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This is a measurement system that allows you to view and manage noise levels remotely using client devices (PCs, smartphones, tablets). In addition to noise data such as maximum value (LAmax), minimum value (LAmin), and equivalent noise level (LAeq), it automatically calculates evaluation metrics used in noise regulation laws, such as time-weighted noise levels (LA95, LA50, LA05). The calculated results are presented in graphs and can also be downloaded as CSV files. You can receive notifications via email or alarm devices (flashing lights) if the specified threshold is exceeded in advance. ▶ For quotation requests, please contact us [ via the web ] ◀ ▶ For more details, please [ download the catalog ] ◀

This is a measurement system that allows remote viewing and management of noise levels and vibration levels from client devices (PCs, smartphones, tablets). Measurement data can be output as CSV files. It is possible to notify via email or alarm devices (rotating lights) when a pre-specified threshold is exceeded. ▶ For quotation requests, please contact us [ via the web ] ◀ ▶ For more details, please [ download the catalog ] ◀

This is a measurement system that allows you to view and manage vibration levels remotely from client devices (PCs, smartphones, tablets). Vibration data can be output as CSV files. Notifications can be sent via email or alarm devices (rotating lights) when a pre-specified threshold is exceeded. ▶ For quotation requests, please contact us [from the web] ◀ ▶ For more details, please [download the catalog] ◀

In the airport industry, addressing noise issues related to aircraft takeoffs and landings, as well as surrounding construction, is essential. Noise can impact not only the surrounding residents but also the operation of the airport itself. It is necessary to accurately grasp noise levels and implement appropriate measures. Our cloud-based noise level measurement system enables remote monitoring of noise levels and provides alert notifications, allowing for prompt responses. 【Use Cases】 - Noise monitoring around airports - Noise management at construction sites - Investigating causes when noise issues arise 【Benefits of Implementation】 - Early detection of problems through visualization of noise conditions - Prompt responses through real-time data collection and analysis - Fulfilling accountability to residents and building good relationships - Strengthening compliance with noise regulations

In the construction industry, it is required to properly manage the noise levels at work sites in accordance with noise regulation laws. Consideration for neighboring residents, as well as compliance with laws and regulations, are important factors that influence a company's reliability. Establishing a system for recording and managing noise levels is essential for strengthening compliance. Our cloud-based noise level measurement system visualizes the noise at construction sites and supports compliance with regulations. 【Usage Scenarios】 - Continuous monitoring of noise levels at construction sites - Recording and reporting based on noise regulation laws - Preparation of explanatory materials for neighboring residents 【Benefits of Implementation】 - Improvement of the work environment through visualization of noise levels - Enhancement of corporate image through compliance with regulations - Rapid response in the event of noise-related issues

In the manufacturing industry, understanding noise levels and implementing appropriate measures are essential for managing worker health and improving work efficiency. Noise can lead to decreased concentration and health issues, potentially resulting in reduced productivity. Our cloud-based noise level measurement system visualizes noise levels remotely and quickly detects anomalies, enabling prompt action. This contributes to improving the work environment and ultimately enhancing work efficiency. 【Usage Scenarios】 - Noise monitoring in factories - Noise management at construction sites - Health management of workers - Early detection of noise issues 【Benefits of Implementation】 - Early detection of problems through noise level visualization - Quick response through alert notifications - Improved work efficiency due to enhanced work environment - Contribution to worker health management

In the transportation industry, it is essential to minimize health hazards to workers caused by noise and the impact on surrounding residents. Particularly in places like truck terminals and railway-related facilities, accurately understanding noise levels and implementing appropriate measures is crucial. By visualizing noise levels and detecting anomalies early, we can reduce the risk of accidents and create a safe working environment. Our cloud-based noise level measurement system addresses these challenges by monitoring noise levels remotely and providing alert notifications. 【Usage Scenarios】 - Truck terminals - Railway-related facilities - Warehouses 【Benefits of Implementation】 - Risk management through visualization of noise levels - Prompt response through alert notifications - Improvement of the working environment - Compliance with regulations

