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Wireless Cloud Measurement Systemの製品一覧

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[For Manufacturing Industry] IoT / Visualization Wireless Cloud Measurement System

[For Manufacturing Industry] IoT / Visualization Wireless Cloud Measurement System

Innovating quality management. Centralized management of measurement data in the cloud.

In quality control within the manufacturing industry, it is important to maintain product quality and suppress the occurrence of defective products. In particular, measurement data such as temperature, pressure, and flow rate during the manufacturing process form the backbone of quality control. If this data is accurately recorded and abnormalities can be detected early, it can prevent quality issues from arising and lead to improved production efficiency. The IoT visualization wireless analog signal input system continuously uploads data from various measuring instruments that output analog signals such as 4-20mA or 0-10V to the cloud, automatically records it, and issues alarms in case of abnormalities, thereby streamlining quality control operations. 【Usage Scenarios】 - Monitoring various measurement data on the manufacturing line - Data analysis in the quality control department - Early response to abnormal occurrences 【Benefits of Implementation】 - Improved operational efficiency through automatic recording of measurement data - Early detection of abnormalities through real-time data monitoring - Promotion of quality improvement through data analysis

  • Other measuring instruments
  • Wireless Cloud Measurement System

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[For Logistics] IoT / Visualization Wireless Cloud Measurement System

[For Logistics] IoT / Visualization Wireless Cloud Measurement System

Wireless transmission of analog signals, centralized management of logistics site data in the cloud.

In the logistics industry, it is essential to grasp the location information of cargo during transportation and the inventory status within warehouses in real-time. Particularly for cargo that requires temperature control and the transportation of expensive precision equipment, accurate location information is crucial for maintaining quality and preventing theft. Inaccurate location information or delays in recording can lead to misdelivery or loss. Our IoT visualization wireless analog signal input system utilizes UNISONet to send data from various measuring instruments with analog signals to the cloud, enabling real-time data collection and visualization. 【Use Cases】 - Tracking the location of cargo during transportation - Inventory management within warehouses - Location information management for forklifts and other equipment 【Benefits of Implementation】 - Tracking of cargo and prevention of loss - Increased efficiency in inventory management - Safety management for workers

  • Other measuring instruments
  • Wireless Cloud Measurement System

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[For Infrastructure] IoT / Visualization Wireless Cloud Measurement System

[For Infrastructure] IoT / Visualization Wireless Cloud Measurement System

Cloud-based laser displacement meters, pH meters, noise meters, etc., to visualize infrastructure.

In the infrastructure industry, the aging of equipment and the early detection of abnormalities are critical issues. Particularly for structures such as bridges and tunnels, as well as lifeline facilities like water supply and sewage systems and gas pipelines, it is essential to accurately understand their condition and perform appropriate maintenance. However, traditional inspection methods have relied on manual visual checks and periodic measurements, which carry the risk of delayed detection of abnormalities. The IoT visualization wireless analog signal input system addresses these challenges. 【Usage Scenarios】 - Monitoring the strain and displacement of structures such as bridges and tunnels - Monitoring the flow and pressure of water supply and sewage systems and gas pipelines - Monitoring the temperature and vibration of facilities such as substations and power plants 【Benefits of Implementation】 - Early detection of abnormalities through real-time remote condition monitoring - Increased efficiency of inspection work and cost reduction - Realization of preventive maintenance through data accumulation and analysis

  • Other measuring instruments
  • Wireless Cloud Measurement System

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[For the Food Industry] IoT / Visualization Wireless Cloud Measurement System

[For the Food Industry] IoT / Visualization Wireless Cloud Measurement System

Cloud-based temperature management for food to streamline quality control.

In the food industry, temperature management is extremely important for maintaining quality. Changes in temperature within refrigeration and freezing units can affect the freshness and safety of food, and like foreign substance contamination, can become a significant issue that undermines a company's trust. Inadequate temperature management can lead to food waste and complaints, potentially resulting in substantial losses. Our IoT visualization wireless analog signal input system centralizes data from measuring instruments such as temperature sensors in the cloud, enhancing food quality management by monitoring temperature anomalies in real-time. 【Usage Scenarios】 - Refrigerated and frozen warehouses - Food manufacturing lines - Temperature management during transportation 【Benefits of Implementation】 - Reduction of food loss through early detection of temperature anomalies - Streamlining of record-keeping tasks - Improvement in quality management - Compliance support

  • Other measuring instruments
  • Wireless Cloud Measurement System

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IoT/Visualization Wireless Cloud Measurement System for Environmental Pollution Measurement

IoT/Visualization Wireless Cloud Measurement System for Environmental Pollution Measurement

Cloud-based laser displacement meters, pH meters, noise meters, dust meters, flow meters, etc.

In the field of environmental pollution measurement, continuous monitoring of air and water quality is essential. In particular, it is necessary to accurately grasp fluctuations in dust, noise, pH levels, and other factors around factories and construction sites to maintain compliance with environmental standards. Traditional measurement methods often involve labor-intensive manual recording and data collection on-site, which can lead to delays in responding to anomalies. Our IoT visualization wireless analog signal input system addresses these challenges. 【Usage Scenarios】 - Air pollution measurement around factories - Noise and dust measurement at construction sites - pH value and water quality measurement of rivers and drainage - Environmental monitoring of waste disposal sites 【Benefits of Implementation】 - Improved operational efficiency through automatic recording of measurement data and remote monitoring - Reduced environmental risks through early detection of anomalies and rapid response - Implementation of effective environmental measures based on real-time data

  • Other measuring instruments
  • Wireless Cloud Measurement System

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