MACOME CORPORATION Product Lineup

Magnetic induction AGV sensors - Established manufacturer Feel free to consult us about in-house AGV production. Numerous adoption records with domestic and international AGV manufacturers.

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You can easily measure areas where you previously used a tape measure or gauge with digital display measurement. This applies to cutting aluminum and woodworking materials. Digital display of rulers. Replacement for optical, contact, and wire encoders. We have many maintenance records for discontinued products from other companies (Easy Scale VP-90). *There are cases where the display unit can be reused. There are numerous adoption records in in-house jigs (contributing to Kaizen proposals). Please also make use of it for DIY projects. Since it is magnetic, there are no miscounts due to contamination from non-magnetic materials. With the SI-140PAC, you can use it immediately if you have AC100V power supply. First, please watch the video (YouTube). *Sample units available for evaluation.

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This product was born from our company's linear encoder detection technology. It detects the magnetic field of the N and S poles and outputs the rotational displacement in analog form. By using a two-pole magnet, a detection distance (the gap between the sensor and the magnetic body) of 8mm ± 2mm is achieved. Eccentricity is allowed up to Φ1mm (±0.5mm). Due to the lack of mechanical connections, it is resistant to vibration and shock, making it suitable for use in rotating parts of robotic arms and construction machinery without coupling. Additionally, due to the absence of resistance, it can also be applied to tension control for films and paper. Please consult us regarding changes to the shape of the magnetic body. Sister product: Rotary encoder We also have the MRE-5049 with transistor AB phase output. *Linear sensor, linear rotary sensor We have evaluation samples available, so please feel free to contact us.

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This product is an eddy current welding position detection sensor that utilizes changes in eddy currents at the target welding position. This product consists of a detection sensor (hereinafter referred to as the sensor) and a controller. The sensor converts the eddy current detection signal into a digital signal and communicates with the controller via serial data. The controller performs signal processing and threshold comparison. The comparison result is output as a switch signal. *If you lend us a workpiece, we will investigate whether it can be detected free of charge. Please feel free to contact us.

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We have numerous adoption records for small to large-scale multi-story parking lots both domestically and internationally. We have also received feedback that switching to our product has significantly reduced malfunctions. It detects magnets (magnetic force), allowing for a detection range.

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If you are detecting the already built-in magnet, adjustments may be necessary.

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A comprehensive A4 full-color 20-page "Solution Guide" featuring Makome Laboratory's representative products with excellent environmental resistance has been completed. Featured products include magnetic sensors, magnetic proximity switches, magnetic scales, potentiometers, encoders, AGV guidance sensors (guide sensors), inclinometers, and more. Please use this guide to help select sensors suitable for your operating environment. An English version is also available. *If you would like to obtain a copy, please feel free to contact us via the inquiry form or at our sales office.

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This is a lot-type linear potentiometer with excellent environmental resistance, waterproof and dustproof. We also accommodate various custom requests. Please feel free to contact us.

• Distance measuring device

This is a highly water-resistant magnetic sensor with numerous applications in ships. Please consult us about cable extensions without joints and waterproof connectors.

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• Level gauges and level switches

In the automotive industry, accurate position detection is required to improve safety and reliability. This is especially important for use in harsh environments and for stable operation over long periods. Optical sensors are susceptible to dust, vibration, and temperature changes, which may necessitate maintenance. Our magnetic sensors provide non-contact operation, are resistant to dust and vibration, and achieve stable position detection even in harsh environments. 【Application Scenarios】 - Body position detection - Door open/close detection - Seat position detection - Gear position detection - Steering position detection 【Benefits of Implementation】 - Non-contact design ensures long life and maintenance-free operation - Resistant to dust, vibration, and temperature changes, allowing for stable detection - Individual extraction of N-pole and S-pole signals enables diverse control options - Peace of mind with a 3-year warranty