In the operation of theme park attractions, noise management is essential for the comfort of visitors, consideration for nearby residents, and safe operations. The noise generated by attractions varies depending on the time of day and operational status, requiring appropriate management. Understanding and addressing noise levels also leads to better complaint handling and operational improvements. Our cloud-based noise level measurement system visualizes the noise levels of attractions and allows for remote monitoring, solving these challenges. 【Usage Scenarios】 - Attraction areas - Event venues - Backyards - Noise measures for nearby residents 【Benefits of Implementation】 - Identification of problem areas through visualization of noise levels - Prompt response through alert notifications - Operational improvements through data analysis - Increased efficiency in complaint handling

In the construction industry, accurate measurement and management of vibration levels are required to address noise issues for nearby residents and to manage the health of workers. Particularly at sites where vibrations are likely to occur, such as demolition work and heavy machinery operations, real-time monitoring of vibration levels is crucial. Inadequate vibration management can lead to complaints from neighbors and health issues for workers. Our cloud-based vibration level measurement system monitors vibration levels at multiple sites from a remote location and sends alerts when abnormal values are detected. 【Use Cases】 - Noise and vibration countermeasures at construction sites - Vibration monitoring at demolition sites - Vibration management during heavy machinery operations 【Benefits of Implementation】 - Rapid situational awareness through remote monitoring of vibration levels - Early implementation of measures due to abnormal value detection - Identification of causes and formulation of improvement measures through visualization of vibration data

In quality control within the manufacturing industry, abnormal vibrations in equipment can negatively impact product quality. In particular, vibrations during the manufacturing process can compromise the precision and durability of products, leading to the occurrence of defective items and a decrease in production efficiency. Our cloud-based vibration level measurement system monitors vibration levels in manufacturing sites remotely and in real-time, contributing to improved quality control by enabling early detection of anomalies. [Usage Scenarios] - Vibration monitoring of machine tools, manufacturing lines, and conveyor equipment - Evaluation of the impact of vibrations on product quality inspections - Preventive maintenance of equipment [Benefits of Implementation] - Reduction of defective products - Improvement of production efficiency - Extension of equipment lifespan - Reduction of quality control costs

In the railway industry, it is important to detect abnormalities in tracks and structures early to maintain safe operations. In particular, vibrations from vehicle movement and external sources can accelerate the deterioration of structures, potentially leading to serious accidents. Our cloud-based vibration level measurement system addresses these challenges. 【Usage Scenarios】 * Vibration monitoring of tracks * Vibration monitoring of bridges and tunnels * Vibration monitoring of station buildings and platforms 【Benefits of Implementation】 * Real-time vibration monitoring from remote locations * Early detection and rapid response to abnormalities * Development of efficient maintenance plans based on data

In the bridge industry, continuous monitoring is essential to ensure the safety of structures. Particularly for bridges experiencing increased traffic and aging, it is necessary to detect even minor changes in vibration early and take appropriate measures. Abnormal vibration levels may indicate structural problems, and overlooking them can lead to serious accidents. Our cloud-based vibration level measurement system monitors the vibration levels of bridges remotely and in real-time, contributing to the maintenance of structural integrity. 【Usage Scenarios】 - Daily vibration monitoring of bridges - Vibration monitoring during earthquakes and strong winds - Diagnosis of bridge deterioration 【Benefits of Implementation】 - Early detection of abnormalities in bridges to prevent accidents - Reduction of inspection costs - Extension of the lifespan of structures

In data centers, many facilities such as air conditioning systems, cooling units, and emergency generators operate 24 hours a day. The noise generated by these facilities can affect not only the operational environment within the facility but also the surrounding environment. To balance stable facility operations with consideration for the local environment, it is important to continuously monitor and appropriately manage noise levels. Additionally, changes in noise levels can indicate abnormalities or deterioration in equipment, and utilizing this as part of operational monitoring can help in the early detection of equipment issues and preventive maintenance. The cloud-based noise monitoring system measures noise levels in real-time using sound level meters installed both inside and outside the data center, managing the data centrally in the cloud. It allows for remote monitoring and historical data review, enabling operators to immediately grasp the overall noise situation of the facility. Furthermore, it automatically sends alert notifications when set thresholds are exceeded, supporting prompt responses. By analyzing the accumulated data, it also contributes to the optimization of equipment operations and the enhancement of environmental management. As a monitoring foundation that supports the stable operation of data centers and environmental considerations, it aids in improving the reliability of facility operations.