ニッシン産業 Product Lineup

The "Fluke ii900" is an industrial ultrasonic camera that can quickly pinpoint the locations of leaks in compressed air and vacuum systems. With minimal training, it allows for the detection of air leaks during regular maintenance tasks, even during peak operational hours. Additionally, we also offer the "Fluke ii910," which is ideal for high-voltage electricians, electrical testing technicians, and transmission maintenance teams who constantly inspect and maintain power distribution and industrial high-voltage equipment. 【Fluke ii900 Features】 ■Improves the efficiency of your air compressor ■Properly maintains air pressure in pneumatic equipment ■Reduces utility costs ■Shortens leak detection time ■Enhances the reliability of production lines *For more details, please refer to the PDF document or feel free to contact us.

The "Fluke ii910" is an ideal tool for high voltage electricians, electrical testing technicians, and transmission network maintenance teams who constantly inspect and maintain power distribution and industrial high voltage equipment. By safely, quickly, and easily detecting, identifying, and maintaining partial discharges in high voltage equipment, it helps prevent catastrophic accidents. It visually displays invisible sounds, allowing for quick identification of problematic areas. <If you would like a demonstration visit, please consult with us!> 【Features】 ■ Frequency range: 2 to 100 kHz ■ Detection range: up to 120 m ■ Display: 7-inch 1280×800 LCD, capacitive touch screen *For more details, please refer to the PDF materials or feel free to contact us.

The "SV600" is a fixed ultrasonic camera that detects, confirms the location of, and visualizes things that are invisible or inaudible. It monitors leaks of air, gas, steam, and vibrations in your processes, clearly recording all anomalies such as issues with bearings and drive systems. It immediately alerts users to areas where problems are occurring. Additionally, it can be installed near various equipment and assets, in production line areas, and in hazardous locations where human access is restricted. 【Features】 ■ Real-time monitoring of equipment changes ■ Prevention of unplanned maintenance ■ Data acquisition from restricted areas ■ Continuous learning/improvement ■ Energy-saving measures *For more details, please refer to the PDF document or feel free to contact us.

The "Fluke ii910" can detect air leaks simply by pointing the camera at them. It is a powerful tool that contributes to energy-saving measures, reduction of electricity costs, and carbon neutrality by alleviating the burden on compressors. Additionally, it is an ideal tool for high voltage electricians, electrical testing technicians, and transmission network maintenance teams who constantly inspect and maintain power distribution and industrial high voltage equipment. By safely, quickly, and easily detecting, identifying, and maintaining partial discharges in high voltage equipment, it helps prevent catastrophic accidents. It visually displays sounds that are not audible to the human ear, allowing for quick identification of problematic areas. <If you would like a demo visit, please consult with us!> 【Features】 ■ Frequency range: 2 to 100 kHz ■ Detection range: up to 120 m ■ Display: 7-inch 1280×800 LCD, capacitive touch screen *For more details, please refer to the PDF materials or feel free to contact us.

The "Fluke ii1020C" is an ultrasonic camera designed for detecting gas leaks and partial discharges. SoundSight technology converts sound waves generated by leaks into acoustic images, which are then combined with visible images. By combining a high resolution of 13 million pixels with a 3x digital zoom, it clearly displays leak locations on a 7-inch LCD screen. 【Features】 ■ Detects hazardous gas leaks from a safe distance ■ Detects low-pressure, low-density, or small-sized leaks ■ Weighs only 1.2 kg, making it easy to carry with one hand ■ 128GB data storage capacity ■ On-device report generation capability *For more details, please download the PDF or feel free to contact us.

The 『ii01』 is a mobile ultrasonic camera that can be directly connected to a smartphone's Type-C interface. It can detect air leaks, airtightness, mechanical noise, and more, anytime and anywhere, achieving professional acoustic imaging. No complicated operations or large equipment are required, significantly improving troubleshooting efficiency. 【Features】 ■ 16 high-precision MEMS sensors and proprietary SoundMap acoustic imaging technology ■ Quickly identify sound sources through visuals ■ Covers a frequency range of 2kHz to 48kHz, applicable for general industrial uses ■ Quickly detect air leaks by fixing the frequency band with a single button ■ Real-time display of the dB value at the sound source's center point, supporting on-site decision-making *For more details, please download the PDF or feel free to contact us.

