旭化成エンジニアリング Product Lineup

In the water treatment industry, monitoring systems require safe operation and efficient management of plants. Particularly in areas handling hazardous materials, the explosion-proof performance of operation panels is crucial. Inappropriate operation panels can increase the risk of accidents. Our explosion-proof touch panel 'EXGP-3400R/3600R' can be utilized as a PLC operation terminal in hazardous material manufacturing locations. 【Usage Scenarios】 - Monitoring stations for water treatment plants - Equipment operation in areas handling hazardous materials 【Benefits of Implementation】 - Realization of safe equipment operation - Efficient operation of the plant - Reduction of accident risks

• Touch Panel
• LCD display
• FPD/Touch Panel

In a cement factory, process management is required in an environment where dust and flammable materials are present. In particular, ensuring safety and the operability of control devices such as PLCs is crucial. Traditional operating methods are prone to errors and visibility issues, leading to decreased production efficiency and increased risk of accidents. Our explosion-proof touch panel 'EXGP-3400R/3600R' is designed to enable safe and efficient PLC operation in hazardous material manufacturing locations. 【Usage Scenarios】 - Process monitoring in cement manufacturing plants - Equipment operation such as mixers and kilns - Work instructions in hazardous areas 【Benefits of Implementation】 - Improved safety (due to explosion-proof performance) - Enhanced operability (intuitive operation via touch panel) - Increased production efficiency (rapid access to information and operation)

• Touch Panel
• LCD display
• FPD/Touch Panel

In the pharmaceutical industry, accurate record-keeping in the manufacturing process is essential. Especially in manufacturing locations that handle hazardous materials, ensuring safety and the accuracy of records is crucial. Traditional operating methods posed risks of recording errors and operational mistakes. Our explosion-proof touch panel allows for safe PLC operations in hazardous material manufacturing locations and enables accurate record-keeping. 【Use Cases】 - PLC operations in hazardous material manufacturing locations - Recording manufacturing processes - Quality control 【Benefits of Implementation】 - Improved safety - Enhanced accuracy of records - Increased work efficiency

• Touch Panel
• LCD display
• FPD/Touch Panel

In the aviation maintenance industry, safety is the top priority, and working in areas that handle hazardous materials requires special attention. Touch panel operation of equipment contributes to efficiency, but explosion-proof performance is essential. Improper operation or equipment malfunction can lead to serious accidents. Our explosion-proof touch panel, the 'EXGP-3400R/3600R', is designed to safely perform PLC operations in hazardous material manufacturing locations. 【Usage Scenarios】 - Maintenance of aircraft fuel tanks and engine parts - Inspection processes involving hazardous materials - Equipment operation within explosion-proof areas 【Benefits of Implementation】 - Achieves a safe working environment through explosion-proof performance - Improves work efficiency through touch panel operation - Reduces errors by visualizing PLC operations

• Touch Panel
• LCD display
• FPD/Touch Panel

In explosive manufacturing locations, safety is the top priority, and precise operation of equipment and monitoring of conditions are essential. Particularly in environments where flammable substances are present, it is necessary to eliminate the risk of ignition from electrical sparks. Explosion-proof touch panels enable PLC operation in hazardous areas and provide a safe working environment. 【Application Scenarios】 - Explosive manufacturing plants - Powder magazines - Hazardous material storage facilities 【Benefits of Implementation】 - Safe equipment operation in hazardous areas - Increased efficiency of PLC operations - Ensured safety for workers

• Touch Panel
• LCD display
• FPD/Touch Panel

In chemical plant process control, establishing a safe network environment is essential. Particularly in hazardous areas where flammable gases or combustible liquids are present, high explosion-proof performance is required. If the stability of the network is compromised, it can hinder the control of the entire plant and increase the risk of serious accidents. The explosion-proof switching hub 'EXNT-34S' is designed for use in hazardous locations and adopts a pressure-resistant explosion-proof structure, supporting safe process control. 【Usage Scenarios】 - Network construction in Zone 1 and Zone 2 areas of chemical plants - Connection with process control equipment (such as PLCs and DCS) - Extension of LAN cables and conversion to fiber optic cables 【Benefits of Implementation】 - Safely establish a network environment in hazardous locations - Contribute to stable plant operations - Power supply to receiving devices via PoE (Power over Ethernet)

