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Vibration Testing Machine Product List and Ranking from 21 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

Vibration Testing Machine Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

  1. ＩＭＶ Osaka//Industrial Machinery
  2. アイデックス Tokyo//Testing, Analysis and Measurement
  3. 長尾産業 Ibaraki//Trading company/Wholesale
  4. 旭製作所 Tokyo//others
  5. 5 シスコム（SysCom） Tokyo//Trading company/Wholesale
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Vibration Testing Machine Product ranking

Last Updated： Aggregation Period:Apr 15, 2026～May 12, 2026
This ranking is based on the number of page views on our site.

  1. [Predictive Maintenance Case] Abnormal Detection of Turbo Molecular Pump ＩＭＶ
  2. Web Marketing Business <BtoB Market> Zenken グローバルニッチトップ事業本部
  3. Tokai Testing Center (abbreviated as TTC) opened in Tokai Village, Ibaraki Prefecture! 長尾産業
  4. [Examples of Productivity Improvement] Quality Control of Honing Machines ＩＭＶ
  5. 4 Vibration Testing Machine "G-Master Pro" 旭製作所

Vibration Testing Machine Product List

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For requests regarding commissioned vibration testing, please contact 【Nagao Industries】 in Ibaraki Prefecture!

For requests regarding commissioned vibration testing, please contact 【Nagao Industries】 in Ibaraki Prefecture!

In Hitachi City, Ibaraki Prefecture, and Tokai Village, we will conduct "various standard vibration tests" and "seismic tests" using three types of vibration testing equipment.

Nagao Industries, as an "industrial technology specialized trading company," owns a total of three vibration testing devices (manufactured by IMV) and offers contract vibration testing services. 【We plan and execute vibration tests according to your requirements】 　● Specimen dimensions and weight / Testing conditions / Preparation and setup of measuring instruments / Function confirmation, etc. 　➡ Our technical staff will select the appropriate vibration testing devices and measuring instruments. 【We accommodate specimens from small/lightweight to large/heavy】 　● Maximum load capacity: 1000[kg] 　● Maximum table dimensions: 1000×1000[mm] 　● Equipped with overhead crane 【We support standard tests across various industrial fields】 　● Maximum displacement: 100[mm p-p] 　● Maximum excitation force: Sinusoidal 54[kN], Random 54[kN rms], Shock [170kN peak] 　● Capable of continuous endurance testing day and night (Tokaï Testing Center) 【We support vibration testing in combined temperature and humidity environments】 　● Temperature control range: -70[℃] to +180[℃] 　● Humidity control range: 20% to 98%RH 　● Chamber dimensions: W1200×D1240×H1200[mm] *For more details, please visit our website or feel free to contact us.

  • Contract measurement
  • Vibration Testing Machine

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<Contracted Vibration Testing Services> Introduction of Vibration Testing Equipment [Nagao Industries]

<Contracted Vibration Testing Services> Introduction of Vibration Testing Equipment [Nagao Industries]

For inquiries about "vibration and shock testing," please contact Nagao Industries. We are currently offering brochures, equipment specifications, and drawing information for vibration testing devices.

Nagao Industries offers "Contract Vibration and Shock Testing Services." - We own three vibration testing machines (IMV brand). - We implement test plans, jig designs, and instrument selections according to your requests. - Dedicated technicians operate the tests. Additionally, we can assist with the creation of test procedures and functionality verification. ★ For more details, please refer to the PDF materials or feel free to contact us. 【Owned Testing Vibration Equipment】 (1) EM2605S model (Large displacement, horizontal/vertical combined testing machine) [Toka Testing Center] ● Maximum load capacity: 1000 [kg] ● Maximum displacement: 100 [mm p-p] ● Table dimensions: 1000×1000 [mm] ● Supports temperature and humidity combined environmental testing (2) A45/SA5HM model (High-grade vibration testing machine) [Head Office] ● Maximum load capacity: 600 [kg] ● Maximum displacement: 76.2 [mm p-p] ● Table dimensions: 950×950 [mm] (3) A30 model (Horizontal/Vertical combined testing machine) [Toka Testing Center] ● Maximum load capacity: 400 [kg] ● Maximum displacement: 76.2 [mm p-p] ● Table dimensions: 750×750 [mm] ● Supports temperature and humidity combined environmental testing

  • Vibration Testing
  • Public Testing/Laboratory
  • Vibration Testing Machine

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Vibration testing machine

Vibration testing machine

We have prepared equipment such as a rapid vibration testing machine that can conduct low-frequency, large-amplitude tests similar to earthquake vibrations.