In the automotive industry, accurately identifying the airtightness of parts and the presence of air leaks is essential for maintaining product reliability. In particular, fine air leaks that can occur in various areas such as the engine compartment and interior/exterior parts may lead to performance degradation and abnormal noises. Traditional inspection methods can be time-consuming and labor-intensive. The mobile ultrasonic camera 'ii01' connects directly to a smartphone's Type-C interface, allowing for easy detection of air leaks and airtightness issues anytime and anywhere, significantly improving troubleshooting efficiency. 【Usage Scenarios】 - Air leak inspection of engine parts - Verification of airtightness in interior and exterior parts - Quality checks on the manufacturing line - Evaluation of prototypes during the development stage 【Benefits of Implementation】 - Rapid identification of leak locations - Reduction in inspection time - Improvement in quality management - Immediate reporting on-site

In the food and beverage industry, preventing foreign matter contamination is extremely important to ensure product safety and gain consumer trust. In particular, identifying fine air leaks in the manufacturing line and packaging process, as well as the associated pathways for foreign matter intrusion, is essential from a quality control perspective. Inadequate management can lead to product contamination and quality degradation. The mobile ultrasonic camera 'ii01' connects directly to a smartphone's Type-C interface and helps reduce the risk of foreign matter contamination by quickly detecting issues related to air leaks and airtightness. 【Usage Scenarios】 - Checking the airtightness of the manufacturing line - Identifying defective sealing areas in packaging materials - Discovering air leak points in manufacturing equipment 【Benefits of Implementation】 - Reduction of foreign matter contamination risk - Maintenance and improvement of product quality - Increased efficiency in troubleshooting

To ensure stable operation and safety of chemical plants, it is important to quickly detect and address air leaks in piping and equipment. Leaks pose risks of energy loss, decreased production efficiency, and even serious accidents. Conventional inspection methods may struggle to efficiently check extensive equipment. The mobile ultrasonic camera 'ii01' connects directly to a smartphone's type-C interface and visualizes air leaks through acoustic imaging, aiding in the rapid and accurate identification of leak locations. This significantly improves troubleshooting efficiency and contributes to maintaining plant safety and productivity. 【Usage Scenarios】 - Detection of air leaks in piping lines - Confirmation of leaks from valves and flanges - Checking the airtightness of tanks and containers - Efficiency management of compressed air systems - Identification of leak locations during regular inspections 【Benefits of Implementation】 - Reduction of energy loss - Decrease in equipment maintenance costs - Maintenance and improvement of production efficiency - Enhanced safety - Rapid problem resolution

For the stable operation of IT and data centers, maintaining the efficiency of the cooling system is essential. Air leaks in the air conditioning equipment can lead to reduced cooling capacity and increased power consumption, potentially raising the risk of equipment failure. Rapid detection and countermeasures for air leaks can lead to reduced operational costs and improved reliability. The mobile ultrasonic camera 'ii01' connects directly to a smartphone's Type-C interface, allowing for easy air leak detection anytime and anywhere. Professional acoustic imaging significantly enhances troubleshooting efficiency. 【Usage Scenarios】 - Detecting air leaks around server racks - Checking for leaks from air ducts and piping - Detecting abnormal sounds from cooling fans - Checking the airtightness of the entire data center 【Benefits of Implementation】 - Maintenance and improvement of cooling efficiency - Reduction of power consumption - Stable operation and longevity of equipment - Rapid problem identification and maintenance

