Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 09, 2025～Aug 05, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 20 items
![[Rental] Visualizing Leakage and Discharge Industrial Acoustic Camera](https://image.mono.ipros.com/public/product/image/755/2001024043/IPROS38673013777508114894.png?w=280&h=280)
Achieving labor reduction and cost reduction through a groundbreaking method with rentals ■ Visualizing leakage and discharge with an industrial acoustic camera.
For more details, please refer to the PDF document or feel free to contact us.
Visualization of air leaks/partial discharges
The FLIR Si124 acoustic camera detects pressurized leaks from compressed air systems and partial discharges from high-voltage electrical systems. With its lightweight, one-handed operation, the camera can confirm issues up to 10 times faster than traditional methods. Equipped with 124 microphones, the FLIR Si124 generates accurate acoustic images even in noisy environments. It synthesizes acoustic images onto digital camera images in real-time, accurately indicating the sound sources. The Si124 features a plugin that allows users to import acoustic images into the FLIR Thermal Studio suite for offline editing, analysis, and advanced reporting. Field analysis and reporting can also be done using the FLIR Acoustic Camera Viewer cloud service. Regular maintenance with the FLIR Si124 can reduce energy costs for facilities and extend the replacement cycle for compressors.
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.
Handheld audio camera with integrated monitor and controller.
Visualizing sound source noise with a handheld acoustic camera. It is possible to visualize in real-time while measuring with a monitor-integrated device.
Visualizing sound source noise to detect its origin.
The handheld acoustic camera is a device that visualizes sound sources and noise in real-time. Equipped with a microphone array of 64 high-sensitivity digital microphones and a high-resolution camera, it overlays sound images with visual images to visualize sound. It can locate sound sources in real-time and also record sound data.
High-speed and intuitive real-time sound source exploration! Catering to all connection needs.
The "VMA V" is a handheld acoustic camera equipped with up to 120 high-resolution MEMS microphones. By integrating a camera, battery, and high-resolution touch screen, mobility and flexibility are further enhanced. This product from the HEAD VISOR product family can be utilized as a highly versatile advanced handheld acoustic camera system when combined with the powerful HEAD VISOR software and the HEAD VISOR Probe for low-frequency measurements. 【Features】 ■ A customizable and scalable system that supports various applications with two configurations ■ Lightweight, robust, highly mobile, and versatile ■ Real-time analysis on-screen and confirmation of results ■ Multiple connection options ■ Seamless integration with HEAD VISOR 6 software (required) and HEAD VISOR Probe *For more details, please refer to the PDF materials 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.
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.