At S-Tech Co., Ltd., we handle "vibration testing machines." We offer various models including the "UBC series" for testing products or packaging such as cameras and automotive parts, as well as the "C-J577 series" and "TC-1000VF" designed for automotive equipment based on SAE standards. You can choose according to your needs. 【Product Lineup】 ■ UBC Series ■ C-J577 Series ■ TC-1000VF *For more details, please refer to the PDF materials or feel free to contact us.

  • Vibration Testing
  • Vibration Testing Machine

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Technical Data: Naru Hodo Series 4 "Why is Vibration Testing Necessary?"

Technical Data: Naru Hodo Series 4 "Why is Vibration Testing Necessary?"

A collection of recommended basic knowledge for those involved in vibrations for the first time! If you know this much, you'll be almost fine!

For over 40 years, the international vibration and noise instrumentation group has been tackling many problem-solving challenges as experts in vibration and noise. We are currently offering a free copy of "Naruhodo Series 4," which explains vibration phenomena. This material clearly explains the purpose of conducting vibration tests and the various testing methods available. [Contents] - Purpose of conducting vibration tests - About excitation tests - About impact tests - Other testing methods, etc. *For more details, please refer to the PDF document or feel free to contact us.

  • Vibration Inspection
  • Vibration Testing Machine

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Vibration testing equipment

Vibration testing equipment

Introducing vibration testing equipment such as a 40kN shaker!

We would like to introduce the "Vibration Testing Equipment" held by the Kakogawa Testing Laboratory of International Vibration Measurement Co., Ltd. This includes the shaker "J250/SA6M" with a vibration force of 40kN, as well as the 16kN "F-16000BDH/SLS16." The specifications for standalone use of the vibration generator and when using the horizontal shaker table are provided in the PDF document. 【Lineup (Excerpt)】 ■ Shaker with a vibration force of 40kN: J250/SA6M ■ Shaker with a vibration force of 16kN: F-16000BDH/SLS16 For more details, please refer to the PDF document, and feel free to contact us if you have any questions.

  • Vibration Testing
  • Vibration Testing Machine

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Towards the creation of a tranquil living environment.

Towards the creation of a tranquil living environment.

Keywords: Environmental vibration, residential performance, vibration sensation, vibration prediction, vibration countermeasures.

Buildings that serve as homes or places for work and study are designed and constructed to meet various performance requirements, such as safety against natural disasters like earthquakes and typhoons, and durability for long-term use. Creating a comfortable and healthy living environment within the building is also one of these performance requirements. Unlike safety and durability, the performance of a building is directly linked to daily life, making the living environment a more important aspect than many might imagine. In our research laboratory, we conduct various studies on environmental vibrations, which are elements related to the living environment. For example, we investigate what size and characteristics of vibrations could potentially pose problems in a living environment by conducting experiments that replicate various vibrations within actual buildings using vibration testing machines. Additionally, since environmental vibrations often occur simultaneously with noise, we are also examining the complex effects of both environmental vibrations and noise on residents by conducting experiments that generate them at the same time.

  • Structural Analysis
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  • Vibration Testing Machine

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Aerospace Small Vibration Exciter (General Purpose Type) Vibration Testing Machine

Aerospace Small Vibration Exciter (General Purpose Type) Vibration Testing Machine

Vibration analysis in the aerospace field. Lightweight, portable, and highly durable!

In the aerospace industry, accurately understanding the vibration characteristics of components and structures is essential to ensure product safety and reliability. Particularly for products used in harsh environments such as aircraft and spacecraft, it is important to evaluate the effects of vibration in advance and take countermeasures. If proper vibration analysis is not conducted, it may lead to early product failure or performance degradation. Our compact vibration exciter is lightweight and portable, and can accommodate various angles, making vibration analysis in the aerospace field easier. 【Application Scenarios】 * Vibration testing of aircraft components * Vibration testing of spacecraft structures * Vibration testing of various sensors 【Benefits of Implementation】 * Improved product reliability * Reduced testing time * Adaptability to various tests

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  • Vibration Testing
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Compact Vibration Tester (General Purpose Type) for Electronic Devices

Compact Vibration Tester (General Purpose Type) for Electronic Devices

Contributing to the improvement of substrate inspection reliability! Lightweight, portable, and highly durable!

