.

• Transformers

The TOP ECO 3 Series (oil-filled transformers and molded transformers) utilizes high-grade silicon steel sheets to reduce power loss, making it a highly efficient transformer manufactured by Daihen that meets the third judgment criteria for top-runner transformers, which require high energy consumption efficiency. It excels in high efficiency and energy-saving performance, contributing to our customers' decarbonization efforts and reduction in electricity costs through improved energy efficiency. Additionally, we offer transformers for data centers and storage facilities, providing optimal transformers tailored to our customers' applications and needs. We handle everything from proposals to installation work (equipment renewal projects) in-house. Sanmei Co., Ltd. is an authorized distributor (trading company and system integrator) of Daihen Co., Ltd.

• Transformers

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

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

• Control Panel
• Mechanical Design
• Contract manufacturing

In the building materials industry, the inspection of exterior finishes emphasizes the importance of maintaining product quality and ensuring aesthetic appeal. Particularly for large, curved products such as roofing and exterior wall materials, inspections must ensure uniform surface conditions and not overlook defects like scratches. In response to these challenges, our curved surface appearance inspection robot combines Yaskawa Electric's collaborative robot with Dexis cameras to achieve scanning inspections of large, curved workpieces. 【Usage Scenarios】 - Inspection of roofing materials - Surface inspection of exterior wall materials - Other appearance inspections of building materials with curved shapes 【Benefits of Implementation】 - Improved inspection quality - Reduction of labor and effort in the inspection process - Shortened takt time

• Inspection robot

In the furniture industry, surface evaluation that does not overlook defects such as surface uniformity, scratches, and dirt is required to maintain the aesthetic and quality of products. Particularly for furniture components with curves and R surfaces, traditional inspection methods may struggle to address these challenges. Our curved surface appearance inspection robot achieves high-precision inspection for such issues. 【Application Scenarios】 - Evaluation of scratches and unevenness on curved surfaces of tables and shelves - Quality maintenance through automated inspection on the manufacturing line 【Benefits of Implementation】 - Stabilization and improvement of inspection quality - Reduction of labor and effort in the inspection process - Increased productivity through shortened takt time

• Inspection robot

In the home appliance industry, the appearance quality of products is directly linked to user satisfaction, so inspections that do not overlook defects such as scratches, dirt, and molding defects on the casing are required. In particular, casings with curved surfaces or R-shaped surfaces are difficult to check with traditional inspection methods due to challenges in achieving uniform lighting and angles, leading to variations in inspection quality and the risk of oversight. Our curved appearance inspection robot addresses these challenges by providing high-precision inspections specifically designed for large and curved workpieces. 【Application Scenarios】 - Inspection of scratches, dirt, and foreign matter in the casings of home appliances (refrigerators, washing machines, air conditioners, etc.) - Detection of defects such as molding defects and wrinkles - Automated appearance inspection on production lines 【Benefits of Implementation】 - Stabilization and improvement of inspection quality - Reduction of labor and effort in the inspection process - Increased productivity through shortened takt time - Establishment of a quality assurance system strengthened by traceability

• Inspection robot

In the shipbuilding industry, extensive and complex curved surface inspections are required for verifying the appearance of the hull. In particular, accurately assessing the condition of surface scratches, foreign objects, and welds on the hull is essential for safe operation and maintenance. Traditional visual inspections have limitations in terms of the range and accuracy of what can be checked, requiring significant time and effort. Our curved surface appearance inspection robot provides an efficient and highly accurate inspection solution to address these challenges. 【Application Scenarios】 - Checking for scratches, dents, and dirt on the hull's outer plates - Inspecting the condition of welds - Detecting paint peeling and cracks - Inspecting curved surfaces of large structures 【Benefits of Implementation】 - Reduced inspection time and improved work efficiency - Enhanced inspection accuracy and reduced oversight - Cost savings through labor reduction - Strengthened quality assurance and traceability

• Inspection robot

In the aerospace industry, visual inspection of parts with complex shapes is crucial to ensure the safety and reliability of aircraft. Accurately assessing surface scratches, irregularities, and the condition of welds is essential for accident prevention. Traditional inspection methods have been time-consuming for extensive and precise checks, making labor-saving a challenge. Our curved surface visual inspection robot addresses these issues, achieving efficient and high-precision inspections. [Application Scenarios] - Surface inspection of aircraft and similar structures - Inspection of parts with complex curved surfaces - Visual confirmation of welds and joints [Benefits of Implementation] - Reduction of inspection takt time - Standardization and improvement of inspection quality - Cost reduction through labor savings - Strengthening of traceability

• Inspection robot

In the automotive industry, maintaining a consistent exterior quality of vehicle bodies is essential for improving product reliability. Particularly for body parts with complex curved surfaces, uniform inspection is crucial. Inadequate inspection can lead to missed detections or false positives. Our curved surface appearance inspection robot combines Yaskawa Electric's collaborative robot with Dexis cameras to achieve scanning inspections of large, curved workpieces. 【Application Scenarios】 - Inspection of complex curved areas of automotive bodies - Detection of appearance defects such as scratches and foreign object adhesion - Automated inspection on production lines 【Benefits of Implementation】 - Stabilization and improvement of inspection quality - Reduction of labor and effort in the inspection process - Increased productivity through shortened takt time

• Inspection robot

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.

• Control Panel
• Servo motor
• Stepping motor

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.

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