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.
31～60 item / All 137 items
A compact vibration exciter that allows for easy implementation of vibration durability tests.
The FG100-6 is a vibration exciter characterized by a simple structure that combines a servo motor and an eccentric mass, featuring large excitation force, compact design, and easy control system, with variable frequency and variable excitation force.
You can measure biological signals just by wearing a shirt.
I started a blog about how to use it: https://note.com/kisseicomtec_bi/ (Biological signal, motion analysis, sleep analysis products) Data is logged by a logger that fits into the pocket of a shirt. If you have an iOS or Android device, you can monitor the data almost in real-time. The shirt is lightweight, quick-drying, breathable, odor-resistant, UV-cut, and washable. The manufacturer's standard app and cloud server are provided free of charge.
Due to its small size and lightweight, it can be easily attached to the measurement target and is easy to handle!
At Ono Instruments, we handle the accelerometer 'NP-2000 series,' which extracts mechanical vibration quantities as electrical signals proportional to vibration acceleration. We offer seven types, ranging from ultra-compact to general-purpose and high-temperature compatible types, allowing you to select the appropriate detector based on your intended use, conditions, and application. Since it is a charge output type, a charge amplifier is required; however, compared to built-in preamplifier types, it can generally be used at higher temperatures. 【Features】 ■ As a size-mode* vibration detector, no reference point is needed for measurement. ■ Compact and lightweight, making it easy to attach to the measurement target and simple to handle. ■ Wide dynamic range, capable of measuring from very small accelerations. ■ Strong mechanical strength, recommended for measuring large accelerations and shock accelerations. ■ Capable of measuring waveforms containing wideband frequency components without distortion. ■ Usable at higher temperatures compared to built-in amplifier types. *Refers to a vibration meter consisting of mass (M), spring constant (K), and viscous resistance (C). *For more details, please refer to the PDF document or feel free to contact us.
High-sensitivity design that reliably captures minute floor vibrations of semiconductors and precision equipment. Automation of sensitivity settings compatible with TEDS dramatically improves the efficiency of multi-point measurements.
【High Sensitivity Design Ideal for Floor Vibration and Environmental Measurement】 With a high output of 100mV/m/s², even minute floor vibrations that are difficult to detect with general sensors can be clearly identified with a high S/N ratio. This makes it suitable for applications requiring high-precision vibration management, such as site surveys (installation environment investigations) and performance evaluations of vibration isolation tables. 【Features that Enhance Efficiency and Reliability on Site】 - Prevents Setting Errors (TEDS Compatible) Holds sensitivity information within the sensor, allowing for automatic recognition simply by connecting to compatible devices. This prevents setting errors during multi-point measurements and reduces startup time. - Built-in Amplifier for Noise Resistance (CCLD Method) No external amplifier is needed. It can be connected with a single coaxial cable, enabling stable measurements even over long distances. - Lightweight and High-Rigidity Titanium Body Designed to be lightweight at 13.5g, minimizing impact on the target object. It also excels in corrosion resistance and durability. It supports a wide range of high-precision measurements, including installation diagnostics for electron microscopes and exposure devices, vibration evaluation of precision machining equipment, and micro-vibration measurements of buildings.
Main markets: civil engineering, railways, automotive, agriculture, aerospace
The ASC 4111LN accelerometer has the lowest spectrum and wideband noise among the 41 series accelerometers. The ASC LN (Low-Noise) accelerometer has an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. It is a one-axis adhesive type.
Main markets: Wind energy, civil engineering, railways, automotive, agriculture, aerospace.
The ASC 5411LN and 5415LN accelerometers feature the lowest spectral and broadband noise among the 54 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing demanding low-frequency, low-amplitude measurements. The ASC 5421MF and 5425MF accelerometers have a wide frequency response from 0Hz to 7kHz (typ. ±3dB), making them ideal for mid to low-frequency measurements. ASC's MF (Mid-Frequency) accelerometers have excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC.
Main application markets: automotive, agriculture, wind energy, civil engineering, railways, aerospace.
The ASC 5511LN and 5515LN accelerometers feature the lowest spectral and broadband noise of the 55 series accelerometers. ASC's LN (Low-Noise) accelerometers have an excellent signal-to-noise ratio, which is crucial for performing stringent low-frequency, low-amplitude measurements. The ASC 5521MF and 5525MF accelerometers have a wide frequency response from 0Hz to 7kHz (typ. ±3dB), making them ideal for mid-to-low frequency measurements. ASC's MF (Medium Frequency) accelerometers exhibit excellent resistance to high repetitive shocks of 6000g and can operate at +125°C even at a low voltage of +5VDC. The housing of the ASC 55 series features a PG screw at the cable exit.
