三明 Product Lineup

Do you have any of the following concerns? ■ Variability in inspection standards ■ Labor reduction ■ Oversight of defective products ■ Not knowing how to start automating inspections ■ Too many inspection manufacturers making it difficult to decide on implementation In response to these concerns, we propose a combination of optimal inspection cameras and systems to offer a wide variety of appearance inspection solutions. 【Our Solutions】 ■ AI appearance inspection capable of flexible and high-precision inspection even under complex conditions ■ Rule-based inspection that achieves high speed and stable quality ■ Robot inspection with full-circle inspection and versatility 【System Examples】 "Inspection of large and curved surfaces" Scanning inspection with a robot equipped with an inspection camera. By adopting collaborative robots, it is possible for humans to visually confirm identified defects. "High-speed full-circle inspection" Even in processes requiring strict takt times, high-speed imaging is possible by combining high-performance cameras and systems. "For inspections under complex conditions" Flexible and high-precision inspection utilizing learning data even under complex conditions. 【Inspection Examples】 Home appliances, white goods, housing equipment, automotive-related products, food, automotive parts, electronic components, containers, cosmetics, pharmaceuticals.

• Inspection robot
• Visual Inspection Equipment
• Other inspection equipment and devices

CoboPal Touch is a palletizing system that uses Yaskawa Electric's collaborative robot (MOTOMAN-HC35). 【Features】 - Extended reach expands stacking range → Height 2250mm, lateral movement 1400mm * For workpieces with a height of H200mm or more * Depending on palletizing conditions - Flexible pallet arrangement → L-shaped arrangement for 2 pallets, arrangement for 3 pallets, arrangement for 4 pallets, etc. 【Product Lineup】 1. Robot control panel: Integrated type with built-in frame 2. Robot control panel: Separate SLIM type 【Compatible Workpieces】 Cardboard boxes, containers, bags, styrofoam boxes, one-gallon cans, etc. 【Hand Lineup (Examples)】 - Cardboard box suction - Multiple box simultaneous suction - Bag body suction - Pail can suction - Container gripping - Folding container gripping - Styrofoam box gripping - Plastic case gripping

• Articulated Robot
• Transport and handling robots
• Palletizer

In the mixing and stirring processes of the paint and ink industry, there is a risk of explosion due to the handling of flammable substances. Explosion-proof equipment is essential for maintaining a safe working environment and ensuring precise process control. Explosion-proof tachometers support the safe and accurate operation of mixing and stirring devices by detecting voltage and frequency proportional to the rotation speed. 【Usage Scenarios】 - Mixing and stirring devices for paints and inks using flammable solvents - Ink manufacturing lines where dust may be generated - Speed monitoring of various rotating equipment installed in explosion-proof areas 【Benefits of Implementation】 - Safe equipment operation in compliance with explosion-proof regulations - Stabilization of mixing and stirring processes and improvement of quality - Ensuring worker safety and reducing the risk of accidents

• Other motors
• encoder

In the pharmaceutical industry, quality control requires the safe and accurate operation of manufacturing processes. Particularly in environments handling flammable substances, strict safety measures are necessary to minimize the risk of explosions. Equipment malfunctions or ignition from sparks can lead not only to a decline in product quality but also to serious accidents. Explosion-proof tachometers address these risks and enable stable speed detection in a safe environment. 【Usage Scenarios】 - Speed monitoring of rotating equipment in pharmaceutical manufacturing lines - Safety management of experimental devices in research and development - Understanding equipment operating conditions in hazardous areas 【Benefits of Implementation】 - Safe equipment operation in environments with explosion risks - Stabilization of manufacturing processes and maintenance of quality - Increased reliability through compliance with regulations

• Other motors
• encoder

In mining, safe equipment operation is required in environments where dust generation is unavoidable. In particular, accurately understanding the speed of rotating equipment is crucial for abnormal detection and safety management. Equipment failures or malfunctions caused by dust can lead to decreased productivity and increased risk of accidents. Explosion-proof tachogenerators provide safe and reliable speed detection in sites where such dust measures are essential. 【Usage Scenarios】 - Conveyor systems at mining sites - Drive components of beneficiation equipment - Tunnel boring machines - Various plant equipment prone to dust generation 【Benefits of Implementation】 - Safe speed measurement in dusty environments - Early detection of abnormal signs in equipment - Maintenance and improvement of productivity - Reduction of accident risks

