Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 09, 2026～Oct 06, 2026
This ranking is based on the number of page views on our site.
1～19 item / All 19 items
現場でベアリングを自動診断。共振の影響を受けずに問題の部位を即時検出できる音響カメラなどをご紹介
超音波によるベアリング診断の新ソリューションを紹介する 参加無料のウェビナーを6月23日（火）に開催いたします。 第1部では、非接触で診断できる産業用音響カメラ「FLIR Si2-LD」の仕組みや特長、 診断性能を実証したデータや、導入モデルケースについて詳しく紹介。 第2部では、油切れや潤滑劣化・異物による摩擦上昇を捉える 超音波設備診断装置「Ultraprobe 15000」の特長や事例などを解説します。 【ウェビナー開催概要】 ■開催日：2026年6月23日（火） ■時間：13:30～15:00 ■形式：Zoom ■参加費：無料（事前登録制） ※下記ダウンロードボタンより当社が提供する 音響カメラ「FLIR Si2-LD」の紹介資料をご覧いただけます。
Best tool for energy saving and carbon neutrality measures: Acoustic camera for visualizing compressed air and gas leaks.
The acoustic camera Si2-LD is a diagnostic tool that measures the ultrasonic waves generated by gas leaks and partial discharges, allowing for the "visualization" of the source of these occurrences. With 124 high-performance ultrasonic microphones arranged on the measurement surface, it accurately captures the magnitude and location of the ultrasonic waves generated by air leaks and partial discharges, and can precisely display the occurrence points on images captured by the central visible camera.
For noise control measures in factory equipment, investigation of noise sources, and improving sound insulation in residential areas, etc. Compact and lightweight, with easy measurement operations.
The "SoundGraphy SG-02" is a compact and lightweight acoustic camera that features a spherical sensor body with an integrated microphone and camera, making it easy to carry. It connects the main unit to a processor unit via USB and is used wirelessly with a tablet device that has the free dedicated app installed. It analyzes the sound pressure differences and phase differences between the 16 microphones within the unit, overlaying this information in color on the camera footage in real-time. It also includes data storage, playback, and re-analysis functions. 【Features】 ■ Enables "visualization of sound," making it suitable for investigating the sources of abnormal sounds and verifying the effectiveness of noise control measures. ■ Can be powered by AA batteries or a mobile battery, allowing use in locations without electrical outlets. ■ The spherical shape of the sensor allows it to handle multiple noise sources and reflected sounds. ■ Contributes to the efficiency of investigations and measures when used in conjunction with a sound level meter. *Currently conducting on-site demonstrations. Please contact us for more details. You can immediately view product details by downloading the PDF below.
![[Use Case] Industrial Acoustic Camera 'FLIR Si124'](https://image.mono.ipros.com/public/product/image/2fd/2001126268/IPROS38334092405777334500.png?w=280&h=280)
Equipped with 124 ultra-low noise microphones! Introducing a case where the loss of electricity costs has been visualized.
We would like to introduce a case study of the implementation of our industrial acoustic camera, the 'FLIR Si124', at Minarco Co., Ltd. The company had been concerned about a hissing sound in the manufacturing area during regular inspections, but they were unable to identify the leak locations. After the implementation, air leaks were discovered in areas that were previously thought to be leak-free, which were contributing to electricity cost losses. [Case Summary] ■Challenge: Unable to identify leak locations ■Result: Visualization of electricity cost losses *For more details, please refer to the PDF document or feel free to contact us.
![[Use Case] Komatsu Koriyama Factory](https://image.mono.ipros.com/public/product/image/9ee/2001232644/IPROS77477204627764906758.png?w=280&h=280)
Introducing the case of Komatsu, which reduced the air leak inspection time to less than half and the workforce to one-third!