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In the industrial robot industry, accurate position detection is essential for safe operation and efficient work. Particularly in harsh environments such as those with oil, dust, and vibrations, the reliability of sensors becomes crucial. Our magnetic sensors utilize magnetism, making them resistant to dirt and enabling stable position detection even in severe conditions. 【Application Scenarios】 - Position detection of robotic arms - Detection of the presence or absence of workpieces - Detection of the robot's origin position 【Benefits of Implementation】 - High durability reduces maintenance frequency - Individual outputs for N and S poles facilitate control - Waterproof design prevents failures due to water exposure

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In the gaming machine industry, sensors with high reliability and durability are required to prevent fraudulent activities. In particular, accurate detection capabilities and robustness against environmental changes are crucial to prevent external manipulation and tampering. Our magnetic sensors utilize magnetism, making them resistant to dirt and suitable for outdoor use. They independently output signals for both the North and South poles, which aids in fraud detection. 【Application Scenarios】 - Detection of unauthorized modifications to gaming machines - Detection of operations using unauthorized magnets - Detection of cabinet opening and closing 【Benefits of Implementation】 - Deterrence of fraudulent activities - Improved safety of equipment - Reduction in maintenance costs

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In the field of smart agriculture, it is essential to accurately grasp the growth conditions of crops and environmental data to provide optimal watering, fertilizer supply, and pest control. Especially for outdoor use, the durability and reliability of sensors are crucial. Our magnetic sensors are resistant to dirt and suitable for outdoor use. They can detect the N and S poles individually, making them useful for various control applications. 【Application Scenarios】 - Control of irrigation systems - Control of fertilizer supply systems - Management of crop harvesting 【Benefits of Implementation】 - Efficient agricultural management through accurate data acquisition - Improved system reliability - Cost reduction through labor savings

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In the automotive industry's quality assurance, the precise positioning of welding is a crucial factor that affects the safety and durability of products. Visual inspections and conventional image sensors may struggle to accurately determine the position of welds. This is especially true in areas that have been painted or plated, where detection can become challenging. Our welding position detection sensor utilizes eddy currents to non-destructively detect the welding position even beneath paint or plating. This contributes to stabilizing welding quality and improving the efficiency of inspection processes. *If you lend us a workpiece, we will investigate whether detection is possible free of charge. Please feel free to contact us. [Application Scenarios] - Quality control in the welding process of automotive parts - Inspection of welding positions after painting and plating - Early detection of welding defects [Benefits of Implementation] - Improvement in welding quality - Reduction in inspection time - Decrease in defective products

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In the bridge construction industry, quality control of welding is crucial to ensure the safety of structures. Misalignment or defects in welds, which are often overlooked by visual inspections or conventional sensors, can lead to a decrease in the durability of structures. Our welding position detection sensor utilizes eddy currents to accurately detect welding positions even beneath paint or plating. This enables efficient inspections to enhance the safety of bridges. *If you lend us your workpiece, we will investigate whether detection is possible free of charge. Please feel free to contact us. [Application Scenarios] - Inspection of welding joints in bridges - Confirmation of welding positions after painting or plating - Quality control through non-destructive testing [Benefits of Implementation] - Early detection of welding defects - Reduction of inspection time - Improvement of structural safety

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In the energy infrastructure industry, the safety of equipment and efficient operation are essential. In particular, welded parts of plants and pipelines require regular inspections and appropriate maintenance to prevent damage from corrosion and deterioration. Visual inspections and conventional image sensors may find it difficult to accurately identify the exact location of welds. Our weld position detection sensor utilizes eddy currents to accurately detect weld positions even beneath paint or plating. This streamlines non-destructive testing of infrastructure equipment and contributes to safety management. *If you lend us the workpiece, we will investigate the detection capability free of charge. Please feel free to contact us. [Application Scenarios] - Inspection of welds in plant equipment - Inspection of welds in pipelines - Inspection of welds in infrastructure structures such as bridges [Benefits of Implementation] - Improved safety of equipment through non-destructive testing - Reduced inspection time and cost savings - Prevention of accidents through early detection of abnormalities