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In a power plant's equipment monitoring system, safe operation and a stable network environment are essential. In particular, data collection and control in hazardous areas require explosion-proof performance and a highly reliable communication infrastructure. To detect equipment anomalies early and maintain a safe condition, building a robust network is crucial. The EXNT-34S enables use in hazardous locations and supports PoE power supply, providing strong support for the power plant's equipment monitoring system. 【Usage Scenarios】 - Connecting surveillance cameras and sensors in hazardous areas - Remote monitoring of plant equipment - Establishing a safe network environment 【Benefits of Implementation】 - Stable data communication in hazardous locations - Reduced wiring costs through PoE power supply - Early detection of equipment anomalies and maintenance of a safe condition

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In the aviation industry's fuel supply system, safety is the top priority, and building a network in hazardous locations where flammable materials are present is essential. In particular, high explosion-proof performance and reliable communication are required to prevent fuel leaks and ignition. Network malfunctions can lead to serious accidents, making a robust system crucial. The explosion-proof switching hub 'EXNT-34S' enables use in hazardous locations and provides a safe network environment. 【Usage Scenarios】 - Aircraft refueling stations - Fuel storage tanks - Fuel transportation pipelines 【Benefits of Implementation】 - Network construction in hazardous locations - Power supply to receiving devices via PoE - Long-distance wiring of up to 2,000m

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In the pharmaceutical industry, the accuracy of data in the manufacturing process and a secure communication environment are essential for quality control. Particularly in manufacturing sites that handle flammable materials, the explosion-proof performance of electrical equipment becomes crucial. An inadequate network environment can lead to data loss or incorrect information transmission, potentially adversely affecting product quality. The explosion-proof switching hub 'EXNT-34S' enables use in hazardous locations and provides a safe network environment necessary for quality control. 【Usage Scenarios】 - Connection to quality management systems in manufacturing sites - Data collection from surveillance cameras and sensors in hazardous locations - Remote monitoring and control of manufacturing equipment 【Benefits of Implementation】 - Real-time collection of quality management data through network construction in hazardous locations - Improved safety in manufacturing sites due to explosion-proof performance - Simplified power supply to receiving devices through PoE power supply support

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In the gas industry, the safe operation of plants and equipment is the top priority. Building networks in hazardous areas where flammable gases are present requires high safety standards, considering the risk of explosions. Ensuring the stability and reliability of the network is essential for accident prevention. The explosion-proof switching hub 'EXNT-34S' enables use in hazardous locations and provides a safe network environment. 【Usage Scenarios】 * Gas plants * Oil refineries * Chemical factories * Other hazardous areas where flammable gases are present 【Benefits of Implementation】 * Network construction in hazardous areas * Power supply to receiving devices via PoE * Wiring distance of up to 2,000m * Establishment of a safe network environment

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In the oil plant industry, 24-hour monitoring through remote monitoring systems is essential to maintain the safe operation of plants. Particularly in hazardous locations where flammable gases and combustible liquids are present, the selection of network equipment with explosion-proof performance is crucial. An inappropriate network environment can increase the risk of explosions and fires. Our explosion-proof switching hub 'EXNT-34S' enables the construction of remote monitoring systems in hazardous locations. 【Usage Scenarios】 - Remote monitoring systems for oil plants - Network construction in hazardous locations Zone 1 and Zone 2 - Power supply to PoE-compatible cameras and sensors 【Benefits of Implementation】 - Establishment of a safe network environment in hazardous locations - Reduction of wiring costs through the use of PoE-compatible devices - Long-distance transmission and noise countermeasures through fiber optic connections

