ONOSOKKI Product Lineup

In the machine tool industry, maintaining processing accuracy and avoiding production line downtime significantly affects profits. Wear of spindle bearings and slight vibration anomalies in feed mechanisms directly lead to dimensional defects and reduced surface roughness in products. The VW-3100 precisely quantifies abnormal noises and vibrations in equipment, digitizing the diagnosis traditionally performed by skilled workers based on "sound." It captures early signs of failure, supporting improved yield and stable operation through planned maintenance. 【Usage Scenarios】 Diagnosis of spindle bearing wear in machine tools Detection of sliding anomalies and vibrations in feed shafts (ball screws) and guides Identification of abnormal noises in drive components such as tool changers (ATC) Investigation and analysis of vibration issues and defects during processing 【Benefits of Implementation】 Prevention of unexpected machine stoppages, maximizing the overall operating rate of the line Stabilization of quality through the prevention of processing defects (yield reduction) Standardization and transmission of maintenance techniques through quantification Reduction and efficiency improvement of on-site inspection time through precise diagnosis in the office

Our company is a leading company in measurement and testing systems, with trust and a proven track record in "measuring technology." We are offering a free collection of case studies and countermeasures (PDF) to solve the real issues related to "sound and vibration" in the field. 【Do you have any of the following concerns?】 - I want to identify and share "abnormal sounds" on-site at trouble locations. - I want to digitalize inspections that rely on the "long-standing intuition" of veterans. - Daily route inspections and transcribing handwritten notes to Excel are cumbersome. - The surrounding noise is so loud that I might miss abnormal vibrations in the product. 【Overview of this document】 ■ Chapter 1 (On-site Support): How to record and bring back the phenomena from the field. ■ Chapter 2 (Technology Transfer): Tips for cutting unnecessary noise and quantifying subjectivity. ■ Chapter 3 (Predictive Maintenance): Streamlining route inspections and managing trends easily with DX. ■ Chapter 4 (Quality Assurance): Automatic determination of OK/NG based on the latest ISO standards. ■ Chapter 5 (Product Overview): Basic performance of a vibration meter that achieves the above with a single unit. ＼ We are currently publishing a collection of case studies to solve on-site issues taught by professionals in "measuring technology"! ／ *For more details, please download the PDF or feel free to contact us.

In the mining industry, the operation of heavy machinery affects productivity, and failures due to wear can lead to significant losses. It is important to detect equipment abnormalities early and perform planned maintenance. The VW-3100 detects wear and abnormal noises by quantifying vibrations, allowing for early detection of equipment issues. This helps reduce downtime and supports safe operations. 【Use Cases】 * Detection of bearing wear in mining machinery * Detection of abnormal noises in conveyors * Vibration monitoring of crushers 【Benefits of Implementation】 * Reduced risk of equipment failure * Lower maintenance costs * Achievement of safe operations

In the food industry, it is important to minimize the risk of equipment abnormalities leading to foreign object contamination. In particular, foreign object contamination can significantly damage not only product quality but also a company's trust. The VW-3100 quantifies subtle vibrations in equipment and detects abnormalities early, thereby reducing the risk of foreign object contamination. The vibration sensing technology and signal processing technology provided by Ono Sokkia, a measurement instrument manufacturer, strongly support quality control in food factories. 【Usage Scenarios】 - Inspection of equipment such as motors, pumps, and conveyors on food production lines - Identification of the source of abnormal noises - Detection of early signs of equipment abnormalities 【Benefits of Implementation】 - Reduction of foreign object contamination risk - Decrease in equipment downtime - Improvement in quality control

The VW-3100 is a portable vibration meter that integrates the functions of "listening," "measuring," and "judging," which are essential for on-site vibration measurement, all in one device. It solves problems with sensing and signal processing technologies provided by Ono Sokki, a manufacturer of measuring instruments. 【Four Key Points of the New Product】 - V3 band x 3 vibration values can be measured and displayed simultaneously, allowing for accurate detection of abnormalities and improved work efficiency. - The listening function utilizing a variable bandpass filter captures unusual sounds, facilitating sharing with workers and knowledge transfer. - Recording can be done simultaneously with inspections (ORF/WAV), leading to precise diagnostics with post-analysis tools like O-Solution. - A wide range of options is available to assist with on-site measurement and evaluation.