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In automotive suspension systems, accurately understanding the stroke amount in response to road surface inputs is crucial for balancing ride comfort and driving performance. Especially when considering use in harsh environments, sensors that are resistant to vibrations and shocks and possess high durability are required. The MP-620 series detects positions without contact, reducing the generation of wear particles and enabling stable measurements over long periods. It accurately captures the movement of the suspension and contributes to improving vehicle performance. 【Application Scenarios】 - Measurement of suspension stroke amounts in automobiles - Performance evaluation of shock absorbers - Feedback control for height adjustment systems 【Benefits of Implementation】 - High durability through non-contact measurement - Suppression of malfunctions due to vibrations and shocks - Improvement in vehicle performance through accurate position information acquisition

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• Liquid level control/level switch

In the display manufacturing industry, the precise adjustment of panel positioning is a crucial factor that affects product quality and performance. In particular, vibrations and shocks during the manufacturing process can cause misalignment, potentially leading to the production of defective products. The non-contact linear displacement sensor MP-620 is designed to be less affected by vibrations and shocks, achieving high-precision position detection to address challenges in panel adjustment. This contributes to improved product quality and increased yield. 【Application Scenarios】 - Panel position adjustment on display manufacturing lines - Transporting and positioning panels with robotic arms - Measuring panel dimensions in inspection equipment 【Benefits of Implementation】 - Improved quality through high-precision position detection - Prevention of damage to products through non-contact measurement - Stable measurements due to a design that is resistant to vibrations and shocks - Reduced adjustment time and increased productivity

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• Liquid level control/level switch

In the energy industry, turbine monitoring is crucial for early detection of equipment anomalies and maintaining stable operations. Turbines operate under high temperature and pressure, requiring accurate measurement of vibrations and displacements. Traditional contact-type sensors carry risks of wear and failure, potentially increasing maintenance costs. The MP-620 series detects turbine positions non-contactly, making it less susceptible to the effects of vibrations and shocks, thus enabling stable measurements. 【Application Scenarios】 - Monitoring turbine shaft positions - Monitoring blade vibrations - Detecting equipment anomalies 【Benefits of Implementation】 - Reduced maintenance costs through non-contact measurement - Early anomaly detection through high-precision measurements - Increased productivity due to stable operations

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In the food processing industry, accurate measurement is crucial for ensuring product quality and safety. In particular, non-contact measurement is required to avoid the risk of foreign object contamination. Additionally, stable measurement capability is essential even in environments with high levels of vibration and shock. The MP-620 series reduces the risk of foreign object contamination in food by performing detection without contact. Its design, which is resistant to vibration and shock, enables a stable weighing process. 【Usage Scenarios】 - Position detection for food filling machines - Accurate position measurement for weighing systems - Position control for packaging machinery 【Benefits of Implementation】 - Reduced risk of foreign object contamination through non-contact measurement - Stable measurement even in vibrating environments - Improved product quality through high-precision positioning

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• Liquid level control/level switch

In the textile industry, precise management of tension during the manufacturing process of threads and fabrics is a crucial factor that affects quality. Inappropriate tension can lead to thread breakage and fabric distortion, potentially resulting in defective products. Our non-contact linear displacement sensor MP-620 detects the position of threads and fabrics without contact, supporting tension management. 【Application Scenarios】 - Tension adjustment for thread winding machines - Control of fabric transport - Thread feeding control for weaving machines 【Benefits of Implementation】 - Non-contact operation prevents damage to threads and fabrics - High-precision position detection allows for accurate tension management - Improvement in product quality and yield enhancement

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• Liquid level control/level switch