• Routers, Switches, and Hubs
• converter
• Network related equipment and software

In the ink industry, color management is greatly influenced by the accuracy of the formulation. In particular, color reproducibility and stability are crucial for gaining customer trust. Even slight deviations in measurement or formulation ratios can lead to color variations, resulting in product defects and customer complaints. vMICKS contributes to quality improvement in color management by preventing human errors in the weighing process and achieving accurate formulations. 【Usage Scenarios】 - Raw material input process in ink manufacturing plants - Accurate weighing based on formulation recipes - Ensuring traceability 【Effects of Implementation】 - Reduction of manufacturing losses due to decreased measurement errors - Stabilization of quality through improved formulation accuracy - Strengthening traceability through visualization of the manufacturing process

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the plastic molding industry, accurate measurement of raw materials is essential to stabilize product quality. Especially when molding conditions are stringent, measurement errors or input mistakes can lead to product defects and reduced yield. vMICKS is a system designed to prevent human errors such as measurement mistakes and incorrect inputs in the blending process, where manual work cannot be eliminated, and to reduce manufacturing losses. 【Usage Scenarios】 - Plastic molding factories - Raw material blending processes - Manufacturing sites handling hazardous materials 【Benefits of Implementation】 - Reduction of measurement errors - Reduction of manufacturing losses - Improvement of traceability - Enhancement of operational efficiency

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the electronic components industry, strict management is required in the manufacturing process to minimize the impact of static electricity on products. In particular, weighing raw materials in environments prone to static electricity increases the risk of measurement errors and foreign matter contamination, which can lead to a decline in product quality. vMICKS is a system designed to prevent human errors such as weighing mistakes and incorrect input in the formulation process, where manual work cannot be eliminated, and to reduce manufacturing losses. 【Usage Scenarios】 - Manufacturing processes for electronic components that require static electricity countermeasures - Manufacturing sites handling hazardous materials - Processes that prioritize traceability 【Benefits of Implementation】 - Improved yield through the reduction of measurement errors - Increased efficiency in the manufacturing process - Assurance of traceability

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the metal industry, the accurate measurement of raw materials in the manufacturing process is a crucial factor that influences product quality and yield. Particularly in metal products where the mixing ratios are strictly controlled, measurement errors or discrepancies in input amounts can lead to the occurrence of defective products and a decrease in yield, potentially resulting in significant losses. The instruction-linked raw material weighing system 'vMICKS' is designed to prevent human errors such as measurement mistakes and incorrect inputs in the mixing process, which cannot eliminate manual work, and aims to reduce manufacturing losses. 【Usage Scenarios】 - Mixing process of metal materials - Manufacturing sites handling hazardous materials - Processes requiring traceability 【Effects of Implementation】 - Improved yield through reduction of measurement errors - Reduction of manufacturing losses - Assurance of traceability - Improvement of operational efficiency

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the feed industry, it is essential to accurately manage the nutritional balance of feed to maximize the health and productivity of livestock. Particularly in compound feed, measurement errors in raw materials or deviations in mixing ratios can lead to imbalances in nutrition and decreased feed efficiency. vMICKS automatically collects data on the amount of raw materials used, preventing measurement errors and incorrect inputs, and supports the realization of an accurate nutritional balance. 【Usage Scenarios】 - Compound feed manufacturing plants - Weighing of feed additives - Formulation adjustments based on nutritional component analysis 【Benefits of Implementation】 - Reduction of weighing time - Prevention of human errors - Reduction of manufacturing losses - Assurance of traceability