In the power industry, stable operation of equipment is essential, and overheating can lead to serious accidents. Especially for critical equipment such as transformers and generators, early detection of overheating is required. The VW-3100 detects abnormalities in equipment through vibration measurement, preventing failures caused by overheating. 【Usage Scenarios】 - Inspection of transformers - Inspection of generators - Inspection of motors 【Benefits of Implementation】 - Early detection of equipment abnormalities to prevent accidents - Increased efficiency of inspection operations - Prolonged equipment lifespan

In semiconductor manufacturing, even slight abnormal sounds or vibrations from equipment pose a significant risk of reduced product yield and unexpected line stoppages. The portable vibration meter 'VW-3100' quantifies and visualizes equipment vibrations, enabling "predictive maintenance" that does not rely on experience. By simultaneously measuring and recording vibrations, it contributes to reducing equipment downtime and maximizing production efficiency. 【Usage Scenarios】 Abnormal diagnosis of vacuum pumps and cooling fans: Early detection of wear in rotating machinery. Identification of abnormal sounds in cleanroom equipment: Detailed analysis externally using recorded data. Vibration monitoring of piping: Preventing troubles in chemical and gas supply systems. Digitalization of regular inspection rounds: Standardizing the judgment of experienced personnel using numerical data. 【Benefits of Implementation】 Prevention of yield decline: Capturing signs of failure and performing maintenance before defective products occur. Significant reduction in downtime: Eliminating unexpected failures and supporting 24-hour operations. Efficiency in knowledge transfer: Saving abnormal sounds as data and capitalizing on in-house diagnostic know-how.

In the shipbuilding industry, it is important to ensure the safe operation of vessels by early detection of equipment abnormalities and minimizing downtime. Particularly for rotating equipment such as engines and pumps, it is essential to detect abnormal vibrations early and perform appropriate maintenance. The portable vibration meter 'VW-3100' displays acceleration, velocity, and displacement simultaneously, allowing for the identification of abnormal signs in machinery. With a variable bandpass filter, it adjusts the frequency range to identify and confirm unusual noises as vibration sounds. This contributes to the early detection of equipment abnormalities and improves inspection efficiency. 【Usage Scenarios】 - Vibration diagnosis of engines, pumps, gearboxes, etc. - Simple diagnosis of equipment - On-site troubleshooting of devices 【Benefits of Implementation】 - Early detection of equipment abnormalities, reducing downtime - Increased efficiency of inspection tasks - Prolonged equipment lifespan through accumulation and analysis of inspection data

In the building management industry, efficient operation of air conditioning systems and early detection of abnormalities are required. In particular, equipment failures not only compromise the comfort of the building but also have significant impacts on repair costs and operations, making preemptive abnormality detection crucial. The VW-3100 enables early detection of signs of abnormalities by quantifying the vibrations of air conditioning equipment, allowing for appropriate maintenance. 【Usage Scenarios】 - Vibration measurement of air conditioning equipment - Detection of unusual sounds from fans, compressors, etc. - Diagnosis of bearing deterioration - Route inspections of equipment 【Benefits of Implementation】 - Reduced risk of equipment failure - Lower maintenance costs - Maintenance of building comfort - Increased efficiency of inspection tasks

In the electronic materials industry, stabilizing the manufacturing process and improving yield are important challenges. In particular, abnormalities in manufacturing equipment can lead to a decline in product quality and a deterioration in production efficiency, which are factors that reduce yield. The VW-3100 contributes to solving these challenges by quantifying abnormal sounds from equipment and detecting anomalies early. Through vibration measurement and recording, it enables precise diagnostics in the office, helping to reduce downtime. 【Usage Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual sounds in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of anomalies - Transmission of skills from experienced personnel - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In the infrastructure industry, stable operation of equipment is essential, and early detection of abnormalities and prompt responses are required. In particular, infrastructure facilities such as bridges and tunnels are prone to various abnormalities due to prolonged use and external environmental influences, making regular inspections and appropriate maintenance crucial. The portable vibration meter 'VW-3100' displays acceleration, velocity, and displacement simultaneously, helping to identify signs of mechanical abnormalities and contributing to early detection and improved inspection efficiency of infrastructure facilities. [Usage Scenarios] - Inspection of infrastructure facilities such as bridges and tunnels - Abnormal diagnosis of rotating machines such as pumps and blowers - Simple diagnosis of equipment [Effects of Implementation] - Early detection of equipment abnormalities, reducing downtime - Increased efficiency of inspection operations - Prolonged equipment lifespan through accumulation and analysis of inspection data