In the elevator industry, accurate floor indication and safe operation are required. In particular, sensor failures not only threaten user safety but can also lead to elevator stoppages, resulting in significant damage. Our magnetic sensors are equipped with individual outputs for the N pole and S pole, enabling precise floor detection. With a waterproof design (IP67), they can be safely used in outdoor environments or areas at risk of water exposure. 【Usage Scenarios】 - Elevator floor indication - Accurate position detection - Enhanced safety 【Benefits of Implementation】 - Improved convenience through accurate floor indication - Reduced maintenance costs due to high durability - Enhanced safety

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In the aerospace industry, precise attitude control is required. For accurate attitude detection in harsh environments, sensors with high reliability and durability are essential. Sensors that are resistant to vibrations, temperature changes, and electromagnetic interference are needed. Our magnetic sensors utilize magnetism, making them resistant to dirt and suitable for outdoor use. They are equipped with separate outputs for the North and South poles, allowing for accurate acquisition of the information necessary for attitude control. 【Application Scenarios】 - Aircraft attitude control - Spacecraft attitude control - Drone attitude control 【Benefits of Implementation】 - High-precision attitude detection - Stable operation in harsh environments - Flexible system design through individual outputs for the North and South poles

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In the logistics industry, conveying systems require accurate position detection and durability in harsh environments. Particularly in environments prone to dust, moisture, and vibration, the reliability of sensors is crucial. Our magnetic sensors utilize magnetism, making them resistant to dirt and suitable for outdoor use. They are equipped with individual outputs for the North and South poles, allowing for precise tracking of the position and status of transported items. 【Usage Scenarios】 - Position detection for Automated Guided Vehicles (AGVs) - Detection of transported items in conveyor systems - Position control for conveying equipment such as forklifts 【Benefits of Implementation】 - High durability reduces maintenance frequency - Individual outputs for the North and South poles provide detailed insights into the status of transported items - Non-contact detection minimizes the risk of wear and failure

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In the automotive industry's door systems, high durability and reliability are required. Particularly in environments exposed to rain, dust, and vibrations, sensor malfunctions and failures can become problematic. Our magnetic sensors detect without contact, resulting in less wear and tear and enabling stable operation over a long period. 【Usage Scenarios】 - Detection of car door opening and closing - Protection of onboard electronic devices - Attachment of components to the vehicle body 【Benefits of Implementation】 - Ensuring high durability and reliability - Reducing maintenance frequency - Stable operation in diverse environments

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In the industrial robot industry, accurate position detection is essential for safe operation and efficient work. Particularly in environments where oil, metal shavings, and water are splattered, sensor malfunctions or failures can lead to decreased productivity and accidents. Our magnetic sensors utilize magnetism, making them resistant to dirt and capable of providing stable position detection even in harsh environments. 【Application Scenarios】 - Position detection of robotic arms - Detection of the presence or absence of workpieces - Positioning of movable parts 【Benefits of Implementation】 - High durability reduces maintenance frequency - Individual output for N and S poles facilitates control - Waterproof performance protects against splashes of water and oil

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In the medical device industry, ensuring patient safety requires the precise operation of equipment and early detection of abnormalities. Particularly in environments where there is a risk of water exposure or foreign object intrusion, equipment failure or malfunction can lead to serious accidents. Our waterproof magnetic sensors comply with IP67 standards, making them resistant to water and dirt, and ensuring stable operation even in the harsh conditions of medical settings. 【Usage Scenarios】 - Position detection for medical beds and stretchers - Detection of door and cover openings for medical devices - Liquid level detection for liquid supply devices - Arm position detection for surgical robots 【Benefits of Implementation】 - Reduces the risk of accidents due to equipment malfunction - Decreases the frequency of equipment maintenance - Enhances patient safety and reduces the burden on healthcare professionals

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In the FA industry, safety and efficient operation of equipment are required. Particularly in environments where oil, dust, and water are present, sensor malfunctions or failures can lead to decreased productivity. Our magnetic sensors utilize magnetism, making them resistant to dirt and suitable for use in harsh environments. Since the N pole and S pole output independently, connecting to control panels is also easy. 【Usage Scenarios】 - Position detection of machine tools - Work detection on conveyor lines - Abnormality detection in various equipment 【Benefits of Implementation】 - Reduced maintenance frequency due to high durability - Simplified control through individual outputs of N pole and S pole - Stable detection in harsh environments