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the cosmetics industry, the quality and safety of products are the top priorities. Contamination by foreign substances can lead to a loss of consumer trust and pose a serious threat to the survival of companies. In particular, human errors in the raw material weighing process are a significant factor that increases the risk of contamination. The directive-linked raw material weighing system 'vMICKS' prevents weighing mistakes and incorrect additions, thereby reducing the risk of contamination by minimizing manufacturing losses. It thoroughly ensures manufacturing traceability and process management, supporting the stable supply of high-quality products. 【Usage Scenarios】 - Raw material blending processes in cosmetics manufacturing plants - Processes with a high risk of foreign substance contamination - When wanting to strengthen quality control in manufacturing processes 【Benefits of Implementation】 - Reduction of contamination risks due to weighing errors - Increased efficiency and cost reduction in manufacturing processes - Improved manufacturing traceability - Stabilization of product quality

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the chemical industry, there is a demand for improved formulation accuracy that affects product quality. Particularly in the process of mixing multiple raw materials, measurement errors and forgotten inputs can lead to product quality degradation and manufacturing losses. vMICKS is a system designed to prevent human errors such as measurement mistakes and incorrect inputs in the formulation process, where manual work cannot be eliminated, and to reduce manufacturing losses. It also ensures thorough manufacturing traceability and process management. The system has been successfully implemented even in hazardous material manufacturing locations. 【Usage Scenarios】 - Raw material formulation in chemical plants - Manufacturing sites handling hazardous materials - Sites that want to ensure strict quality control 【Benefits of Implementation】 - Prevention of measurement errors and incorrect inputs - Reduction of manufacturing losses - Improvement of traceability

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the pharmaceutical manufacturing industry, accurate raw material weighing is essential for quality control. Measurement errors and incorrect input not only compromise product quality but also carry the risk of regulatory violations. vMICKS prevents human errors such as weighing mistakes and incorrect inputs during the formulation process, reducing manufacturing losses. It also ensures thorough traceability and management of the manufacturing process, strongly supporting quality control in pharmaceutical manufacturing. 【Usage Scenarios】 - Weighing management during raw material input - Automation of manufacturing records - Ensuring traceability 【Benefits of Implementation】 - Improved quality through reduction of weighing errors - Increased efficiency of the manufacturing process - Compliance with regulations

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the food manufacturing industry, the increasing awareness of consumer safety has made ensuring traceability in the manufacturing process a priority. It is essential to secure the traceability of raw materials and to conduct prompt investigations and responses in the event of an accident. vMICKS contributes to strengthening the traceability system by preventing human errors such as measurement mistakes and incorrect ingredient additions, thereby reducing manufacturing losses. 【Usage Scenarios】 - Raw material input processes in food manufacturing factories - Integration with traceability systems - Manufacturing sites handling hazardous materials 【Benefits of Implementation】 - Reduction of transcription and input time through automatic collection of measurement data - Reduction of manufacturing losses due to human errors - Improvement of quality control through visualization of the manufacturing process

• Other production management systems
• Process Control System
• Instrumentation and Control Systems

In the field of aviation maintenance, safety is the top priority, and working in a Zone 2 environment where flammable gases and ignitable liquids are present requires special attention. Access to information during maintenance work is essential, but there has been a challenge with conventional equipment lacking explosion-proof performance. The EXPC-6220 is designed for use in Zone 2 environments and supports safe maintenance operations for aircraft. 【Usage Scenarios】 * Parts replacement work around fuel tanks * Data reference during airframe maintenance 【Benefits of Implementation】 * Enables safe access to information in Zone 2 environments * Contributes to improved work efficiency and reduced errors * Capable of use in harsh environments due to IP64 equivalent waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In inspection work within the infrastructure industry, safety is the top priority. Particularly in Zone 2 environments where flammable gases and combustible liquids are present, the use of explosion-proof equipment is essential. Traditional inspection work often involved manual labor in hazardous environments or the use of non-explosion-proof equipment, which not only increased safety risks for workers but also led to decreased work efficiency. The Zone 2 compliant explosion-proof touch computer 'EXPC-6220' addresses these challenges. 【Usage Scenarios】 - Inspection of plant facilities - Inspection of oil and gas-related facilities - Inspection of chemical plants 【Benefits of Implementation】 - Realization of safe inspection work in Zone 2 environments - Improved work efficiency - Real-time data collection and analysis