In chemical fertilizer plants, it is important to detect equipment abnormalities early and maintain safe operations. Unusual sounds are a significant sign of equipment issues, but there is often a reliance on the experience of skilled workers, making the transfer of technology a challenge. The VW-3100 addresses these issues by quantifying minute vibrations and identifying the sources of abnormal sounds. It allows for simultaneous vibration measurement and recording, enabling precise diagnostics in the office. 【Usage Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual sounds in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of abnormalities - Transfer of skills from experienced workers - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In a data center, the stable operation of servers and air conditioning equipment is essential. In temperature management, early detection of equipment anomalies and appropriate maintenance are crucial to prevent system downtime and reduce operational costs. Vibration anomalies often serve as precursors to equipment failures, and early detection is key to minimizing damage. The VW-3100 supports the stable operation of data centers by providing detailed insights into the vibration status of equipment and enabling early detection of anomalies. 【Usage Scenarios】 - Cooling fans in server rooms - Compressors in air conditioning systems - UPS (Uninterruptible Power Supply) 【Benefits of Implementation】 - Reduces the risk of equipment failure - Enables planned maintenance - Mitigates losses due to downtime

In the plastic molding industry, there is a demand to reduce molding defects and stabilize product quality. In particular, abnormalities in molds and equipment are major causes of molding defects, leading to decreased production efficiency and increased costs. The VW-3100 addresses these challenges by quantifying abnormal sounds from equipment and identifying the sources of these sounds. It enables simultaneous vibration measurement and recording, allowing for precise diagnostics in the office. 【Application Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual sounds in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of abnormalities - Transmission of skills from experienced workers - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In the wastewater industry, pump management is essential for stable equipment operation. Unusual noises and vibrations are signs of pump abnormalities, requiring early detection and appropriate responses. By preventing failures and conducting planned maintenance, we can extend the lifespan of equipment and reduce costs. The VW-3100 quantifies pump vibrations, enabling early detection of anomalies. 【Usage Scenarios】 - Daily pump inspections - Identification of abnormal sounds - Predictive maintenance of equipment - Development of maintenance plans 【Benefits of Implementation】 - Reduced risk of pump failures - Shortened inspection times - Lower maintenance costs - Stable operation of equipment

In a fiber factory, the stable operation of equipment affects production efficiency. In particular, unusual noises are an important sign indicating equipment abnormalities, and early detection is essential. However, inspection methods that rely on the experience of skilled workers can pose challenges for technology transfer. The VW-3100 addresses these issues by quantifying minute vibrations and identifying the sources of abnormal sounds. 【Usage Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual noises in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of abnormalities - Transfer of skills from experienced workers - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In the rubber industry, stable operation of equipment is crucial for formulation management. In particular, abnormalities in rotating machinery such as mixers and vulcanizers can lead to a decline in product quality and a decrease in production efficiency. Unusual noises are an important sign of equipment abnormalities, but there is often a reliance on the experience of skilled workers, making the transfer of technology a challenge. The VW-3100 addresses these issues by quantifying minute vibrations and identifying the sources of abnormal sounds. It enables simultaneous vibration measurement and recording, allowing for precise diagnosis in the office. 【Usage Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual noises in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of abnormalities - Transfer of skills from experienced workers - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In the pharmaceutical industry, stable operation of manufacturing equipment is essential. Particularly, to maintain the quality of pharmaceuticals, it is important to detect abnormalities in the equipment early and perform appropriate maintenance. Equipment failures can lead to production stoppages and quality issues. The VW-3100 supports early detection of equipment abnormalities through vibration measurement and enhances the efficiency of inspection tasks. 【Usage Scenarios】 - Monitoring the operation of pumps, compressors, motors, etc., on the production line - Early detection of abnormalities through the detection of unusual sounds from equipment - Recording and analyzing vibration data during regular inspections 【Benefits of Implementation】 - Reduces the risk of equipment failure and improves production efficiency - Supports the efficiency of inspection tasks and the transfer of technical knowledge - Provides long-term understanding of equipment condition through ISO evaluation and trend management