In manufacturing equipment diagnostics, it is essential to detect abnormal sounds and air leaks early to prevent unexpected downtime. In particular, accurately capturing subtle sounds and leaks from operating equipment and identifying the source is crucial for maintaining production efficiency and reducing costs. Our mobile ultrasonic camera 'ii01' provides a convenient and rapid diagnostic solution through acoustic imaging to address these challenges. 【Usage Scenarios】 - Equipment inspection in plants and factories - Detection of air leaks in compressed air lines - Diagnosis of abnormal sounds in rotating machinery - Leak detection from pipes and valves 【Benefits of Implementation】 - Reduction of downtime through early detection of equipment abnormalities - Decrease in energy loss (such as air leaks) - Increased efficiency of maintenance work - Promotion of predictive maintenance

In the energy industry's piping inspections, early detection of minute air leaks and abnormal sounds is essential for ensuring equipment safety and efficient operation. Particularly in extensive piping networks, rapid and accurate identification of causes is crucial. Traditional inspection methods can be time-consuming and labor-intensive. The mobile ultrasonic camera 'ii01' connects directly to a smartphone's Type-C interface, enabling easy leak detection through acoustic imaging anytime and anywhere. It eliminates the need for complex operations or large equipment, significantly improving troubleshooting efficiency. 【Usage Scenarios】 - Detection of air leaks from piping within plants - Early detection of gas leaks - Efficient management of compressed air systems - Identification of abnormal equipment sounds 【Benefits of Implementation】 - Faster and more efficient inspection work - Reduction of downtime through early detection of equipment issues - Improved safety - Reduction of operational costs

In the oil and gas industry, early detection of gas leaks is extremely important for safe operation and efficient management of plants. Even minor leaks can lead to serious accidents, environmental pollution, and production losses. Therefore, technology that can quickly and accurately identify leak locations is in demand. The "Fluke ii1020C" is an ultrasonic camera designed to address these challenges. With SoundSight technology, it converts sound waves generated from leak points into acoustic images and displays them combined with visible images. Its 13-megapixel high resolution and 3x digital zoom allow for clear identification of leak points on a 7-inch LCD screen. [Usage Scenarios] - Detection of gas leaks from piping, valves, and flanges within the plant - Identification of leak points in compressed air systems - Confirmation of leak points in vacuum systems - Abnormality detection in pneumatic control equipment [Benefits of Implementation] - Reduction of accident risks through rapid identification of leak points - Leak Q mode to assist in determining maintenance urgency - Lightweight design (1.2 kg) to reduce the burden of on-site work - On-device reporting function to streamline record-keeping and reporting tasks

In chemical plant piping inspections, the early detection of gas leaks and partial discharges is crucial for accident prevention and stable operations. In particular, leak detection in areas that are difficult to visually inspect or in noisy environments requires advanced technology. Our ultrasonic camera, the 'Fluke ii1020C', addresses these challenges and supports safe plant operations. 【Usage Scenarios】 - Leak detection in gas piping within the plant - Abnormal sound detection in high-pressure and low-pressure lines - Bearing anomaly detection in rotating equipment 【Benefits of Implementation】 - Early maintenance through rapid identification of leak locations - Reduction of accident risks and maintenance of safe operations - Efficient operation of compressed air and vacuum systems

In power plants, it is important to detect leaks in compressed air and vacuum systems early and perform maintenance to ensure the stable operation of turbine equipment. Leaks can lead to energy loss and equipment damage. Particularly in noisy environments, identifying leak locations can become difficult. The "Fluke ii1020C" addresses these challenges by visualizing acoustic images, clearly identifying leak locations, and supporting rapid response. [Usage Scenarios] - Inspection of compressed air piping around turbines - Identification of leak locations in vacuum systems - Abnormal detection in pneumatic control equipment [Benefits of Implementation] - Reduction of energy loss - Decreased risk of unexpected equipment shutdowns - Increased efficiency of maintenance work