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In the security industry, the reliability of intrusion detection is crucial. It is required to withstand outdoor and harsh environments while reducing false alarms. Our magnetic sensors utilize magnetism, making them resistant to dirt and suitable for outdoor use. They are equipped with separate outputs for the North and South poles, which helps reduce the risk of false detection. 【Usage Scenarios】 - Detection of window and door openings - Detection of abnormalities in shutters and gates - Construction of security systems 【Benefits of Implementation】 - Achieves accurate intrusion detection with high reliability - Stable operation even in outdoor and harsh environments - Reduction of false detection through individual outputs for North and South poles - Supports cable extension (custom orders available)

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In the automotive industry, accurate angle detection of the accelerator pedal is essential for safe driving and improving fuel efficiency. Conventional contact-type sensors carry the risk of failure due to wear and vibration, making durability a challenge. Our magnetic rotary potentiometer detects angles without contact, achieving high reliability and long lifespan. 【Application Scenarios】 - Accelerator pedal angle detection - Accelerator opening detection for hybrid and electric vehicles - Accelerator operation for construction machinery and special vehicles 【Benefits of Implementation】 - Reduced risk of failure due to wear because of non-contact operation - High durability and reliability - Improved driving performance through accurate angle detection

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In the industrial robot industry, precise position control is required. The accurate operation of robotic arms is a crucial factor that affects production efficiency and quality. Conventional contact-type sensors carry the risk of wear and failure, which can lead to maintenance costs. Our magnetic rotary potentiometer detects rotational angles without contact, providing high durability and reliability. This contributes to the stable operation and longevity of industrial robots. 【Application Scenarios】 - Joints of robotic arms - Processes requiring positioning accuracy - Use in harsh environments 【Benefits of Implementation】 - Non-contact design reduces the risk of failure due to wear - High durability decreases maintenance frequency - Effective angle of ±180° accommodates a wide range of applications - IP67 protection structure ensures dust and water resistance

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In marine applications, the accurate detection of rudder angle is essential for ensuring navigational safety. Durability to withstand harsh environments and high precision are required. Traditional contact-type sensors have risks of failure due to salt damage and vibration, but our magnetic rotary potentiometer is non-contact, which means there is no mechanical wear, providing stable performance over a long period. 【Usage Scenarios】 - Rudder angle detection for vessels - Angle measurement for marine survey equipment - Attitude control for unmanned underwater vehicles 【Benefits of Implementation】 - Improved navigational safety through high-precision rudder angle detection - Reduced maintenance frequency due to non-contact design - High durability in harsh environments

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In the solar power generation industry, it is essential to accurately track the angle of solar panels in accordance with the movement of the sun to maximize their power generation efficiency. Particularly in outdoor environments, issues such as temperature changes, vibrations, and dust can lead to failures or performance degradation of angle detection sensors. Our magnetic rotary potentiometer detects rotational angles without contact, and due to the absence of mechanical connections, it achieves high reliability even in harsh environments. 【Application Scenarios】 - Solar panel tracking systems - Devices requiring angle adjustment 【Benefits of Implementation】 - Improved power generation efficiency through high-precision angle detection - Increased lifespan and maintenance ease due to the non-contact design - Stable operation in harsh environments

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In the aerospace industry, accurate angle detection of the control stick is essential for safe flight and precise control. It must withstand harsh environments and require high reliability and durability. Traditional contact-type potentiometers carry the risk of failure due to wear and poor contact, posing challenges for aerospace applications. Our magnetic rotary potentiometer detects rotational angles without contact, achieving high reliability and long lifespan. 【Application Scenarios】 - Aircraft control sticks - Helicopter control systems - Spacecraft control systems 【Benefits of Implementation】 - Reduced risk of failure due to wear since it is non-contact - High durability and reliability - Improved safety through precise angle detection - Reduced maintenance costs due to longer lifespan Our Strengths: Utilizing our original technology of saturable coils, we provide a fundamentally simple magnetic detection element technology that remains highly accurate and stable even under adverse conditions. All products are developed and manufactured 100% in Japan, with over 80% of our product lineup being custom-made based on individual customer requests. We also offer many custom options such as waterproof, explosion-proof, heat-resistant, water-resistant, and radiation-resistant specifications. If you have any issues related to sensing or measurement, please feel free to consult us.