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the water treatment industry, monitoring systems play a crucial role in real-time surveillance of various data within the plant, allowing for early detection of anomalies. Particularly in Zone 2 environments, which are classified as hazardous areas, safe operability and high visibility are essential. Traditional monitoring systems often face challenges such as poor operability, low visibility, and inadequate explosion-proof performance. The EXPC-6220 features a 22-inch full HD display that enables safe operation in Zone 2 environments, along with a noise-resistant projected capacitive touch panel. This combination efficiently and safely supports monitoring operations in water treatment plants. 【Usage Scenarios】 - Control rooms of water treatment plants - Data monitoring at water purification and sewage treatment facilities - Monitoring operations requiring action in hazardous areas 【Benefits of Implementation】 - Safe monitoring in Zone 2 environments - Improved visibility through high-resolution displays - Intuitive operability achieved through touch controls

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the field of marine navigation, high reliability under harsh conditions and accurate information display are required. Particularly in Zone 2 environments where flammable gases or ignitable liquids may be present, safety is the top priority. The use of inappropriate equipment can lead to serious accidents. The EXPC-6220 is an explosion-proof touch computer equipped with a 22-inch full HD display that enables safe operation in Zone 2 environments. 【Usage Scenarios】 - Ship bridges - Offshore platforms - Facilities handling hazardous materials 【Benefits of Implementation】 - Safe operation in Zone 2 environments - Improved visibility through high-definition information display - Expandability with COM, LAN, and USB ports - IP64 compliant waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In power plants, accurate data collection from various locations is essential for the safe operation and efficient management of the plant. Particularly in Zone 2 environments where flammable gases or ignitable liquids are present, it is important to ensure safety while conducting reliable data collection. In traditional operating environments, balancing explosion-proof performance with operability has been a challenge. The EXPC-6220 enables safe operation in Zone 2 environments and supports data collection tasks in power plants. 【Usage Scenarios】 - Plant monitoring room in power plants - Data entry in hazardous areas - Equipment operation panels 【Benefits of Implementation】 - Safe data collection in Zone 2 environments - Improved visibility with a 22-inch large screen - Intuitive operation through touch controls - High reliability due to IP64 compliant waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the paint industry’s blending process, safe operation in a Zone 2 environment where flammable substances are present is essential. To maintain accuracy in blending, intuitive operation via a touchscreen and explosion-proof performance are required. Improper operation or equipment failure can lead to blending errors or accidents. The EXPC-6220 features a 22-inch full HD display that can be safely operated in Zone 2 environments and a noise-resistant projected capacitive touchscreen. It supports the blending process safely and efficiently. 【Usage Scenarios】 - Paint blending plants - Blending operations in hazardous locations - Input and management of blending data 【Benefits of Implementation】 - Ensuring safe operability in Zone 2 environments - Efficient blending operations through touch control - High reliability due to IP64 equivalent waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the food industry, the safety of the manufacturing environment is crucial for quality control. Particularly in Zone 2 areas where flammable gases and dust may be present, the use of explosion-proof equipment is essential. The EXPC-6220 is designed to safely carry out quality control operations in such environments. 【Usage Scenarios】 - Quality inspections on food production lines - Incoming inspections of raw materials - Input of manufacturing records 【Benefits of Implementation】 - Enables safe touch operations in Zone 2 areas - Easy cleaning due to IP64 compliant waterproof and dustproof performance - Stable operation with Windows 10 IoT Enterprise 2021 LTSC Asahi Kasei Engineering Corporation provides plant engineering, plant life services, and electrical, information, communication, and control solutions, offering optimal solutions tailored to customer needs.