We would like to introduce a case study of the industrial acoustic camera 'FLIR Si124' implemented at the Komatsu Koriyama Factory. [Before Implementation] We relied on hearing to detect air leaks during quiet periods when the production line was stopped, but we needed to complete inspections of all equipment within the downtime of the production line. Even with 2 or 3 people conducting inspections, it resulted in working on holidays, limiting us to about 4 days a year. [After Implementation] The total inspection time was reduced to less than half, and the number of personnel required was reduced to one-third. Additionally, inspections could now be conducted at any time without being restricted by specific time periods, allowing us to progress inspections according to the workload. [Case Overview] ■ Challenges - Relied on hearing to detect air leaks - Needed to complete inspections in one day on line stoppage days such as holidays ■ Results - Inspections can now be conducted at any time regardless of equipment operation status - Total inspection time was reduced to less than half, and personnel required was reduced to one-third *For more details, please refer to the PDF document or feel free to contact us.
Combining a microphone array with an optional tablet computer! Capable of identifying and mapping the location of noise sources on both stationary and moving objects!
This kit uses a handheld microphone array to create a noise map in real-time across a wide frequency range and identify sound sources. The portable array can be equipped with a tablet computer that displays a real-time sound map of the specified location. It can be used with minimal training, allowing users to quickly identify the location of noise sources, take screenshots, and record videos of events or problem areas of interest for subsequent analysis. Since it can be played back instantly, users can adjust necessary settings such as frequency range while ensuring that the data is being recorded correctly. ● For more details, please download the catalog or contact us.
The camera identifies leaks and noise, significantly improving inspection time and accuracy!
The FLIR Si2-LD is an industrial acoustic imaging camera equipped with noise-cancellation technology. It helps accurately detect compressed air and energy leaks, thereby reducing wasteful costs. Designed with a focus on detection performance, it can identify leaks such as hydrogen leaks and catch air leaks that might otherwise go unnoticed. 【Features】 ■ Detection capability of 0.0032 L/min (approximately three times the standard sensitivity) ■ Real-time display of leak costs and easy report generation ■ Supports detection of various gas leaks (H, He, NH3, Ar, CH4, CO2, etc.) in addition to compressed air ■ Includes a bearing fault detection mode alongside air leak detection *For further details, please contact us at the information below. [Contact Information] Asahi Sangyo Co., Ltd. – Industrial Products Division Acoustic Camera Team Tel: 03-5200-8116 E-mail: info_kougyoseihin2-1@ns.asahi-san.co.jp [Inquiry Form] https://www.asahi-san.co.jp/form/
Complete on-site from partial discharge detection to diagnosis! Accurately detects even in noisy environments.
The "FLIR Si2-Pro/Si2-PD" is an industrial acoustic camera capable of measuring from a distance of up to 200 meters. With FLIR's proprietary on-board partial discharge diagnostic function, the AI embedded in the camera automatically assesses the type and severity of the discharge. Since diagnosis can be performed without climbing the tower, it ensures the safety of workers and reduces man-hours by allowing decisions to be made on-site. 【Features】 ■ Automatically identifies noise and discharge sounds ■ After detecting partial discharge, the AI evaluates severity on the camera ■ Provides repair advice on the spot *For further details, please contact us at the information below. [Contact Information] Asahi Sangyo Co., Ltd. – Industrial Products Division Acoustic Camera Team Tel: 03-5200-8116 E-mail: info_kougyoseihin2-1@ns.asahi-san.co.jp [Inquiry Form] https://www.asahi-san.co.jp/form/
The design focused on detection performance enables the detection of hydrogen leaks. It also detects previously overlooked air leaks without missing them.
We handle an acoustic camera for air leak detection models. The camera identifies leaks and noise, significantly improving inspection time and accuracy. It distinguishes between leak sounds and noise through machine learning. Only leaks are displayed on the screen. You can check costs and leak amounts in real-time on the camera, reflecting the operating conditions of the equipment. 【Features】 ■ Detection capability is 10 times that of conventional models at 0.0032L/min ■ Easy operation with one hand ■ Automation of frequency adjustment and detection distance settings ■ Accurate detection even in noisy environments with FLIR's unique noise-canceling feature *For more details, please download the PDF or feel free to contact us.
Automatically identifies noise and discharge sounds! Accurately detects even in noisy environments.