• Other motors
• encoder

In the process monitoring of petrochemical plants, safe and stable operation of equipment is required. Particularly in environments where flammable gases or vapors are present, the explosion-proof performance of electrical equipment becomes extremely important. Improper use of equipment increases the risk of serious accidents such as fires and explosions. Explosion-proof specification taco generators adopt safety-enhanced explosion-proof structures and pressure-resistant explosion-proof structures in compliance with labor safety and health laws, and have passed rigorous explosion-proof performance tests. This enables safe process monitoring and contributes to the improvement of plant reliability. 【Usage Scenarios】 - Speed monitoring of rotating equipment in flammable atmospheres - Acquisition of feedback signals in the plant's automatic control system - Early detection of abnormalities and execution of safe shutdown sequences 【Benefits of Implementation】 - Safe operation of equipment in explosion-proof areas - Stabilization of processes and maintenance of production efficiency - Reduction of accident risks and improvement of plant reliability

• Other motors
• encoder

At gas plant sites, accurate flow measurement in environments where flammable gases are present is essential for safe operations. In particular, high safety standards are crucial for measuring instruments, and explosion-proof performance to prevent any potential spark generation is emphasized. Explosion-proof tachogenerators meet these stringent safety standards and enable reliable flow measurement. As alternating current speed generators that detect voltage and frequency proportional to the rotational speed applied to the rotor, various detectors for speed detection are manufactured to support the safe and efficient operation of gas plants. 【Usage Scenarios】 - Precise monitoring of gas flow - Strengthening safety management within the plant - Integration with various measuring instruments 【Benefits of Implementation】 - Reduced accident risk through improved safety - Optimization of process management through accurate flow measurement - Contribution to stable operations through reliable data acquisition

• Other motors
• encoder

In the solvent manufacturing transfer and filling process, ensuring safety in environments where flammable gases and vapors are present is the top priority. In particular, managing the speed of rotating equipment is essential for stable operation of the process and accident prevention. Inadequate speed detection can lead to overloads and abnormal rotations, increasing the risk of fire and explosion. Explosion-proof tachogenerators address these risks and provide safe and accurate speed detection. 【Application Scenarios】 - Monitoring the rotational speed of solvent transfer pumps - Controlling the filling speed of filling machines - Managing the speed of various rotating equipment in explosion-proof areas 【Benefits of Implementation】 - Safe equipment operation in compliance with explosion-proof regulations - Stabilization of processes and improvement of productivity - Reduction of accident risks

• Other motors
• encoder

In the textile processing industry, particularly in dyeing management, stability and safety of the processes are required. The precise amount of dye and temperature control are directly linked to product quality, and even slight errors are not permitted. Additionally, in environments where flammable gases or vapors may be present, explosion-proof performance is essential. Explosion-proof tachometers address these challenges by enabling safe and accurate speed detection, thereby enhancing the reliability of dyeing management. 【Usage Scenarios】 - Monitoring the rotation speed of dyeing machines - Monitoring the mixing and circulation speed of dye solutions - Use in dyeing environments where safety is required 【Benefits of Implementation】 - Improved quality through stabilization of the dyeing process - Ensured safety of the working environment - Efficient production through precise speed control

• Other motors
• encoder

In metal processing (grinding and painting) environments, there is a possibility of dust and flammable gases being generated, necessitating the maintenance of a safe working environment. In particular, proper control of the ventilation system is essential for ensuring worker safety and maintaining product quality. Inadequate ventilation can lead to the accumulation of dust and flammable gases, increasing the risk of accidents. Explosion-proof tachometers can operate safely in such environments, accurately detecting the rotational speed of the ventilation system and enabling appropriate ventilation control. 【Usage Scenarios】 - Ventilation control in areas where dust is generated during the grinding process - Ventilation control according to the concentration of flammable gases in painting booths - Monitoring the rotational speed of blowers and exhaust fans in explosion-proof areas 【Benefits of Implementation】 - Improved safety of the working environment - Reduced risks from dust and flammable gases - Support for the efficient operation of the ventilation system