In chemical plants, it is important to detect equipment abnormalities early and maintain safe operations. Unusual noises are a significant sign of equipment issues, but there is often a reliance on the experience of skilled workers, making the transfer of technology a challenge. The VW-3100 addresses these issues by quantifying subtle vibrations and identifying the sources of abnormal sounds. It enables simultaneous vibration measurement and recording, allowing for precise diagnostics in the office. 【Usage Scenarios】 - Abnormal diagnosis of rotating machinery such as pumps, compressors, and fans - Detection of unusual noises in piping - Predictive maintenance of equipment 【Benefits of Implementation】 - Reduction of equipment downtime through early detection of abnormalities - Transfer of skills from experienced workers - Increased efficiency in inspection tasks - Compliance with ISO evaluations and trend management

In the oil industry, leaks from plants and pipelines can lead to environmental pollution and serious accidents. Early leak detection is essential for ensuring safety and reducing costs. The VW-3100 addresses these challenges by capturing subtle vibrations and detecting signs of leaks early. 【Use Cases】 - Abnormal detection of pumps and piping - Monitoring for leaks from valves - Detection of unusual sounds in rotating machinery 【Benefits of Implementation】 - Reduces the risk of accidents due to leaks - Decreases equipment downtime - Lowers inspection and maintenance costs

In the aviation industry, it is important to detect unusual sounds in aircraft early and identify their causes to ensure safe operations. Unusual sounds can be signs of wear or failure of components, and if overlooked, they can lead to serious accidents. The VW-3100 quantifies the "ear" of experienced professionals in diagnosing unusual sounds in aircraft, enabling efficient inspections. It simultaneously measures acceleration, speed, and displacement to support the identification of the causes of unusual sounds. 【Usage Scenarios】 - Diagnosis of unusual sounds in aircraft engines, gearboxes, bearings, etc. - Detection of abnormalities through vibration measurement of various parts of the aircraft - Inspection work in maintenance environments 【Benefits of Implementation】 - Improved safety through early detection of unusual sounds - Reduction and efficiency of inspection time - Transmission of skills from veteran technicians

In the railway industry, it is important to detect abnormalities in vehicles and equipment early to ensure safety and stable operations. Especially during prolonged operations or in harsh environments, wear and deterioration due to vibrations can progress easily, making regular inspections essential. However, traditional inspection methods have had the potential for delays in detecting abnormalities or overlooking them. The VW-3100 addresses these challenges by quantifying vibrations. 【Usage Scenarios】 - Inspection of railway vehicle wheels and bearings - Abnormality detection in motors and gearboxes - Vibration analysis of tracks and signal equipment 【Benefits of Implementation】 - Prevention of accidents through early detection of abnormalities - Reduction and efficiency improvement of inspection time - Visualization of inspection data for technical knowledge transfer

■Limit performance of self-noise at 4.5 dB, with the simplicity of direct BNC connection. In recent years, the challenge of "noise reduction" has become unavoidable in the development of home appliances and EVs (electric vehicles). This product is an ultra-low noise measurement microphone that achieves an overwhelming low noise performance with a self-noise level of 4.5 dB (representative value). By adopting the CCLD (Constant Current Drive) method, which eliminates the need for expensive external amplifiers and dedicated power supplies that were essential in conventional low-noise measurements, it allows for direct connection to the analyzer with a single BNC cable, simplifying the measurement system and reducing costs simultaneously. <Main Features and Benefits of Implementation> - Accurately captures micro sounds in the 10 dB range (A-weighted). - CCLD method and direct BNC connection eliminate the need for amplifiers. - TEDS compatible to eliminate setup errors. - Versatile support from field measurements to R&D.