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the pharmaceutical industry, accurate record-keeping in the manufacturing process is essential. Particularly in environments handling flammable substances, safety in record-keeping is crucial. The use of explosion-proof equipment is indispensable for reducing the risk of explosions and ensuring the safety of workers. The EXPC-6220 is designed for use in Zone 2 environments and supports safe record-keeping. 【Usage Scenarios】 - Data entry in manufacturing sites - Quality control records - Process management 【Benefits of Implementation】 - Safe operation in Zone 2 environments - Quality improvement through accurate data recording - Enhanced work efficiency

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the chemical industry analysis field, safety is the top priority, and working in a Zone 2 environment where flammable gases and combustible materials are present requires special considerations. Reliable touch panel PCs with explosion-proof performance are essential for operating analytical instruments and verifying data. The EXPC-6220 enables safe operation in Zone 2 environments and supports both the efficiency and safety of analytical tasks. 【Usage Scenarios】 - Analysis rooms in chemical plants - Research and development facilities - Quality control departments 【Benefits of Implementation】 - Ensuring safe operability in Zone 2 environments - Rapid verification and input of analytical data - Improved work efficiency - Enhanced reliability due to high waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the gas industry, monitoring operations prioritize safety above all else. Particularly in Zone 2 environments where flammable gases are present, the explosion-proof performance of the equipment used is essential. It is necessary to eliminate the risks of ignition and explosion caused by malfunctions or sparks, and to establish a safe operational system. The EXPC-6220 enables safe operation in Zone 2 environments and contributes to both the efficiency and safety of gas monitoring operations. 【Usage Scenarios】 - Monitoring room of a gas plant - Gas supply station - Monitoring of chemical plants 【Benefits of Implementation】 - Improved safety through Zone 2 compliance - Enhanced visibility with a 22-inch large screen - Intuitive operation through touch controls - High durability due to IP64 compliant waterproof and dustproof performance

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the oil plant industry, safe remote operation in hazardous areas is required. Particularly in Zone 2 environments where flammable gases and combustible liquids are present, it is crucial to ensure the safety of operators while maintaining stable plant operations. Traditional operating methods necessitated that operators enter hazardous areas, posing a risk of accidents. The EXPC-6220 is equipped with explosion-proof performance suitable for Zone 2, enabling safe remote operation. 【Usage Scenarios】 - Remote operation from the control room of an oil plant - Monitoring and operation of equipment within hazardous areas - Operation during plant maintenance 【Benefits of Implementation】 - Ensuring the safety of workers in hazardous areas - Stable operation of the plant - Improved operational efficiency - Reduction in maintenance costs

• Touch Panel
• Industrial PCs
• FPD/Touch Panel

In the railway industry, it is crucial to constantly monitor the condition of the tracks to ensure the safe operation of trains. In particular, rail distortions and abnormalities at joints can lead to derailment accidents, necessitating early detection and appropriate responses. Nearline-PM enables the early detection of track anomalies through vibration diagnostics using wireless vibration sensors, allowing for planned maintenance. This contributes to improved safety and reduced maintenance costs. 【Usage Scenarios】 - Monitoring rail vibrations - Detecting abnormalities at track joints - Monitoring the operation of switches 【Benefits of Implementation】 - Reduced derailment risk - Optimization of maintenance cycles - Enhanced operational safety

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the shipbuilding industry, maintaining the integrity of the hull structure is essential for the safe operation of vessels. Particularly, prolonged use and operation in harsh environments can lead to deterioration and damage of the structure. Continuous monitoring is crucial for early detection of these issues and for implementing appropriate measures. Nearline-PM addresses these challenges through vibration diagnostics of structures using wireless vibration sensors. 【Use Cases】 - Vibration monitoring of hull structures - Vibration monitoring of engines and propulsion systems - Anomaly detection of various equipment 【Benefits of Implementation】 - Early detection of structural anomalies to prevent accidents - Enables planned maintenance and reduces costs - Enhances operational safety