In the electronics industry, inspecting circuit boards is essential to ensure product quality. Particularly for electronic devices exposed to vibrations and shocks, it is important to verify the durability and reliability of the circuit boards. In inspections, improper excitation can lead to damage to the circuit boards or incorrect results. Our compact exciter (general-purpose type) achieves optimal vibration testing tailored for circuit board inspections. 【Usage Scenarios】 - Vibration testing of circuit boards - Durability testing of electronic components - Quality evaluation of products 【Benefits of Implementation】 - Improved reliability of circuit boards - Enhanced product quality - Reduced testing time

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Small Vibrator (General Type) Vibration Testing Machine for Semiconductor Wafer Inspection

Small Vibrator (General Type) Vibration Testing Machine for Semiconductor Wafer Inspection

Contributing to the improvement of wafer inspection reliability! Lightweight, portable, and highly durable!

In the semiconductor industry, high-precision vibration testing is required to detect minute defects and foreign substances during wafer inspection. In particular, accurate vibration control is essential for detecting tiny foreign objects that affect wafer quality. Inadequate vibration testing can lead to errors in inspection results and potential quality issues with the products. Our compact vibration exciter is lightweight and portable, making it easy to use in wafer inspection environments. With an adjustable base, it accommodates inspections from various angles, improving inspection efficiency. 【Use Cases】 - Foreign object detection testing for wafers - Evaluation of wafer vibration characteristics - Calibration of inspection equipment 【Benefits of Implementation】 - Improved inspection accuracy - Reduced inspection time - Stabilization of product quality

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Small Vibration Tester (General Purpose Type) for Medical Devices

Small Vibration Tester (General Purpose Type) for Medical Devices

For performance evaluation of medical devices! Lightweight, portable, and highly durable!

In the medical device industry, performance evaluation through various tests is essential to ensure product safety and reliability. Particularly for medical devices exposed to vibrations and shocks, accurate vibration testing is crucial for assessing durability and functionality. If appropriate vibration tests are not conducted, it may lead to product malfunctions or early failures. Our compact vibration tester, while small in size, offers high performance as a testing device and contributes to the performance evaluation of medical devices. 【Usage Scenarios】 - Durability testing of medical devices - Vibration testing - Functional evaluation testing 【Benefits of Implementation】 - Improved reliability of medical devices - Enhanced product quality - Reduced testing time

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Small Vibration Tester (Inertial Type) for Audio Equipment

Small Vibration Tester (Inertial Type) for Audio Equipment

For evaluating the sound quality of audio equipment. A lightweight and compact small vibrator.

In the audio equipment industry, accurate vibration reproduction is essential for evaluating product sound quality. Particularly for acoustic devices such as speakers and headphones, assessing vibration characteristics across various frequency ranges is crucial for improving product quality. Inadequate vibration reproduction can hinder accurate sound quality evaluation and potentially lead to delays in product development. The small vibrator (inertial type) manufactured by Dynalabs features a lightweight and compact design while achieving operational performance across a wide frequency range from low to high frequencies, supporting sound quality evaluation of audio equipment. 【Usage Scenarios】 - Evaluation of speaker vibration characteristics - Sound quality evaluation of headphones - Durability testing of acoustic devices 【Benefits of Implementation】 - Improved product quality through accurate sound quality evaluation - Capability for vibration testing across a wide frequency range - Ease of handling due to lightweight and compact design

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Large Shaker (Inertial Type) Vibration Testing Machine for Aerospace Applications

Large Shaker (Inertial Type) Vibration Testing Machine for Aerospace Applications

For structural evaluation in the aerospace field. Achieving powerful excitation and weight reduction.

In the aerospace industry, durability assessment of structures is essential to ensure the safety and performance of aircraft. Particularly for structural components exposed to vibrations and shocks, testing that simulates actual flight environments is crucial. By conducting appropriate vibration tests, design issues can be identified early, improving product reliability. Our large vibration tester (inertial type) delivers a maximum vibration force of 1000N while weighing only about 35kg, contributing to structural evaluation in the aerospace field. 【Application Scenarios】 - Vibration testing of aircraft components - Structural evaluation of rockets and satellites - Material testing 【Benefits of Implementation】 - Testing that simulates actual flight environments is possible - Improved product reliability - Reduced testing time

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  • Vibration Testing
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[Predictive Maintenance Case] Wire Saw Drive Motor

[Predictive Maintenance Case] Wire Saw Drive Motor

Prevent unexpected failures with a vibration diagnosis system linked to the PLC! Reduce downtime of the wire saw.