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In the medical device industry, precise operations are required, and miniaturization and high precision of the control components are important. Particularly in situations such as surgical robots and precision inspection equipment, where high accuracy and safety are demanded, the accuracy of operations significantly affects the performance of the devices. Conventional contact-type rotary potentiometers had risks of malfunction due to wear and poor contact, but our magnetic rotary potentiometers detect rotation angles without contact, achieving high reliability and long lifespan. 【Application Scenarios】 - Arm angle control for surgical robots - Angle adjustment for precision inspection equipment - Angle adjustment for medical monitors 【Benefits of Implementation】 - Reduced risk of failure due to wear because of non-contact operation - Improved operability through high-precision angle detection - Contribution to miniaturization of devices through compact and lightweight design

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In the wind power generation industry, it is essential to accurately measure the angle of the blades to efficiently utilize wind energy. Measurement errors in blade angles can lead to decreased power generation efficiency and, in the worst case, damage to the equipment. Our magnetic rotary potentiometer detects the rotation angle of the blades non-contactly, contributing to the performance improvement of wind power generation systems. 【Application Scenarios】 - Angle detection of wind power generation blades - Angle control of wind power generation equipment 【Benefits of Implementation】 - High reliability through non-contact measurement - Stable operation in harsh environments - Optimization of power generation efficiency

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In theme park attractions, accurate position measurement is essential for safe operation and maximizing the effects of the performance. Particularly in large-scale attractions or vehicles with complex movements, there are cases where laser distance measurement or wire-based and contact-type encoders cannot be used. Our non-contact linear encoders support long-distance measurement, are maintenance-free, and enhance the design flexibility of attractions. 【Application Scenes】 - Position measurement for large coasters - Angle detection for rotating attractions - Position control in special effects performances 【Benefits of Implementation】 - Improved safety through accurate position measurement - Reduced maintenance costs - Enhanced design flexibility of attractions

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In managing the opening degree of sluice gates, accurate position information is essential for safe operation and efficient management. Traditional contact-type encoders and wire-based measurement systems can encounter issues such as corrosion, wear, and installation constraints in water environments and long-distance measurements. These problems can lead to decreased measurement accuracy and increased risk of failure, potentially disrupting the operation of sluice gates. Our non-contact linear encoders have been developed to address these challenges. 【Application Scenarios】 * Measurement of sluice gate opening degree * Gate control for dams, canals, and irrigation facilities * Valve position monitoring in water treatment facilities 【Benefits of Implementation】 * High reliability through non-contact measurement * Reduced maintenance frequency * Capability for long-distance measurement * Provision of accurate opening degree information

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In tunnel construction, accurate distance measurement is essential for displacement measurement. Tunnels may experience slight displacements due to ground movement and external factors. Accurately understanding these displacements is crucial for ensuring the safety of structures. Even in environments where laser distance measurement or wire encoders cannot be used, our non-contact linear encoders support long-distance measurement and contribute to tunnel safety management. 【Application Scenarios】 - Displacement measurement during tunnel excavation and construction - Monitoring structural displacement in tunnel maintenance and management - Investigating the impact of ground subsidence and crustal movement on tunnels 【Benefits of Implementation】 - Reduced maintenance costs through non-contact measurement - Extensive displacement measurement through long-distance measurement - Improved safety due to high accuracy and reliability