In manufacturing equipment maintenance, ensuring stable operation of production lines and preventing unexpected downtime is crucial. In particular, gas leaks from compressed air systems, vacuum systems, and pneumatic control devices can lead to energy loss, equipment malfunctions, and even safety issues. Early detection of these leak points and performing appropriate maintenance contribute to the longevity of equipment and cost reduction. The ultrasonic camera 'Fluke ii1020C' addresses these challenges by using acoustic imaging technology to visualize leak points and assist in rapid identification. 【Usage Scenarios】 - Leak detection from piping and valves in compressed air systems - Identification of seal failures in vacuum systems - Confirmation of air leaks in pneumatic control devices - Detection of abnormal bearings in rotating equipment 【Benefits of Implementation】 - Reduction of energy loss - Prevention of equipment troubles - Increased efficiency of maintenance work - Improvement of productivity

In the food and beverage industry, stable temperature management is essential for maintaining product freshness and quality control. Even minor gas leaks in cooling equipment or abnormalities in vacuum systems can cause temperature fluctuations, potentially leading to a decline in product quality and affecting shelf life. Early leak detection and proper maintenance are crucial for reducing these risks and maintaining a stable production system. The ultrasonic camera 'Fluke ii1020C' addresses these challenges by visualizing leak points using acoustic imaging technology, supporting rapid response. 【Usage Scenarios】 - Detection of gas leaks in freezers and refrigerators - Confirmation of pipe leaks in air conditioning systems - Checking for vacuum leaks in vacuum packaging machines 【Benefits of Implementation】 - Maintenance and improvement of product quality - Reduction of food waste - Increased efficiency in equipment maintenance

In automotive production lines, leaks in compressed air systems can lead to decreased production efficiency and impact the performance of components. Particularly in extensive lines or noisy environments, identifying leak locations can become challenging. Our ultrasonic camera, the 'Fluke ii1020C', addresses these issues by visualizing sound waves to quickly and accurately pinpoint leak locations, supporting stable operation of production lines. 【Use Cases】 - Leak detection in compressed air piping - Leak detection in vacuum systems - Leak detection in pneumatic control equipment - Detection of bearing abnormalities in rotating equipment 【Benefits of Implementation】 - Maintenance and improvement of production efficiency - Reduction of energy costs - Prevention of equipment troubles - Streamlining of maintenance tasks

In the engine room of a ship, there are many continuously operating devices, and leaks in compressed air or vacuum systems can lead to decreased equipment performance and unexpected troubles. Particularly in noisy environments, identifying leak points can become difficult. Our ultrasonic camera, the 'Fluke ii1020C', addresses these challenges by visualizing acoustic images, allowing for the rapid and accurate identification of leak points. [Usage Scenarios] - Leak detection in compressed air piping within the engine room - Identification of leak points in vacuum systems - Abnormality detection in pneumatic control equipment - Early detection of bearing abnormalities in rotating machinery [Benefits of Implementation] - Maintenance of equipment performance and energy conservation - Prevention of unexpected failures and reduction of maintenance costs - Maintenance of a safe operating environment

In mining, the stable operation of compressed air systems is essential for maintaining productivity. Equipment leaks can lead to energy waste and unexpected downtime. Particularly in noisy environments, identifying leak points can be challenging. The ultrasonic camera 'Fluke ii1020C' addresses these issues by visualizing acoustic images, allowing for the rapid and accurate identification of leaks. [Usage Scenarios] - Leak detection in compressed air piping - Leak detection in vacuum systems - Abnormality detection in pneumatic control equipment [Benefits of Implementation] - Reduction in energy costs - Minimization of equipment downtime - Increased efficiency of maintenance work

In water treatment facilities, the stable operation of pump systems is essential. Leaks in compressed air or vacuum systems can lead to reduced pump efficiency and unexpected failures. Particularly in noisy environments, identifying leak locations can become challenging. Our ultrasonic camera, the 'Fluke ii1020C', addresses these issues by visualizing acoustic images, allowing for the rapid and accurate identification of leak locations, thereby contributing to the reliability of pump systems. [Use Cases] - Leak detection in compressed air piping at water treatment plants - Identification of leak locations in vacuum pump systems - Detection of abnormal sounds in pump peripheral equipment [Benefits of Implementation] - Maintenance of pump system efficiency - Reduction of unexpected failures - Streamlining of maintenance tasks