• Other motors
• encoder

In the agricultural sector, particularly in the management of fertilizer and pesticide manufacturing, ensuring safety in environments that handle flammable substances is extremely important. In locations that may pose a risk of explosion, the explosion-proof performance of electrical equipment is strictly required. The use of inappropriate equipment can lead to serious accidents. Explosion-proof specification taco generators comply with the regulations set forth by the Occupational Safety and Health Act and adopt safety-enhanced explosion-proof structures and pressure-resistant explosion-proof structures that conform to the "Factory Electrical Equipment Explosion-Proof Policy" of the Ministry of Labor's Industrial Safety Research Institute, having passed rigorous explosion-proof performance tests. This contributes to maintaining a safe manufacturing environment. 【Application Scenarios】 - Various manufacturing lines within fertilizer and pesticide manufacturing plants - Areas where flammable gases or dust may be generated - Locations requiring speed monitoring and control of rotating equipment 【Benefits of Implementation】 - Improved safety in environments with explosion risks - Stable operation and reliability of manufacturing processes - Enhanced compliance through adherence to regulations

• Other motors
• encoder

In the battery manufacturing industry, especially in electrolyte management, ensuring safety in environments that handle flammable substances is the top priority. Processes that use rotating equipment, such as the transfer and stirring of electrolytes, carry risks of static electricity generation and ignition from sparks. To reduce these risks and maintain a safe working environment, the introduction of explosion-proof equipment is essential. Explosion-proof tachogenerators are designed to meet these stringent safety standards and enhance safety in electrolyte management. 【Usage Scenarios】 - Monitoring the rotational speed of electrolyte transfer pumps - Controlling the rotational speed of stirrers - Safety management of various rotating equipment on the production line 【Benefits of Implementation】 - Reduced risk of ignition and explosion - Improved safety of the working environment - Stabilization of the manufacturing process

• Other motors
• encoder

In the field of biotechnology culture management, precise environmental control and safety assurance are required. In particular, the stable operation of equipment during the culture process and explosion-proof measures to prevent accidents are crucial elements that influence the reliability of research and development. Explosion-proof tachometers meet these demands, enabling safe and accurate speed detection. 【Usage Scenarios】 - Monitoring the rotation speed of bioreactors - Speed control of stirring devices within culture tanks - Use in experimental environments where safety is required 【Benefits of Implementation】 - Stabilization of the culture process and improvement of reproducibility - Ensuring safety in the working environment - Promotion of research and development through reliable data acquisition

• Other motors
• encoder

In the aerospace field, actuator applications require high reliability and precise control. In particular, stable operation in harsh environments and compact, lightweight designs that can be mounted in limited spaces are crucial factors that influence system performance and safety. Brushed DC motors are manufactured to meet these demands, tailored to customer specifications, starting from a single unit. 【Application Scenarios】 - Actuators for aircraft and spacecraft - Drive components for precision equipment - Control systems in special environments 【Benefits of Implementation】 - Contributes to the miniaturization and lightweight design of actuators - Achieves stable operation in harsh environments - Enhances system performance through precise control

• DC Motor
• DC Motor

In drones, lightweight and high-precision drive components are required for stable flight and accurate attitude control. In particular, to achieve miniaturization of the airframe and long flight times, compact, lightweight, and highly reliable motors are essential. Inappropriate motors can lead to flight instability and increased battery consumption. Brushed DC motors meet the attitude control needs of drones with their compact, lightweight design and high reliability. 【Usage Scenarios】 - Actuators for drone attitude control - Camera gimbal drive - Payload operation 【Benefits of Implementation】 - Extended flight time due to weight reduction of the airframe - Stable flight through precise attitude control - Improved design flexibility due to miniaturization

• DC Motor
• DC Motor

In the field of security, camera pan-tilt applications require precise movement and stable performance. Especially for wide-area surveillance and tracking of subjects, smooth and accurate camera movement is essential. Inadequate driving can lead to surveillance gaps or false detections. Brushed DC motors, while compact and lightweight, support the precise pan-tilt operation of cameras, ensuring reliable security monitoring. 【Use Cases】 - Pan-tilt mechanisms for surveillance cameras - Stabilization of cameras mounted on drones - Driving for robotic vision systems 【Benefits of Implementation】 - Enables wide-area and accurate surveillance - Improves tracking accuracy of subjects - Contributes to the miniaturization and lightweight design of the entire system