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the aerospace industry, the quality of components affects safety and performance. Particularly for parts subjected to vibration and stress, even minor anomalies can lead to serious accidents. Nearline-PM supports quality management by detecting initial anomalies in components through vibration measurement and analysis. It requires no wiring and is easy to retrofit, allowing for flexible integration into existing inspection systems. 【Usage Scenarios】 * Vibration inspection of aircraft components * Anomaly detection in engine parts * Quality management on the manufacturing line 【Benefits of Implementation】 * Improved quality through early detection of component anomalies * Cost reduction through planned maintenance * Streamlined inspection processes

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the chemical plant industry, the safe operation of equipment is the top priority. In particular, abnormalities in moving parts pose a risk of leading to serious accidents. To detect equipment anomalies early and prevent accidents before they occur, a continuous monitoring system is essential. Nearline-PM supports safe operations by early detection of plant equipment anomalies through vibration diagnosis using wireless vibration sensors. 【Usage Scenarios】 - Monitoring of critical equipment such as reactors, pumps, and compressors - Detection of anomalies in equipment handling hazardous materials - Centralized management of vibration data for the entire plant 【Benefits of Implementation】 - Prevention of sudden equipment failures - Establishment of a safe operational system - Reduction of accident risks and avoidance of losses due to operational downtime

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the food industry, stable operation of manufacturing equipment is crucial for quality control. Contamination and production line stoppages can lead to a decline in product quality and production losses. Nearline-PM enables early detection of abnormalities in equipment such as motors and pumps through vibration diagnostics, allowing for planned maintenance. This reduces the risk of production stoppages due to sudden equipment failures and contributes to maintaining product quality. 【Usage Scenarios】 - Monitoring of motors, pumps, compressors, etc., on food production lines - Equipment condition management to reduce the risk of contamination - Predictive maintenance of equipment in the quality control department 【Benefits of Implementation】 - Prevents unexpected equipment failures, improving production efficiency - Maintains product quality and earns customer trust - Reduces costs through planned maintenance

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the pharmaceutical industry, process management emphasizes the importance of stable operation of manufacturing equipment. Equipment failures can lead to production stoppages and quality issues, potentially resulting in significant losses. Particularly in drug manufacturing, abnormalities in equipment directly affect product quality, necessitating early detection of anomalies and appropriate responses. Nearline-PM enables early detection of equipment anomalies through vibration diagnostics using vibration sensors, facilitating planned maintenance. 【Use Cases】 - Monitoring of pumps, compressors, fans, and other equipment on the production line - Remote monitoring of equipment vibration data - Early detection of equipment anomalies to reduce downtime 【Benefits of Implementation】 - Reduces the risk of equipment failure and achieves stable operation - Cuts maintenance costs through planned maintenance - Contributes to maintaining product quality

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the mining industry, stable operation of equipment is essential for ensuring productivity and safety. In particular, equipment such as motors, pumps, and conveyors used in harsh environments has a high risk of failure due to vibration, and unexpected shutdowns can lead to significant losses. Nearline-PM addresses these challenges by enabling early detection of equipment anomalies and facilitating planned maintenance, thereby contributing to improved operational rates. 【Use Cases】 - Equipment such as motors, pumps, and conveyors in mining plants - Equipment prone to anomalies caused by vibration - Situations where remote monitoring of equipment operation is desired 【Benefits of Implementation】 - Prevents unexpected equipment shutdowns, maintaining productivity - Reduces maintenance costs - Extends the lifespan of equipment

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the infrastructure industry, continuous monitoring is required to maintain the integrity of structures such as bridges and tunnels. In particular, vibrations are an important indicator of deterioration or abnormalities in structures. Nearline-PM enables quantitative and objective management of infrastructure equipment's vibrations through wireless vibration sensors, allowing for early detection of anomalies. It does not require wiring and is easy to retrofit, making it simple to implement in existing facilities. 【Usage Scenarios】 - Bridges - Tunnels - Plant equipment 【Benefits of Implementation】 - Early detection of equipment abnormalities, reducing repair costs - Enables planned maintenance, contributing to the longevity of equipment - Improves the efficiency of inspection work through remote monitoring