We will introduce a case where a "VD-unit" was implemented in the drive motor of a wire saw, and a vibration diagnostic system was constructed in conjunction with a PLC. Maintenance parts were replaced based on on-site judgment, but a significant failure occurred. It took a week to repair, during which the manufacturing line was stopped, resulting in high costs. Thanks to the high detection capability of the "VD-unit," vibrations from the reciprocating motion of the wire are detected. Monitoring is conducted by varying the threshold in conjunction with the speed command value in the PLC. [Case Overview] ■ Request: Reduce downtime caused by sudden failures of the wire saw ■ Challenge: A significant failure occurred, causing the manufacturing line to stop for a week for repairs ■ Solution: Link operating conditions (speed command value) and vary the threshold *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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[Predictive Maintenance Case] Detection of Abnormal Signs in Belt Conveyors

[Predictive Maintenance Case] Detection of Abnormal Signs in Belt Conveyors

Build a vibration prediction maintenance system without the need for extensive wiring work! Understand the condition of the belt conveyor.

As a case study of a conveyor system manufacturer, we would like to introduce an example of a predictive maintenance system that implemented the "VD-unit" on a belt conveyor. Since a failure in a linked conveyor can lead to the entire line stopping, there was a demand to identify conveyors with abnormal signs in advance. The manufacturer was also seeking an easy way to monitor the condition of each conveyor. Utilizing the AnyWireASLINK infrastructure, which is widely used in the material handling industry as a backbone, the "VD-unit" enables the construction of a vibration predictive maintenance system without the need for extensive wiring work, allowing for a simple plug-and-play setup. [Case Overview] ■ Demand: Establishment of a predictive maintenance system for belt conveyors ■ Challenge: Issues in planning efficient operations for service personnel ■ Solution: Predictive maintenance system utilizing the AnyWireASLINK system ■ Development Cost: Free provision of sample programs for Mitsubishi Electric's MELSEC sequencer ■ Monitoring linked to control signals: Linking operating conditions (speed command values) and varying thresholds *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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[Productivity Improvement Case] Abnormal Detection of Winding Machine Pass Rollers

[Productivity Improvement Case] Abnormal Detection of Winding Machine Pass Rollers

Significantly reduce the effort required to set up multi-point monitoring with the teaching function! Mitigate the risk of defective products.

We would like to introduce a case where the "VD-unit" was implemented in the pass roller of a winding machine to address the risk of defective lithium batteries. When an abnormality occurs in the pass roller within the winding machine, changes in the tension of the sheet and other factors can increase the risk of defective lithium batteries. There are many pass rollers in the equipment, and we were searching for an efficient monitoring method. We confirmed that the diagnostic capability of the "VD-unit" with its teaching function is effective. Since there is no need to set thresholds for each pass roller, the effort required for configuration is significantly reduced even with multi-point monitoring. [Case Overview] ■ Request: To detect abnormalities in the winding machine early and reduce the risk of defective products. ■ Measurement Points: Near the bearing sections of each pass roller. ■ Solution: Abnormalities are determined based on thresholds created by the teaching function of the VD-unit. *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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[Examples of Productivity Improvement] Quality Control of Honing Machines

[Examples of Productivity Improvement] Quality Control of Honing Machines

Building a monitoring and control system based on data validation! A case study on preventing product defects in grinding machines.

This is an example of a control system built by introducing the "VD-unit" to a honing machine (grinding machine) and utilizing the differences in processing vibrations caused by play in the equipment. Defects (poor formation of grinding marks) occurred in the products at a frequency of once every few months, leading to increased costs. The cause was due to play in the equipment, and the timing of maintenance relied on the operator's intuition. As a result of verification using the "VD-unit," it was confirmed that there was approximately a 50% difference in vibration values during specific processing before and after maintenance. Based on data verification, a monitoring and control system has been established. [Case Overview] ■ Request: To prevent the occurrence of defective products using the honing machine (grinding machine) ■ Measurement Point: Near the spindle of the grinding blade ■ Solution: - Confirmed approximately a 50% change in vibration values before and after maintenance, and maintenance is performed when changes in vibration values are detected by the VD-unit. *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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[Productivity Improvement Case] Monitoring Processing Vibration of Press Machines

[Productivity Improvement Case] Monitoring Processing Vibration of Press Machines

No need for high-performance and expensive measuring instruments! Monitor processing vibrations during pressing to prevent product defects.