• DC Motor
• DC Motor

In robotic joint drive, motors that are small, lightweight, and possess sufficient torque are required to achieve smooth and precise movements. Particularly in robots with a wide range of motion or many joints, the weight of the motors affects overall mobility and power consumption, making miniaturization an important challenge. Additionally, durability to withstand long hours of continuous operation and repetitive movements is essential. Brushed DC motors have been developed to meet these needs. 【Application Scenarios】 - Joint drive for multi-joint robots - Precise movements of industrial robot arms - Mobility mechanisms for service robots - Control actuators for drones and autonomous robots 【Benefits of Implementation】 - Improved mobility through overall weight reduction of the robot - Reduced power consumption - Enhanced task execution capabilities through precise motion control - Lower maintenance costs due to long lifespan

• DC Motor
• DC Motor

In personal mobility, reducing the weight of the vehicle directly affects driving performance and battery life, making it an important factor. A lightweight design that still ensures sufficient driving power and high energy efficiency in motors is required. Our brushless DC motors meet these needs and support the further evolution of personal mobility. 【Usage Scenarios】 - Electric wheelchairs - Personal mobility vehicles - Other small mobility devices 【Benefits of Implementation】 - Improved driving performance due to weight reduction - Extended battery life - Enhanced quietness

• Brushless DC Motor

In the automotive industry, particularly in electric power steering, high responsiveness and stable operation are required. To accurately reflect the driver's intentions and support safe and comfortable driving, motors capable of precise control are essential. Inappropriate motors can lead to delays in steering operation and unstable assistance, potentially affecting the driving experience. Brushless DC motors, which standardly use rare earth magnets, achieve high efficiency while being compact and lightweight, providing a solution that meets the demands of electric power steering. 【Application Scenarios】 - Electric power steering systems - Various actuators in automobiles - Other automotive parts requiring precise control 【Benefits of Implementation】 - Realization of highly responsive steering operations - Comfortable driving assistance through stable assistance - Contribution to the overall miniaturization and lightweight design of the system

• Brushless DC Motor

In the entertainment industry, attractions require precise and stable movements to provide visitors with a safe and enjoyable experience. In particular, the smoothness of movement and the ability to respond to unexpected load fluctuations are crucial factors that influence the immersion and safety of the attraction. Inadequate control can lead to a decline in the performance of the attraction and discomfort for visitors. Torque motors adjust their rotational speed in response to changes in load torque, allowing for flexible adaptation to the diverse movements of the attraction and sudden load variations, thus achieving smooth and stable operation. 【Usage Scenarios】 - Attraction devices requiring movement control - Starting and driving conveyor belts - Cable reel winding and unwinding - Other devices requiring precise movements 【Benefits of Implementation】 - Improved smoothness and stability of attraction movements - Providing visitors with a comfortable and safe experience - Flexible response to diverse load fluctuations - Labor-saving and reduction of maintenance inspection costs

• Torque Control
• AC Motor
• Other motors

In the field of aerospace, precise control that can accurately and quickly respond to subtle external forces and environmental changes is required for attitude control. In particular, to stabilize the attitude of satellites and spacecraft, it is essential to appropriately adjust the rotation speed in response to fluctuations in external torque, maintaining a constant attitude at all times. Inadequate control can lead to mission failure or damage to equipment. Our torque motors have the characteristic of changing rotation speed in response to changes in load torque, contributing to precise attitude control. [Application Scenarios] - Attitude stabilization of satellites and spacecraft - Drive control of precision instruments - Precise positioning of actuators [Benefits of Implementation] - Achievement of high-precision attitude control - Improved responsiveness to changes in external environments - Increased reliability in mission execution