Main markets: automotive, railway, industrial, civil engineering, automation, wind energy, aerospace.
ASC's 3-axis piezoelectric (IEPE) accelerometers are made from PZT ceramics. This sensor includes a built-in voltage converter and preamplifier that outputs a low-impedance voltage signal. ASC's 3-axis IEPE accelerometer requires constant current excitation for all three axes to operate independently, allowing for single-axis supply. This option provides the flexibility to power only one or two axes during single-axis or dual-axis measurements. ASC offers 3-axis IEPE sensors for test and measurement applications. The high-frequency IEPE sensors are lightweight, durable, highly shock-resistant, hermetically sealed, and operate over a wide temperature range. ASC's 3-axis piezoelectric IEPE accelerometer features a detachable cable.
A wide variety of sensors suitable for abnormal vibration monitoring and equipment diagnosis of various plants are abundantly featured!
This catalog features "acceleration sensors" handled by Fuji Ceramics, which manufactures and sells various types of piezoelectric sensors, including those for vibration, shock, acoustics, and ultrasound. The applications of acceleration sensors extend across various fields, including vehicles such as cars and trains, electronic products like computers and audio equipment, electronic components used in them, industrial equipment, various plants, and the ground and buildings. [Contents] ■ Acceleration Sensors / Measurement of Vibration and Shock ■ AE Sensors / Non-destructive Testing using Acoustic Emission ■ Force Sensors / Measurement of Force and Dynamic Load *For more details, please refer to the PDF document or feel free to contact us.
Realization of waterproof type in built-in amplifier 3-axis accelerometer sensor.
The "SAW11ZSA" and "SAW12ZSA" are ultra-compact waterproof 3-axis accelerometers. They feature a built-in preamplifier, are ultra-compact and lightweight (10mm cubic), have a waterproof structure equivalent to IPX7, and come in two types: standard sensitivity and high sensitivity. 【Lineup】 ■ Standard sensitivity "SAW11ZSA" ■ High sensitivity "SAW12ZSA" How about using them for vibration measurement in power sources? *For more details, please refer to the PDF document or feel free to contact us.
Launch of waterproof single-axis accelerometer for PLC use.
We are pleased to announce the launch of the waterproof single-axis accelerometer "AF12C-5V" for PLC use. This piezoelectric accelerometer is specifically designed for constant voltage drive and connection to Programmable Logic Controllers (PLC). It supports the construction of a production equipment monitoring system through vibration analysis utilizing PLCs. * Tested and confirmed to operate with Mitsubishi Electric Corporation's sequencer "MELSEC iQ-R."
Your oscilloscope becomes a vibration meter! Bolt-on to the oscilloscope! A product that combines a vibration sensor and a preamplifier.
Your oscilloscope becomes a vibration meter! Bolt-on to the oscilloscope This product is a set of a piezoelectric accelerometer probe and a preamplifier. It outputs 100mV per 1m/s² of acceleration, allowing sufficient measurement even with an 8-bit oscilloscope. ■Features - Adjustable sensitivity: 0.1mV/m/s² to 100mV/m/s² - Wide frequency response: 2 to 20kHz - Battery operation supported: 006P battery ■Applications: Vibration measurement, inspection, etc. using oscilloscopes, data recorders, and FFT analyzers.
High-precision time synchronization, wireless, battery-operated - significant reduction in installation costs!
The installation work, which has been difficult until now, takes only 5 minutes! Our unique IoT wireless technology enables extensive measurements! The 'sonas x series' is a wireless vibration measurement system that allows for structural monitoring comparable to wired systems. (NETIS registration number: KT-230117-A) There is no need to prepare power sources or wiring at measurement locations. Its palm-sized design makes installation easy, resulting in total costs that are less than half compared to wired systems. Additionally, it features a long battery life of over one year and is energy-efficient. There is no measurement loss thanks to the built-in SD card. 【Features】 ■ Easy installation ■ High maintenance efficiency ■ Compact devices at low cost ■ Microsecond-level time synchronization between sensors ■ Installation of sub-devices completed in just 2 steps *For more details, please refer to the PDF document or feel free to contact us.
It explains the conceptual structure of push-pull type accelerometers using diagrams!
This document introduces the characteristics of an acceleration sensor using PVDF piezoelectric materials. It includes sensitivity of the push-pull structure acceleration sensor, as well as specifications of the push-pull type acceleration sensor, presented with diagrams and photographs. Technical materials are available for distribution. Please feel free to download and take a look. 【Contents】 ■ Introduction ■ Sensitivity of the Push-Pull Structure Acceleration Sensor ■ Specifications of the Push-Pull Type Acceleration Sensor ■ Results ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
Explaining the conceptual structure of acceleration sensors and the dependence of PVDF acceleration sensitivity on the mass of the weight using diagrams!