We will introduce a case where a "VD-unit" was implemented in a press machine to monitor processing vibrations during pressing. Variations in quality occurred on the manufacturing line due to differences in operators and material lots. We were struggling to identify the cause and prevent the outflow of defective products. By using the "VD-unit," we can measure press vibrations that occur only for a brief moment without missing any data. It allows for an easy and cost-effective system setup. 【Case Overview】 ■ Request: Prevent the occurrence of defective products using a press machine ■ Challenge: Quality variations due to differences in operators and material lots ■ Solution: Monitor whether the peak values of vibrations change based on processing conditions and remain within threshold ranges ■ Features of the VD-unit: It is possible to output only the peak values of press vibrations based on settings *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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What is a vibration test? Free presentation of basic knowledge explanation materials.

What is a vibration test? Free presentation of basic knowledge explanation materials.

Classified into random vibration and sinusoidal vibration, each with different purposes and characteristics in testing methods!

Vibration testing is a test conducted to evaluate the impact of vibrations during transportation on products and packaging. There are mainly two types: random vibration testing and sinusoidal vibration testing. The former reproduces irregular vibrations that are close to actual transportation environments, while the latter checks resistance at specific frequencies. This allows for the verification of the durability and protective performance of packaging, as well as the identification of the risk of product damage. The test results are used to inform appropriate packaging design and improvements, serving as data for confirming vibration loads. 【Vibration Testing Machines】 ■5t machine ■3t machine ■2t machine ■1t machine *For more details, please download the PDF or feel free to contact us.

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  • Packaging Contract
  • Other Testing Contract
  • Vibration Testing Machine

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Specification Test Information

Specification Test Information

Guidelines for standard selection! We will describe and introduce an overview of the main standards.

There are various standards related to environmental and vibration testing, ranging from domestic to internationally standardized ones. It is very important to select appropriate testing standards to confirm the quality required for products and services. An overview of the main standards is described on our company website, so please use it as a guideline for standard selection. [Content Overview (Partial)] ■ Overview of IEC (International Electrotechnical Commission) standards ■ Overview of ISO (International Organization for Standardization) standards ■ Overview of JIS (Japanese Industrial Standards) standards ■ Overview of NAS (National Aerospace Standard) U.S. aerospace standards ■ Product standards, etc. *For more details, you can check various information from the link provided below.

  • Technical and Reference Books
  • Vibration Testing Machine

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Small Vibration Tester (General Purpose) for Automobiles

Small Vibration Tester (General Purpose) for Automobiles

For durability testing of automotive parts! Lightweight, portable, and highly durable!

In the automotive industry, durability testing of various components is essential to ensure product reliability. Vibration testing is important for simulating the vibrations that automotive parts experience in real driving environments, allowing for the early detection of failures and performance degradation. A small shaker (general-purpose type) demonstrates high performance as a testing device despite its compact size, contributing to the reliability assessment of automotive components. 【Application Scenarios】 - Durability testing of automotive parts - Vibration testing - Quality control 【Benefits of Implementation】 - Improved product reliability - Early detection of failures - Enhanced efficiency in quality control

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Small Vibration Tester (General Purpose Type) for Precision Machinery

Small Vibration Tester (General Purpose Type) for Precision Machinery

For verifying the operation of precision machinery! Lightweight, portable, and highly durable!

In the precision machinery industry, various operational verification tests are essential to ensure product quality and reliability. Particularly for products exposed to vibrations and shocks, it is necessary to conduct tests that simulate actual usage environments to evaluate durability and performance. Inadequate testing or evaluation can lead to early product failure or performance degradation. Our compact vibration tester (general-purpose type) is small yet possesses high performance as a testing device, supporting operational verification tests for precision machinery. 【Usage Scenarios】 - Vibration testing of precision machinery - Product durability testing - Operational verification testing 【Benefits of Implementation】 - Improvement in product quality - Enhanced reliability - Reduction in testing time

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Quality evaluation using a small vibrator for home appliances (vibration testing machine)

Quality evaluation using a small vibrator for home appliances (vibration testing machine)

For evaluating the quality of home appliances! Lightweight, portable, and highly durable!