• Torque Control
• AC Motor
• Other motors

In the automotive industry, particularly in power steering systems, responsiveness to driver input and stable assistive force are required. In power steering, the load torque during steering operations constantly changes, so it is important to respond accurately to this and provide a smooth and natural steering feel. Inadequate torque control can lead to discomfort while driving and a decrease in safety. Torque motors have the characteristic of varying their rotational speed in response to changes in load torque, contributing to precise torque control in power steering. 【Application Scenarios】 - Torque control in power steering systems - Steering assist mechanisms 【Effects of Implementation】 - Improved responsiveness to driving operations - Achieving a smooth and natural steering feel - Enhanced control stability of the entire system

• Torque Control
• AC Motor
• Other motors

In large-scale facilities, preventing gas leaks is an important issue in safety management. In particular, it is necessary to accurately grasp the operational status of equipment and detect abnormalities early. Inadequate speed control and detection can lead to equipment malfunctions or unexpected shutdowns, which may increase the risk of gas leaks. AC tachogenerators and DC tachogenerators contribute to preventing gas leaks by accurately detecting voltage and frequency proportional to rotational speed, allowing for early detection of equipment abnormalities. 【Usage Scenarios】 - Monitoring the rotational speed of ventilation and exhaust equipment in large-scale facilities - Checking the operational status of pumps and blowers in gas supply equipment - Reducing the risk of gas leaks through integration with abnormal detection systems 【Benefits of Implementation】 - Early detection of abnormal signs in equipment to prevent gas leak accidents - Achieving safe facility operations - Improving the efficiency of maintenance inspections

• encoder

In the entertainment industry, smooth and reliable movement is considered essential for enhancing the visitor experience in attractions. In particular, high-reliability drive components are indispensable for achieving safe and smooth operation. Brushed DC motors meet these needs and accurately support the diverse movements of attractions. 【Usage Scenarios】 - Ride elevation and rotation mechanisms - Moving parts of exhibits - Control components for interactive content 【Benefits of Implementation】 - Achieves smooth operation of attractions - Contributes to ensuring visitor safety - Reduces maintenance frequency

• DC Motor
• DC Motor

In home appliances, especially in the control of water heaters, stable operation and long lifespan are required. Reliable motors are essential for precise control, such as the opening and closing of pumps and valves in water heaters. The use of inappropriate motors can lead to decreased product performance and failures, potentially compromising user comfort. Brushed DC motors, while compact and lightweight, achieve stable torque and long lifespan, supporting reliable control of water heaters. 【Application Scenarios】 - Pump drive for water heaters - Control of valve opening and closing in water heaters - Other precise operation control in home appliances 【Benefits of Implementation】 - Improved stable operation and reliability of water heaters - Extended product lifespan - Enhanced quietness providing a comfortable usage environment

• DC Motor
• DC Motor

In the automotive industry, seat adjustment requires quiet and smooth operation, as well as installation in limited spaces. Particularly, precise positioning and stable driving force are essential to enhance passenger comfort and operability. Insufficient performance can lead to abnormal noises, decreased operability, and even early wear of components. Brushed DC motors address these challenges with their compact and lightweight design and high-precision control, enabling comfortable adjustments of automotive seats. 【Usage Scenarios】 - Forward and backward, up and down, and reclining adjustments of automotive seats - Position memory for seats with memory functions - Electric adjustments for passenger and rear seats 【Benefits of Implementation】 - Improved comfort through quietness and smooth operation - Increased design flexibility for vehicles due to space-saving design - Accurate seat positioning through precise control - Reduced maintenance burden due to durability

• DC Motor
• DC Motor

In industrial equipment transport lines, stable drive and space-saving solutions are required. Particularly in cases of frequent operation and the transport of heavy items, a reliable power source is essential. Insufficient power or frequent failures can lead to line stoppages and decreased productivity. Brushed DC motors provide driving power that meets various needs of transport lines while being compact and lightweight. 【Application Scenarios】 - For AGV drive - For electric transport vehicle drive - For power cylinder drive - For electric hoist drive 【Benefits of Implementation】 - Contributes to space-saving - Achieves stable transport lines - Reduces maintenance frequency