This document introduces the characteristics of an accelerometer using polymer piezoelectric materials. It includes the sensitivity of the accelerometer using piezoelectric materials and the design concept for a thin-type velocity sensor, explained with diagrams. We are offering technical materials, so please feel free to download and take a look. 【Contents】 ■Introduction ■Sensitivity of the accelerometer using piezoelectric materials ■Design concept for a thin-type velocity sensor ■Results ■Conclusion *For more details, please refer to the PDF document or feel free to contact us.
Compact and lightweight! The impact of the converter installation on the vibration mode of the measured object is minimal.
The "Acceleration Converter" converts the acceleration of a moving vehicle, vibrations of the body, and machinery into electrical output (small voltage) using strain gauges. Depending on the measurement purpose, it can be connected to various measuring instruments to measure acceleration and vibration. It is compact and lightweight, with excellent static and dynamic characteristics. There is also a three-axis type that can simultaneously detect in the X, Y, and Z directions, offering a wide range of applications. 【Features】 ■ Compact and lightweight ■ Minimal impact on the vibration mode of the measured object due to the installation of the converter ■ Wide response frequency range, capable of accurately detecting shock acceleration ■ Three-axis acceleration converters have minimal mutual interference between axes *For more details, please refer to the PDF document or feel free to contact us.
![Can also be used for building inspections! [Collection of Examples of Accelerometer Applications]](https://image.mono.ipros.com/public/product/image/e80/2000864832/IPROS29766940497253998906.png?w=280&h=280)
Accelerometers that can be used for various applications such as detecting the aging of structures, inspection and monitoring, and detecting abnormalities in machinery. Here are some actual examples of applications!
In this document, we introduce examples using the acceleration sensors handled by our company. We have included "prototype examples of acceleration sensors" such as "ultra-compact" and "high-sensitivity" types. Please feel free to download and take a look. [Contents] ■ What can be done with piezo film ■ Examples of acceleration sensors made with piezo film ■ Contact information *For more details, please refer to the PDF document or feel free to contact us.
It explains the conceptual structure of push-pull type accelerometers using diagrams!
This document introduces the characteristics of an accelerometer using polymer piezoelectric materials. It includes diagrams and photos detailing the sensitivity of the push-pull structure accelerometer and the specifications of the push-pull type accelerometer. Technical materials are available for distribution. Please feel free to download and take a look. 【Contents】 ■Introduction ■Sensitivity of the Push-Pull Structure Accelerometer ■Specifications of the Push-Pull Type Accelerometer ■Results ■Conclusion *For more details, please refer to the PDF document or feel free to contact us.
A must-see for engineers! An explanation of the conceptual structure of acceleration sensors and the mass dependence of PVDF acceleration sensitivity, illustrated with diagrams from the proceedings of the Acoustical Society of Japan.
This document introduces the characteristics of acceleration sensors using polymer piezoelectric materials. It includes the sensitivity of acceleration sensors using piezoelectric materials, as well as the design concepts for thin-type velocity sensors. Explanations are provided using diagrams and charts. We are offering this technical document, so please feel free to download and review it. [Contents] ■ Introduction ■ Sensitivity of acceleration sensors using piezoelectric materials ■ Design concepts for thin-type velocity sensors ■ Results ■ Conclusion *For more details, please refer to the PDF document or feel free to contact us.
Dr. Piezo will answer frequently asked questions regarding the "piezo film sensor"!
I've heard of "piezo film" and "piezo film sensor," but I'm not really sure what they are. I'd like to try using them, but how heat-resistant are they? What kind of forces can they detect? Dr. Piezo will answer the frequently asked questions we receive. If you're interested, please take a look!
Outstanding selection. Acceleration detectors and acceleration sensors.
List of piezoelectric detectors from Showa Measurement Co., Ltd. We offer an excellent selection of charge output type and amplifier-integrated accelerometers, electrodynamic detectors, servo-type detectors, non-contact detectors, and more.
Outstanding selection. ENDEVCO manufactured accelerometers and acceleration sensors.
List of piezoelectric accelerometers manufactured by Endevco Corporation. These are charge output type and built-in amplifier accelerometers. For inquiries about acceleration sensors, please contact Showa Soki.
Outstanding selection. WILCOXON manufactured accelerometer and acceleration sensor.
List of piezoelectric accelerometers manufactured by WILCOXON. These are charge output type and built-in amplifier accelerometers. For inquiries about acceleration sensors, please contact Showa Instruments.