In the home appliance industry, vibration testing is essential for evaluating the durability and performance of products. By assessing the durability against vibrations during transportation and use, we can ensure product reliability and enhance customer satisfaction. Small vibration exciters are important tools for efficiently conducting these tests. 【Usage Scenarios】 * Vibration testing of home appliances * Evaluation of product durability * Prototype evaluation during the design phase 【Effects of Implementation】 * Improvement in product quality * Reduction in failure risk * Gaining trust from customers

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Large Exciter (General Purpose Type) Vibration Testing Machine for Automobiles

Large Exciter (General Purpose Type) Vibration Testing Machine for Automobiles

For durability testing of automotive parts! Lightweight and quiet design for improved reliability!

In the automotive industry, various tests are conducted to ensure product quality and safety. In particular, durability testing is crucial for parts exposed to vibrations and shocks. Inappropriate testing environments or the use of low-precision exciters can compromise the reliability of test results and negatively impact product design and quality. Our large general-purpose exciter supports the reliability evaluation of automotive parts with a wide range of excitation forces from 1000 to 6000N and a quiet design. 【Application Scenarios】 - Durability testing of automotive parts - BSR (buzz, squeak, rattle) testing - Horizontal, vertical, and multi-axis testing 【Benefits of Implementation】 - Improved reliability of test results - Reduced testing time - Increased efficiency in product development

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Large Exciter (General Purpose Type) Vibration Testing Machine for Aerospace Applications

Large Exciter (General Purpose Type) Vibration Testing Machine for Aerospace Applications

Vibration testing in the aerospace field. A lightweight & powerful, quiet design exciter.

In the aerospace industry, vibration testing of components and structures is essential to ensure the safety and reliability of aircraft. In particular, designs must withstand vibrations during flight and shocks during takeoff and landing. Inadequate vibration testing can lead to early product failure and reduced safety. Our "Large Exciter (General Purpose)" from MB Dynamics has been developed to address the challenges of vibration analysis in the aerospace field. 【Application Scenarios】 * Vibration testing of aircraft components * Vibration testing of satellites * Vibration testing of rocket engines 【Benefits of Implementation】 * Improved product durability * Early detection of issues during the design phase * Enhanced safety

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  • Vibration Testing
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  • Vibration Testing Machine

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Large Exciter (General Purpose) Vibration Testing Machine for Construction

Large Exciter (General Purpose) Vibration Testing Machine for Construction

For seismic testing of buildings! Lightweight & powerful, with a quiet design vibration exciter.

In the construction industry, evaluating seismic performance is essential to ensure the safety of buildings. To prevent damage from earthquakes, it is necessary to conduct shaking tests that simulate actual earthquakes and accurately assess the seismic resistance of structures. If appropriate seismic tests are not conducted, there is a risk that buildings may collapse during an earthquake, causing significant harm to life and property. Our large-scale shaker (general-purpose type) is required for building seismic tests, enabling precise shaking and reliable data acquisition, thereby enhancing the safety of structures. 【Application Scenarios】 * Building seismic tests * Vibration tests of structures * Durability tests of components 【Benefits of Implementation】 * Accurate evaluation of building seismic performance * Reduction of risks associated with earthquake damage * Contribution to the design and construction of safe buildings

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  • Vibration Testing
  • Other analyses
  • Other machine elements
  • Vibration Testing Machine

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Large Shaker (General Purpose Type) Vibration Testing Machine for the Energy Industry

Large Shaker (General Purpose Type) Vibration Testing Machine for the Energy Industry

For durability testing of structures. Lightweight & powerful, quiet design shaker.

In the energy industry, the structural integrity of infrastructure such as power generation facilities and transmission networks is crucial. Vibrations caused by earthquakes, wind, and other environmental factors can lead to the deterioration or failure of these facilities. Large shakers are essential for testing the durability of these structures. Our large shakers offer a wide range of excitation forces from 1000 to 6000N while being lightweight, with a body weight of only 30 to 90kg. They feature a quiet design, and come standard with temperature sensors and cooling systems, making them suitable for long-duration tests. 【Application Scenarios】 - Durability testing of wind turbine blades - Seismic testing of transmission towers - Vibration testing of plant equipment 【Benefits of Implementation】 - Early detection of structural deterioration - Improved safety of equipment - Reduced testing time

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  • 221_6091 2.jpg
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  • ALPHA 1025Mk2 with Horizontal Moving Table_horizontal.jpg
  • Vibration Testing
  • Other analyses
  • Other machine elements
  • Vibration Testing Machine

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Small Vibrator (Inertial Type) Vibration Testing Machine for Automobiles

Small Vibrator (Inertial Type) Vibration Testing Machine for Automobiles

For vibration testing of automotive parts. Lightweight and compact small exciter.