The "LA-1411/1441/4441" is a high cost-performance sound level meter packed with numerous features that emphasizes on-site measurement. With a wide linearity range of 100 dB, it can simultaneously measure and display seven noise indicators, including the time-averaged sound level, in response to a wide range of sound level fluctuations without switching the level range. Additionally, the microphone section of the sound level meter can be separated from the main unit, allowing for long-distance extension of the microphone section using a dedicated coaxial cable. The curved body shape minimizes the influence of sound reflections, and the intuitive operation menu enhances usability, achieving a more user-friendly human interface than ever before. 【Features】 ■ Simultaneous measurement and selectable display of seven noise indicators, including time-averaged sound level (Leq) ■ The microphone section can be separated from the main unit for long-distance extension using a dedicated coaxial cable ■ Easy data processing to PC (LA-1441/4441) *For more details, please refer to the PDF document or feel free to contact us.

The "MI-1271M12" consists of a free-field type 1/2-inch electret condenser microphone that complies with IEC 61094-4 Type WS2F and a preamplifier. By adopting a titanium diaphragm for the microphone and improving electret performance, it achieves long-term stability and a wide frequency range from 1Hz to 20kHz. It can also be used in a wide temperature range from -30°C to +80°C. When connected to TEDS-compatible equipment, information such as sensitivity is automatically read, eliminating the need for cumbersome calibration work, enabling reliable measurements and time savings. 【Features】 ■ No need for cumbersome calibration work with TEDS compatibility ■ Achieves long-term stability and a wide frequency range from 1Hz to 20kHz ■ Usable in a wide temperature range from -30°C to +80°C ■ Can be directly connected using a BNC cable to equipment equipped with CCLD (constant current drive) power supply *For more details, please refer to the PDF document or feel free to contact us.

The CF-9200A/CF-9400A (CF-9000A series) is an all-in-one portable-style FFT analyzer. It does not require an analysis PC, and all operations of the FFT analyzer can be performed using only the hardware keys and the capacitive touch panel on the main unit. With a newly developed 24-bit A/D converter and a high-performance front end capable of 100 kHz analysis, it allows for easier and more reliable analysis of noise and vibrations emitted by mechanical devices such as plant piping, pumps, motors, automobiles, railways, and home appliances, compared to conventional models. Additionally, it responds to field solutions requiring FFT analysis, such as resonance and frequency characteristic analysis of mechanical structures using electromagnetic exciters or impulse hammers.

Improvement of automotive quietness, abnormal noise inspection of home appliances, vibration analysis of precision instruments. High-precision sensors that do not miss subtle air vibrations are essential for "accurate acoustic measurements" required in manufacturing sites. 【Features】 The MI series from Ono Sokki is a measurement microphone with a wide lineup ranging from the industry-standard 1/2 inch to ultra-high frequency compatible 1/4 inch. ● High sensitivity and low noise design: Achieves accurate data collection without distortion, from faint sounds to high sound pressure. ● Excellent environmental resistance: Maintains minimal sensitivity changes even in harsh field environments, ensuring reliability for long-term measurements. ● Easy setup: The preamplifier integrated model compatible with BNC connectors allows for smooth connection to acoustic analyzers (FFT analyzers). You can choose the MI series according to your application, from research and development to inline inspection. The MI series visualizes sound and strongly supports the improvement of product quality and reduction of development time for our customers, providing a solution for acoustic measurement.

The "LA-7000 Series" is a noise meter that significantly improves operation through the adoption of a large color LCD touch panel, allowing for easy and intuitive operation to start measurements. In addition to measuring and calculating the original noise level, it is also possible to "measure while listening to the sound" during measurements. This enables safe and reliable measurements in environments where mistakes are not allowed. With just one unit, it can perform noise measurement, sound recording, frequency analysis, and sound source exploration of abnormal noises, greatly improving the efficiency of measurement tasks. 【Features】 ■ Large, easy-to-read 4.3-inch color LCD (equivalent to a smartphone) ■ Start recording with just one tap ■ Equipped with listening function ■ Achieved a 35% reduction in size compared to the previous model ■ Includes hand strap ■ Intuitive operation via touch panel *For more details, please refer to the PDF document or feel free to contact us.