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the energy industry's equipment maintenance, stable operation of plants is crucial. In particular, failures of rotating machines such as motors, pumps, fans, and compressors can lead to losses due to operational downtime and decreased safety. Nearline-PM continuously monitors the vibrations of these facilities, enabling early detection of failure signs and allowing for planned maintenance. This contributes to stable operation of equipment and reduction of maintenance costs. 【Usage Scenarios】 - Power plants - Substations - Oil plants - Gas plants 【Benefits of Implementation】 - Reduced risk of unexpected equipment shutdowns - Lower maintenance costs - Extended equipment lifespan

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In the manufacturing industry, production stoppages due to equipment failures can lead to significant losses. In particular, abnormalities in rotating equipment such as motors, pumps, and fans require early detection. Nearline-PM continuously monitors the vibrations of these machines, capturing signs of potential failures and enabling planned maintenance. This reduces the risk of unexpected breakdowns and supports stable operations. 【Application Scenarios】 - Rotating equipment such as motors, pumps, fans, and compressors - Abnormality detection in bearings - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction in maintenance costs - Prevention of unexpected failures - Improved equipment condition monitoring and efficiency on-site

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

In a data center, the stable operation of servers is the most important issue. Abnormal vibrations from server cooling fans and power units can lead to system shutdowns. Nearline-PM continuously monitors the vibrations of these devices and detects abnormalities early, preventing downtime before it occurs. 【Usage Scenarios】 - Server rooms - Cooling fans and power units in data centers - 24/7 operational monitoring 【Benefits of Implementation】 - Stable operation of servers - Reduced risk of system shutdowns - Lower operational costs

• Vibration Inspection
• Vibration Monitoring
• Safety Sensors

The electrical systems in hospitals are extremely important for supporting the stable operation of medical equipment and ensuring patient safety. Power outages can lead to interruptions in medical procedures and equipment failures, increasing the risk to patients' lives. Insulation deterioration of high-voltage cables is one of the causes of power outages, making regular diagnostics for early detection and countermeasures essential. LINDA measures the insulation condition of high-voltage cables under live conditions, allowing for the identification of deterioration trends to prevent unexpected accidents and contribute to the continuity of medical services. 【Usage Scenarios】 - Hospital electrical rooms - Insulation diagnostics of high-voltage cables - Stable operation of medical equipment - Reduction of power outage risks 【Benefits of Implementation】 - Continuity of medical services - Ensuring patient safety - Stable operation of electrical systems - Prevention of unexpected accidents

• Other cable related products
• Insulation Tester
• Other electric meters

In the petrochemical plant industry, the reliability of high-voltage cables affects the overall safety of the plant. Insulation degradation of cables poses a risk of serious accidents such as power outages and fires, making early detection through regular diagnostics essential. LINDA measures the insulation condition of high-voltage cables while they are live, allowing for the identification of degradation trends and preventing unexpected accidents. 【Usage Scenarios】 - High-voltage cables in petrochemical plants - During regular inspections of the plant - Companies that prioritize safety 【Benefits of Implementation】 - Prevent accidents caused by cable insulation degradation - Contribute to stable plant operations - Enable planned maintenance through regular diagnostics

• Other cable related products
• Insulation Tester
• Other electric meters

In university research facilities, the safe operation of high-voltage cables that support experimental equipment and research activities is essential. Power outages can lead to interruptions in research, resulting in the loss of valuable data and delays in experiments. LINDA measures the insulation degradation of high-voltage cables while they are live, preventing unexpected accidents before they occur. This ensures the continuity of research activities and maintains a safe environment. 【Usage Scenarios】 - University research facilities - Experimental equipment using high-voltage cables - Situations where avoiding research interruptions due to power outages is desired 【Benefits of Implementation】 - Early detection of insulation degradation in high-voltage cables - Reduced risk of unexpected accidents - Ensured continuity of research activities - Maintenance of a safe research environment

• Other cable related products
• Insulation Tester
• Other electric meters