![[Technical Document] Free Gift! "Guide to Selecting Acceleration Sensors"](https://image.mono.ipros.com/public/product/image/14c/2000107880/IPROS9144997441833908474.JPG?w=280&h=280)
The actual selection criteria for the main sensors are described.
There are many types of acceleration sensors. The optimal sensor is chosen based on the purpose of measurement. The main considerations in selection are the "balance between sensor sensitivity and mass," "whether it is a one-axis or three-axis measurement," and "the measurement environment, whether it is harsh," among others. The "Technical Documentation" provides guidelines for selecting acceleration sensors, detailing the actual selection criteria for major sensors. It includes examples of sensors with a good balance of "sensitivity, mass, and price," such as general-purpose easy-to-use sensors and side connectors, examples of "compact and lightweight sensors," and examples of "ultra-compact and ultra-lightweight sensors," such as small adhesive sensors. *The "Technical Documentation" is available for free. For more details, please contact us or refer to the catalog.
The circuit board and wiring, which include the sensor IC, are seamlessly molded with materials that excel in environmental resistance up to the terminals.
The circuit board and wiring, which include the sensor IC, are seamlessly molded and guarded with materials that excel in environmental performance, preventing the intrusion of water and foreign substances into the sensor tip, as well as failures and degradation caused by accidental short circuits with surrounding metals. They are also resistant to environmental changes and impacts from drops, making them very easy to handle both indoors and outdoors.
Lightweight and compact design! A lineup of small inertial-type vibrators.
We handle the "Small Vibrator (Inertial Type)" manufactured by Dynalabs. This product features a lightweight and compact design that is portable enough to be held in hand. Additionally, it can be mounted at various angles and achieves operational performance at low frequencies. 【Features】 ■ Lightweight and compact design ■ Operational performance at ultra-low frequencies ■ Mounting at various angles ■ Equipped with low-friction bearing guide *For more details, please refer to the PDF document or feel free to contact us.
![[Case Study] Measurement using a Drone - Gyro Acceleration](https://image.mono.ipros.com/public/product/image/a31/2001502772/IPROS13105925729524009021.jpg?w=280&h=280)
With the evolution of drones, it has become possible to equip them with measuring instruments, and application examples are rapidly expanding.
*Measuring Instruments and Drones In recent years, we have often heard about application cases where large drones are desired to be equipped with measuring instruments. Large drones refer to those with a body weight of 1 kg or more, produced for industrial purposes, and their main applications include pesticide spraying, aerial photography, logistics delivery, disaster relief, equipment inspection, and entertainment. The most commonly equipped measuring instruments are temperature and humidity sensors/loggers, followed by gyro acceleration sensors/loggers. This time, I would like to introduce the applications of the gyro acceleration logger [x-IMU3] and the potential future uses that can be expected in various scenarios. ▽ ▽ ▽
Equipped with an amplifier and a sine wave generator, it allows vibration testing with just a power cable. Compatible with external signal input.
The Dynalabs "Small Vibrator" is a product that incorporates an amplifier and a sine wave generator, allowing you to conduct vibration tests immediately by simply connecting the power cable. There is no need to connect a function generator to input a sine wave, which reduces the preparation time for testing and minimizes the installation space required. Additionally, it is equipped with a BNC terminal for external input signals, making it compatible with program signals. It is lightweight, compact, easy to handle, and highly durable. It can also be utilized in development sites conducting NVH tests. 【Features】 ■ Built-in amplifier and sine wave generator (Applicable models: PM-20/100, MS-20/100) ■ Vibration tests can be started immediately with just the power cable ■ Lightweight and compact for easy portability ■ Supports external signal input via BNC terminal ■ Adjustable base allows for flexible positioning at various angles ★ Currently, we are offering a document featuring six case studies. *For more details about the product, please refer to the document. Feel free to contact us with any inquiries.
Display the FFT results by inferring AI learning from the bearing acceleration data.
Data collected from the bearing's acceleration sensor is processed through AI learning inference using the Solist-AI TM simulator, which displays the degree of abnormality. The Solist-AI TM simulator is software that simulates the AI accelerator function of Solist-AI TMIC (ML63Q2557) on Windows. Demo Content: 1. Collect and input data from the acceleration sensor of a normal bearing, then perform FFT processing and AI learning using DT-EBML63Q2557. 2. Switch to the acceleration sensor of an abnormal bearing. 3. Collect and input data from the acceleration sensor of the abnormal bearing, then perform FFT processing and AI inference using DT-EBML63Q2557. 4. Display the inference results (degree of abnormality) on the LCD of DT-EBML63Q2557. 5. Display the FFT results of the vibration data for both normal and abnormal bearings on the PC showing the vibration data waveform.