In the printing industry, the precise operation of printing machines is essential for consistently supplying high-quality printed materials. Particularly in high-speed printing machines, vibrations can lead to a decline in print quality and potential machine failures. Early detection of abnormal vibrations and conducting appropriate maintenance are crucial for maintaining a stable production system. The portable vibration meter VW-3100 allows for detailed monitoring of the vibration state of printing machines, enabling early detection of issues. 【Use Cases】 - Vibration diagnosis of printing machines - Detection of nozzle clogging in inkjet printers - Abnormality detection in rotary cutters - Vibration monitoring of binding machines 【Benefits of Implementation】 - Improvement in print quality - Reduction of machine downtime - Decrease in maintenance costs - Improvement in product yield

In the coating process equipment of film manufacturing devices (such as motors and fans), stable operation of the equipment is essential, and an efficient maintenance system is required. Early detection of abnormalities is important, and it is necessary to minimize losses caused by equipment downtime. The VW-3100 enables early detection of equipment abnormalities through vibration measurement, allowing for planned maintenance. This contributes to reducing downtime and extending equipment lifespan. 【Usage Scenarios】 - Vibration diagnosis of equipment in the coating process of film manufacturing devices (such as motors and fans) - Parts replacement indicators for noise issues caused by vibrations 【Benefits of Implementation】 - Early detection of equipment abnormalities and reduction of downtime - Extension of equipment lifespan through planned maintenance - Standardization of maintenance skills through technology transfer - Compliance with ISO evaluations

In the energy industry, equipment maintenance is essential for the stable operation of facilities. Particularly in power generation and transmission equipment, early detection of abnormalities is crucial, and it is necessary to minimize losses caused by equipment downtime. The VW-3100 enables early detection of abnormalities through vibration measurement, allowing for planned maintenance. It digitizes the know-how of skilled technicians, contributing to the transfer of technology. 【Usage Scenarios】 - Vibration diagnosis of turbines, pumps, fans, etc., in power generation plants - Vibration diagnosis of transformers, circuit breakers, etc., in substation equipment - Vibration diagnosis of motors, compressors, etc., in transmission equipment 【Benefits of Implementation】 - Early detection of equipment abnormalities, reducing downtime - Extension of equipment lifespan through planned maintenance - Standardization of maintenance skills through technology transfer - Compliance with ISO evaluations

The "VC-2200/3200 series" is a high-performance signal processor that inputs signals from accelerometers, enabling the detection, measurement, and judgment of machine abnormalities, vibration level confirmation, and level determination based on vibration values. Equipped with functions such as TEDS, it reduces setup time and prevents configuration errors. It enables high-functionality and high-precision vibration monitoring at low cost across various fields, including maintenance and continuous monitoring of production equipment. 【Features】 ■ TEDS function (effective when connected to an accelerometer with TEDS capability) ■ Logarithmic bar indicator (improves visibility during small vibration detection) ■ Headphone volume MUTE function (protects ears from impact noise when sensors are attached) 【Use Cases】 ■ Determining product quality based on vibration ■ Detecting abnormal machine operation ■ Monitoring abnormalities in bearings, gears, etc., of production equipment ■ Detecting tool blade breakage and wear *For more details, please refer to the PDF document or feel free to contact us.

Are you relying on "auditory discrimination by inspectors (sensory inspection)" for shipping inspections and quality assurance of motors, rotating equipment, and moving parts on the manufacturing line? The portable vibration meter "VW-3100" is a groundbreaking inspection tool that digitizes and quantifies the "ears and senses" of experienced inspectors into objective data. 【Accurate judgment even in noisy environments】 Unlike sound inspections using microphones, this device captures vibrations by directly placing the sensor on the product, making it completely unaffected by factory noise. With its variable filter function, it can reliably extract only the targeted abnormal vibrations (unusual sounds, rattling) emitted by the product. 【Two-stage judgment compliant with ISO standards】 By incorporating the latest standards such as ISO 20816-3:2022, it features a two-stage threshold setting of "Caution" and "Danger," allowing anyone to instantly make OK/NG judgments on the spot. Furthermore, it can save vibration waveforms (ORF data) as they are, enabling complete preservation and investigation as objective evidence (traceability) in the event of any complaints. If you are struggling with technology transfer relying on veterans and stabilizing quality, please download this explanatory brochure.