• DC Motor
• DC Motor

In the field of measurement instruments, precise operation is essential for lens drive, where compactness, lightweight design, and stable driving force are indispensable. Particularly, fine positioning and smooth movement are crucial to maximize the performance of optical systems. Inappropriate motor selection can lead to image blur and decreased measurement accuracy. Brushed DC motors achieve a balance between compact lightweight design and reliable driving force, meeting the needs for high-precision lens drive. 【Usage Scenarios】 - Camera modules - Microscopes - Measuring devices 【Benefits of Implementation】 - High-precision lens positioning - Improved image quality through smooth drive - Miniaturization and weight reduction of devices

• DC Motor
• DC Motor

In the agricultural sector, automatic irrigation systems require compact and lightweight equipment that can provide a stable water supply and accommodate installation site constraints. Particularly for outdoor use or installation in limited spaces, a compact and reliable drive component is essential. Inadequate drive components can lead to system malfunctions and increased maintenance burdens. Brush DC motors are small and lightweight while delivering the performance required for driving pumps and valves in automatic irrigation systems. 【Usage Scenarios】 - Pump drive for automatic irrigation systems in farmland - Opening and closing irrigation valves in greenhouses - Driving valves for water level adjustment in rice paddies 【Benefits of Implementation】 - Enables system construction in a space-saving manner - Durability suitable for outdoor installation - Improved efficiency in water management due to stable operation

• DC Motor
• DC Motor

In the field of industrial robots, precise movements and high responsiveness are required. Especially for robotic arms that perform complex tasks or delicate handling, high-precision drive with no room for even slight errors is essential. Inappropriate driving can lead to a decline in work quality and, in some cases, damage to the equipment. Brushless DC motors, which standardly use rare earth magnets, achieve high efficiency while being compact and lightweight, supporting the precise movements of industrial robots. 【Usage Scenarios】 - Joint drive for robotic arms - Precision transport devices - Positioning on automated lines 【Benefits of Implementation】 - High-precision motion control - Space-saving - Improved energy efficiency

• Brushless DC Motor

In drone flight control, precise operability and stable flight performance are required. Especially for long-duration flights and complex maneuvers, motors that are lightweight yet deliver sufficient power and have high energy efficiency are essential. Motors with inadequate performance can lead to reduced flight time, decreased operability, and even instability during flight. Brushless DC motors, by standardizing the use of rare earth magnets, achieve compactness, lightweight design, and high efficiency, contributing to the improvement of drone flight performance. 【Usage Scenarios】 - Drone propulsion systems - Precise flight control - Long-duration flights 【Benefits of Implementation】 - Improved flight performance - Enhanced operability - Extended flight time

• Brushless DC Motor

In the field of power tools, powerful operation and durability to withstand long hours of use are required. Particularly in tasks that require high torque, stable power supply and efficient energy conversion significantly impact work efficiency and finish quality. Insufficient torque can lead to delays in work and damage to tools. Brushless DC motors, which standardly use rare earth magnets, achieve high efficiency while being compact and lightweight. They can accommodate a wide range of outputs from several tens of watts to several kilowatts, and can be manufactured to optimal voltage, output, and rotation speed even with battery power. 【Application Scenes】 - Cordless power tools (drills, grinders, etc.) - Industrial robotic arms - Drive components of construction machinery 【Benefits of Implementation】 - Powerful and stable torque supply - Improved operability due to the miniaturization and lightweight of tools - Extended battery operating time

• Brushless DC Motor

In the logistics industry, automated transport systems require stable operation of AGVs (Automated Guided Vehicles). In particular, for efficient transport in limited spaces and long hours of continuous operation, compact, lightweight, and high-efficiency motors are essential. If these elements are not met, it may lead to a decrease in transport capacity and a deterioration in the overall energy efficiency of the system. Brushless DC motors, which standardly use rare earth magnets, achieve compactness, lightweight design, and high efficiency, contributing to the performance improvement of automated transport systems. 【Usage Scenarios】 - Operation and elevation of AGVs (Automated Guided Vehicles) - Automated transport systems within warehouses - Automation lines within factories 【Benefits of Implementation】 - Increased load capacity due to miniaturization and weight reduction of AGVs - Reduction in running costs through energy savings - Realization of stable transport capacity through high efficiency