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In the steel industry, accurate thickness measurement is essential for quality control of manufactured steel products. Stable measurement accuracy is required even under harsh conditions such as high temperatures, vibrations, and scale adhesion. Traditional laser length measurement and contact encoders have limitations for use in these environments. Our non-contact linear encoder employs a magnetic system, achieving stable thickness measurement even in harsh conditions. 【Application Scenarios】 * Thickness measurement of steel plates in hot rolling lines * Thickness measurement of steel slabs in continuous casting lines * Pipe thickness measurement in pipe manufacturing lines 【Benefits of Implementation】 * Non-contact measurement allows for stable readings even in high-temperature environments * Magnetic design reduces maintenance frequency * Supports long-distance measurements, accommodating diverse measurement needs

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In the wind power generation industry, it is essential to accurately measure the angle of the blades and efficiently utilize wind energy. Particularly in harsh environments such as strong winds, vibrations, and temperature changes, reliable measurements are crucial. Traditional contact encoders and laser distance measurement have faced challenges such as maintenance issues, installation location constraints, and environmental impacts. Our non-contact linear encoders address these challenges and contribute to the efficiency of wind power generation. [Application Scenarios] - Measuring the angle of wind turbine blades - Pitch control of wind turbines - Maintenance of wind power plants [Benefits of Implementation] - Reduced maintenance frequency due to non-contact operation - Capability for long-distance measurement - Stable measurements even in harsh environments

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In the wind power generation industry, accurately measuring the angle of the blades and efficiently utilizing wind energy is essential. Particularly in operations under strong winds or harsh environments, reliable measurements are crucial. Even when laser measuring or wire encoders cannot be used, our non-contact linear encoders provide long-distance measurement and high durability, contributing to the performance improvement of wind power generation systems. 【Application Scenarios】 - Measuring the angle of wind turbine blades - Long-distance measurement in harsh environments - Measurement in hard-to-maintain locations 【Benefits of Implementation】 - Improved power generation efficiency through accurate blade angle measurement - Reduced operational costs due to decreased maintenance frequency - Stable operation of the system through increased longevity

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In the management of sluice gate opening, accurate position information is essential for safe operation. Traditional contact-type encoders and laser measurement systems have faced challenges such as installation location constraints and susceptibility to water and dust. Our non-contact linear encoder addresses these issues and achieves stable measurement over long distances. By accurately grasping the opening of the sluice gate, it contributes to appropriate water volume adjustments and early detection of anomalies. 【Usage Scenarios】 * Measurement of sluice gate openings * Water level management for rivers and dams * Data integration into remote monitoring systems 【Benefits of Implementation】 * Reduced maintenance frequency due to non-contact operation * Capability for long-distance measurement * Achieves high-precision opening management

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In the railway industry, accurately grasping the location information of vehicles is essential for safe operation and efficient management. Particularly in environments where laser measurement is difficult, such as inside tunnels or under severe weather conditions, and in situations requiring long-distance position detection, reliable measurement technology is necessary. Our non-contact linear encoders utilize a magnetic system to achieve stable measurement even in harsh environments. 【Application Scenarios】 - Position detection of railway vehicles - Position control of platform doors - Position management within vehicle depots - Switch control 【Benefits of Implementation】 - Capability for long-distance measurement - Reduced maintenance frequency - Stable operation in harsh environments - Improved safety

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In the robotics industry, accurate positioning and motion tracking are essential for ensuring both safety and efficiency. Particularly for robots with a wide range of motion and complex movements, high-precision position detection is required. Our non-contact linear encoders achieve long-distance measurement and accurately track the movements of robots, even in environments where laser measurement and wire-based encoders cannot be used. 【Application Scenarios】 - Position detection for robotic arms - Position tracking for mobile robots - Motion monitoring of robots on manufacturing lines 【Benefits of Implementation】 - Improved safety through high-precision positioning - Cost reduction by decreasing maintenance frequency - Stable motion tracking in diverse environments

• Weighing Control