In the automotive industry, various vibration tests are essential to ensure the durability and safety of products. Particularly for components exposed to vibrations and shocks during operation, performance evaluation is crucial. If appropriate vibration tests are not conducted, it may lead to early deterioration or failure of components, potentially compromising the reliability of the product. The small shaker (inertial type) manufactured by Dynalabs features a lightweight and compact design while achieving operational performance at low frequencies, supporting vibration testing of automotive parts. 【Application Scenarios】 - Durability testing of automotive parts - Vibration testing of the entire vehicle body - Performance evaluation of various sensors 【Benefits of Implementation】 - Easy setup for testing due to the small and lightweight design - Accurate vibration testing in the low-frequency range - High flexibility in testing with various mounting angles

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Small Vibrator (Inertial Type) Vibration Testing Machine for Aerospace Applications

Small Vibrator (Inertial Type) Vibration Testing Machine for Aerospace Applications

Small vibrator contributing to structural evaluation in the aerospace field.

In the aerospace industry, it is essential to accurately evaluate the vibrational characteristics of structures to ensure the safety and reliability of aircraft. Particularly, as the lightweighting of airframes progresses, the durability against minor vibrations of structures is being emphasized. Small vibration exciters enable the application of a wide range of vibrations from low to high frequencies, allowing for detailed analysis of the structural response. 【Application Scenarios】 * Vibration testing of aircraft components * Vibration testing of space structures * Fatigue testing of materials 【Benefits of Implementation】 * Improved accuracy in durability evaluation of structures * Reduced testing time * Increased efficiency in product development cycles

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  • Other analyses
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[Predictive Maintenance Case] Abnormal Detection of Turbo Molecular Pump

[Predictive Maintenance Case] Abnormal Detection of Turbo Molecular Pump

Preventing pump failures in advance through monitoring focused on abnormal sounds! A case of reducing maintenance costs.

This is an introduction to a case where a "VD-unit" was introduced to the turbo molecular pump of a semiconductor manufacturing device to establish a system for detecting bearing abnormalities (unusual noises). The challenge was that it was not possible to accurately grasp the lifespan or signs of failure of the pump, leading to excessive maintenance and high maintenance costs. Maintenance personnel recognized that the unusual noises generated by pumps with deteriorated bearings become louder. The "VD-unit" has established a system that quantitatively detects these unusual noises as vibration values. [Case Overview] ■ Request: To prevent sudden failures of turbo molecular pumps and reduce maintenance costs ■ VD-unit Settings - Filter: 1kHz to 10kHz - Measurement Mode: Acceleration - Calculation Mode: RMS, CF ■ Normal State: 0.7m/s² (RMS setting) ■ Unusual Noise Occurrence: 4.5m/s² (RMS setting) *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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[Productivity Improvement Case] Detection of Crease Misalignment in Film Manufacturing

[Productivity Improvement Case] Detection of Crease Misalignment in Film Manufacturing

Real-time monitoring of crease misalignment in the bellows manufacturing process! A case of preventing product defects in advance.

We will introduce a case where the "VD-unit" was implemented in the film bellows manufacturing process using material processing machines, establishing an abnormal detection system for crease misalignment. In the film bellows manufacturing process, defects occurred due to misalignment of creases. The cause could not be identified, necessitating a complete inspection after production, which became a significant burden. As a result of vibration verification using the "VD-unit," it was confirmed that the vibration value sharply decreases when misalignment occurs. By monitoring in real-time, we can identify the exact moment when misalignment happens. [Case Overview] ■ Request: To prevent product defects in the film bellows manufacturing equipment before they occur. ■ Measurement Points: Near the bearing sections of each pass roller. ■ Solution: Confirmed the behavior of a sharp decrease in vibration value when misalignment occurs and monitored it in real-time. *For more details, please download the PDF or feel free to contact us.

  • Vibration Monitoring
  • Vibration Testing Machine

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