• Brushless DC Motor

In the automation of agricultural machinery, precise control and reliable operation are required. In particular, to improve work efficiency and reduce labor in the field, the reliable operation of each mechanism and durability under harsh conditions are crucial. Insufficient power or control can lead to delays in work and machine failures. Brushless DC motors can accommodate from several tens of watts to several kilowatts, and can be manufactured with optimal voltage, output, and rotation speed even with battery power. We propose compact, lightweight, and highly efficient motors using rare earth magnets as standard. 【Application Scenarios】 - Driving autonomous tractors - Controlling pesticide spraying drones - Driving the arms of harvesting robots - Conveying lines for sorting machines 【Benefits of Implementation】 - Labor savings through automation of work - Improved work quality through precise control - Expanded operational range due to battery power - Increased design flexibility of machinery due to compactness and lightweight design

• Brushless DC Motor

In the field of medical devices, especially in applications requiring a sterile environment, stable operation of the equipment and high reliability are essential. Maintaining a sterile environment requires airtightness to prevent external contamination and a design that allows for easy cleaning and sterilization. Additionally, motors capable of precise control maximize the performance of the equipment and contribute to ensuring patient safety. Brushless DC motors have been developed to meet these demands. 【Usage Scenarios】 - Drive components of devices that maintain a sterile environment - Medical devices requiring precise operation - Equipment designed for easy cleaning and sterilization 【Benefits of Implementation】 - Improved reliability due to stable operation of the equipment - Enhanced precision of medical procedures through precise control - Improved maintainability

• Brushless DC Motor

In the energy industry, improving the efficiency of equipment and systems, as well as energy conservation, are important challenges. Particularly in equipment with high operating rates, the power consumption and heat generation of motors significantly impact overall energy efficiency. Inappropriate motor selection can lead to increased energy costs and a decline in equipment performance. Brushless DC motors, with the standard use of rare earth magnets, achieve high efficiency while being compact and lightweight, contributing to improved energy efficiency. 【Application Scenes】 - Drive components of various plant equipment - Fan motors for energy management systems - Equipment related to renewable energy 【Effects of Implementation】 - Reduction in running costs due to decreased power consumption - Improvement in overall energy efficiency of equipment - Optimization of installation space due to miniaturization

• Brushless DC Motor

In industrial machinery transport control, it is essential to flexibly respond to fluctuations in load torque and maintain a stable rotational speed. Particularly in situations that require a constant torque, such as the startup of belt conveyors and the driving of feed rolls, variations in rotational speed due to load fluctuations can potentially affect production efficiency and product quality. Torque motors have the characteristic of changing rotational speed in response to changes in load torque, addressing these challenges. 【Application Scenarios】 - Startup of belt conveyors - Driving of feed rolls - Loss compensation for various rolls - Cable reel winding, unwinding, and stabilization for trolleys and cranes 【Benefits of Implementation】 - Improved production efficiency through stable transport control - Flexible response to load fluctuations - Enhanced stability during startup due to high torque generation at low speeds

• Torque Control
• AC Motor
• Other motors

In the printing industry, the stability of paper feeding directly affects product quality. When the load torque fluctuates due to the thickness and condition of the paper, the feeding speed becomes unstable, which can lead to printing misalignment and paper jams. To address these challenges and achieve stable paper feeding, a drive source that can respond to changes in load torque and appropriately adjust the rotation speed is required. Torque motors contribute to solving the challenges of paper feeding in the printing process. 【Application Scenarios】 - Driving the paper feeding rolls of printing machines - Loss compensation for various rolls 【Benefits of Implementation】 - Improved printing quality through stabilization of paper feeding - Reduction of paper jams and troubles - Increased production efficiency

• Torque Control
• AC Motor
• Other motors

In the semiconductor manufacturing industry, particularly in wafer transport, precise and stable operation is required. Variations in load torque during transport pose risks of misalignment or damage to the wafers. In response to these challenges, torque motors achieve stable transport by adjusting the rotation speed in accordance with changes in load torque, thereby contributing to improved reliability in the manufacturing process. 【Application Scenarios】 - Driving wafer transport devices - Transport lines requiring precise positioning - Transport systems where vibration and shock need to be minimized 【Benefits of Implementation】 - Improved stability during wafer transport - Reduced transport errors - Increased yield in the manufacturing process