We offer an acoustic camera for partial discharge detection. By training the discharge sound in advance, we achieve accurate identification of noise and partial discharge. This significantly improves detection accuracy and contributes to the productivity of detection work. Additionally, FLIR's proprietary on-board partial discharge diagnostic function allows the AI embedded in the camera to automatically assess the type and severity of the discharge. 【Features】 ■ Automatically identifies noise and discharge sounds, accurately detecting even in noisy environments ■ Detects partial discharge from distances of up to 200 meters ■ After detecting partial discharge, the AI evaluates the severity on the camera ■ Easy report generation via cloud software *For more details, please download the PDF or feel free to contact us.
A tool for exploring the source of sound, making "visualization of sound" easy for anyone, anytime, anywhere.
SoundGraphy is an easy-to-use device that visualizes sound, connecting wirelessly to a tablet PC for simple sound source exploration and visualization measurement. Visualizing sound typically requires a complex measurement system combining many microphones and cameras, which can be expensive. However, SoundGraphy has streamlined the necessary features to significantly reduce costs, aiming to make sound source exploration affordable, easy, and accessible to everyone. 【New Features of SG-02】 ・Sound and video data storage function ・Playback and analysis function ・Visualization video output function Furthermore, the latest version also includes data storage and playback/re-analysis functions. *For more details, please download the PDF document or feel free to contact us.
Visualize power loss due to air leaks! An acoustic camera that instantly reveals loss costs on the spot.
The "ALGOLEAK AL64" is an acoustic camera equipped with 64 low-noise MEMS microphones that can visualize air leaks from compressed air and partial discharges in electrical equipment in real time. It enables efficient leak diagnosis without stopping production, allowing for non-contact inspections even during factory operations. Detected air leak locations are displayed as heat maps, and estimated leak amounts and loss costs can be confirmed on the spot. Compared to traditional investigations using soapy water or auditory inspections, it contributes to reducing inspection time and standardizing investigation quality. Additionally, the included free software "LEAK ANALYZER" automatically generates reports summarizing photos of leak locations, estimated leak amounts, and annual loss costs. This can also be used for measuring the effectiveness of air leak improvement activities and for energy-saving proposal materials. It is adopted in a wide range of settings, including manufacturing, automotive parts factories, food factories, and chemical plants, supporting the reduction of energy loss and CO₂ emissions.
In addition to the reasons why visualizing air leaks is necessary, we also introduce the Airmore acoustic camera "Algorik AL64"!
Air leak visualization refers to a technology that uses sensing techniques such as acoustics, heat, and bubbles to visualize compressed air leaking from pipes, valves, and fittings in the form of images or numerical data. Compressed air is colorless and transparent, and the sound of leaks is often drowned out by factory noise, making it difficult to detect with the naked eye or hearing alone. By visualizing this "invisible problem," it becomes possible to identify where and how much air is leaking within 1 to 2 seconds, which significantly accelerates the prioritization of repairs and investment decisions. *For more detailed information, please refer to the related links. Feel free to contact us for further inquiries.*
We will introduce how to identify the fundamental causes of air leaks, practical verification procedures, and how to choose appropriate methods based on the situation!
If 20-30% of the factory's electricity costs are disappearing due to air leaks. Checking for air leaks is the first step towards energy conservation and cost reduction. In this article, we will systematically explain everything from basic methods that anyone can do to check for leaks, to how to visualize leaks using the handheld acoustic camera ALGOLEAK, and professional air leak diagnosis services. *For detailed content of the column, you can view it through the related links. For more information, please feel free to contact us.
Introducing a method to quantify and understand leakage amount, loss amount, and CO2 emissions!
If 20-30% of the factory's electricity costs are disappearing due to air leaks, simply "finding" the leaks will not save you a single yen. What is important is to quantify how much loss each leak represents and prioritize repairs accordingly. In this article, we will explain how to simultaneously visualize leak locations and loss amounts using the handheld acoustic camera ALGOLEAK, as well as how to develop a strategic repair plan based on loss amounts and CO2 emissions, and utilize air leak diagnosis services. *For detailed content of the column, please refer to the related links. For more information, feel free to contact us.