• Torque Control
• AC Motor
• Other motors

In the textile industry, a drive source that can flexibly respond to variations in load torque, such as changes in yarn tension and fabric thickness, is required for loom drives. In particular, preventing yarn breakage and fabric unevenness at stable rotation speeds directly impacts product quality. Torque motors address these challenges by varying the rotation speed in response to changes in load torque, thereby supporting stable production. 【Application Scenarios】 - Main drive of looms - Drive of yarn feeding rolls - Drive of fabric feeding devices 【Benefits of Implementation】 - Increased productivity due to reduced yarn breakage - Improved quality due to enhanced fabric uniformity - Stable high torque supply at low speeds

• Torque Control
• AC Motor
• Other motors

In robotic joint actuation, smooth and precise movement is required under conditions where external load torque constantly fluctuates. In particular, accurate positioning and responsiveness to unexpected external forces are crucial. Inadequate torque control can lead to instability in movement and, in the worst case, damage. Torque motors have the characteristic of varying their rotational speed in response to changes in load torque, achieving stable operation and high responsiveness in robotic joint actuation. 【Application Scenarios】 - Actuation of each joint in a robotic arm - Drive units of mobile robots - Precise motion control of collaborative robots 【Benefits of Implementation】 - Improved stability of robot movements - Enhanced responsiveness to external loads - Realization of precise positioning control

• Torque Control
• AC Motor
• Other motors

In the control of construction machinery rotation, stability of operation and precise maneuverability are required. Particularly during the rotation of heavy machinery and cranes, smooth and accurate rotational control is essential even under conditions where load torque fluctuates. Inadequate control can lead to decreased work efficiency and safety issues. Torque motors have the characteristic of varying rotational speed in response to changes in load torque, providing stable performance in the rotation control of construction machinery. 【Application Scenarios】 - Rotation mechanisms of construction machinery - Lifting and rotating operations of cranes - Control of excavator arms and booms 【Benefits of Implementation】 - Smooth operation during rotation - Precise positioning control - Improved work efficiency

• Torque Control
• AC Motor
• Other motors

In the energy industry, particularly in wind power generation, precise control is required to flexibly respond to changes in wind conditions and maintain stable power generation. The ability to accurately follow fluctuations in load torque during the adjustment of wind turbine blade angles and the appropriate torque transmission to the generator is essential for improving power generation efficiency and protecting equipment. Torque motors contribute to meeting these demands and enhancing the reliability and efficiency of wind power generation systems. 【Application Scenarios】 - Adjustment of wind turbine blade angles - Torque transmission to generators - Control of various drive systems 【Effects of Implementation】 - Rapid response to changes in wind conditions - Improved power generation efficiency - Stable operation of equipment

• Torque Control
• AC Motor
• Other motors

In the battery manufacturing industry, particularly in flammable gas detection systems, ensuring safety and accurate operation is essential. The leakage of flammable gases can lead to serious accidents, making the reliability of related equipment extremely important. AC tachogenerators and DC tachogenerators accurately detect the rotational speed of the prime mover and support the smooth operation of safety systems. In particular, explosion-proof tachogenerators with pressure-resistant and explosion-proof specifications are designed for safe use in environments where flammable gases are present, contributing to the achievement of customer safety standards. 【Usage Scenarios】 - Monitoring the speed of the prime mover in flammable gas detection systems - Generating trigger signals for safety devices - Abnormality detection systems in manufacturing lines 【Benefits of Implementation】 - Rapid detection and response in the event of flammable gas leakage - Maintenance of safe operation in manufacturing lines - Reduction of accident risks and ensuring employee safety

• encoder

In the wood processing industry, managing the risk of dust explosions is of great importance. In particular, abnormal rotation or stopping of rotating equipment can lead to the dispersion of dust, potentially causing fires or explosions. Therefore, accurate and reliable speed detection is essential for maintaining a safe working environment. AC tachogenerators and DC tachogenerators address these challenges and support safe operations. 【Usage Scenarios】 - Monitoring the speed of the prime mover of wood processing machinery - Early detection of abnormal rotation - Coordination with safety devices 【Benefits of Implementation】 - Reduction of dust explosion risks - Improvement of workplace safety - Stable operation of machinery

• encoder