Vibration Analysis & Testing
การวิเคราะห์และทดสอบการสั่นสะเทือน
Complete vibration measurement, analysis, and testing services for structural dynamics, machinery diagnostics, and predictive maintenance programs. Our solutions include modal analysis, operating deflection shape (ODS) testing, machinery condition monitoring, and human exposure assessment. Advanced multi-channel data acquisition systems with high-precision accelerometers and sophisticated analysis software help engineers optimize designs, predict failures, and ensure safety compliance.
บริการวัด วิเคราะห์ และทดสอบการสั่นสะเทือนที่สมบูรณ์สำหรับพลศาสตร์โครงสร้าง การวินิจฉัยเครื่องจักร และโปรแกรมการบำรุงรักษาเชิงป้องกัน โซลูชันของเรารวมถึงการวิเคราะห์โมดอล การทดสอบรูปร่างการเสียรูประหว่างการทำงาน (ODS) การตรวจสอบสภาพเครื่องจักร และการประเมินการสัมผัสของมนุษย์ ระบบรับข้อมูลหลายช่องขั้นสูงพร้อมเซ็นเซอร์วัดความเร่งความแม่นยำสูงและซอฟต์แวร์วิเคราะห์ที่ซับซ้อนช่วยให้วิศวกรเพิ่มประสิทธิภาพการออกแบบ คาดการณ์ความล้มเหลว และรับประกันการปฏิบัติตามความปลอดภัย
Typical Applications
Key Benefits
- •Predict equipment failures through early detection of abnormal vibration patterns
- •Optimize preventive maintenance schedules based on actual machine condition
- •Ensure worker safety compliance with whole-body and hand-arm vibration regulations
- •Validate structural designs through experimental modal analysis and FEM correlation
- •Identify resonance issues before they cause catastrophic failure
- •Reduce unplanned downtime and extend equipment lifespan
- •Comprehensive vibration analysis with frequency domain, time domain, and order tracking
Relevant Standards
Our equipment complies with international standards for vibration analysis & testing.
Recommended Products for Vibration Analysis & Testing
7 products available for this application
MMF-VM100
MMF VM100 Handheld Vibration Analyzer with Triaxial IEPE & FFT | Metra Mess
The MMF VM100 Handheld Vibration Analyzer by Metra Mess- und Frequenztechnik is a professional-grade, precision instrument designed for comprehensive vibration measurement and diagnostics across diverse industrial environments. Featuring advanced triaxial IEPE accelerometer inputs, the VM100 enables simultaneous assessment of vibration acceleration, velocity, and displacement over three axes, providing in-depth insight into complex machinery vibration behaviors. This rugged and portable device incorporates a high-resolution color display, intuitive user interface, and powerful built-in spectral analysis tools including FFT (Fast Fourier Transform) and order tracking, essential for effective condition monitoring and predictive maintenance. Engineered for real-time data acquisition, the VM100 supports USB connectivity for easy data transfer and integrates modular firmware options to expand analytical capabilities. It complies with international standards such as IEC 61094 and ISO 8662, ensuring reliable, standardized measurement outputs required for industrial and research applications. Ideal for vibration and acoustic professionals, the VM100 is perfectly suited for noise, vibration, and harshness (NVH) analysis in automotive and aerospace sectors, machinery condition monitoring in manufacturing, building acoustics evaluation, and environmental vibration monitoring. Its comprehensive measurement capabilities and stringent standards compliance make it a trusted choice for engineers, researchers, and consultants seeking superior accuracy and versatility. Key Features: - Triaxial IEPE accelerometer inputs for simultaneous 3-axis vibration measurement - Measures acceleration, velocity, displacement with high precision - Integrated FFT spectral analysis and order tracking for advanced diagnostics - Real-time data acquisition with seamless USB connectivity - Modular firmware upgrades to customize functionality - Rugged, portable design with user-friendly high-resolution display - Compliant with IEC 61094, ISO 8662, and other relevant standards Whether optimizing manufacturing quality control, conducting NVH research, or performing environmental vibration assessments, the MMF VM100 offers industry-leading technology and robustness. Contact us today to request a detailed quote and learn how the MMF VM100 can elevate your vibration analysis capabilities.
MMF-VM23
MMF VM23 Handheld Vibration Meter with Frequency & Displacement Measurement, FFT Analyzer
The MMF VM23 Handheld Vibration Meter is a professional-grade instrument engineered for precise vibration velocity, displacement, and frequency measurements. As an advanced successor to the trusted VM22 model, the VM23 incorporates cutting-edge features such as a high-resolution 512-line FFT spectrum analyzer, enabling detailed frequency band analysis and dominant frequency identification critical for vibration diagnostics. Capable of accurately measuring vibration velocity from 0.1 to 1000 mm/s and vibration displacement from 0.01 to 60 mm, the MMF VM23 supports a broad frequency range between 2 Hz and 1000 Hz. Its selectable frequency bands allow measurements in both low and high-frequency environments, delivering true RMS and peak-to-peak vibration velocity data with industrial precision. Designed for demanding applications in automotive NVH testing, aerospace component analysis, manufacturing quality control, building acoustics evaluation, and environmental vibration monitoring, the VM23 stands out as an indispensable tool for engineers, researchers, and vibration consultants. By adhering to international measurement standards including IEC, ISO, and ANSI, this meter guarantees reliability and repeatability in professional settings. Technical highlights include: - 512-line FFT spectrum analyzer for comprehensive frequency band capture - Vibration velocity range: 0.1 to 1000 mm/s - Vibration displacement range: 0.01 to 60 mm - Selectable frequency bands from 2 Hz to 1000 Hz - True RMS and peak-to-peak readings - Robust, ergonomic handheld design for field and laboratory use Whether you are diagnosing machinery faults, conducting noise, vibration, and harshness (NVH) investigations, or performing building structural health assessments, the MMF VM23 provides precise and reliable data to optimize maintenance and research outcomes. For a detailed quote or to learn how the MMF VM23 can enhance your vibration analysis capabilities, contact our sales team today.
MMF-VM22
MMF VM22 Handheld Vibration Meter - ISO 10816 Machine Condition Monitor
The MMF VM22 Vibration Meter by Metra Mess- und Frequenztechnik is a professional-grade handheld instrument designed for accurate machine condition monitoring and advanced vibration analysis. Engineered to comply with the stringent ISO 10816 standard, this device delivers reliable vibration velocity measurements from 0.1 to 1000 mm/s across a frequency range of 10 Hz to 1000 Hz, making it ideal for predictive maintenance and failure prevention. Equipped with true RMS measurement technology, the MMF VM22 ensures precision with an accuracy of ±5% ±2 digits. Its innovative electronic VMID point detection automatically identifies measurement points, greatly simplifying and accelerating routine inspections. The device stores up to 16,000 measurement records internally, which can be exported via USB for detailed analysis on a PC. The vibrant colored OLED display enhances data visualization, complemented by trend graph functions to monitor historical vibration behavior and detect early signs of mechanical faults. This robust meter supports professionals in environments spanning industrial manufacturing, automotive NVH testing, aerospace component diagnostics, building acoustics, and environmental vibration monitoring. The MMF VM22 fully complies with ISO 10816 and supports industry best practices for vibration analysis, offering engineers, maintenance technicians, researchers, and consultants a reliable tool for machine health assessment. Its rugged handheld design ensures portability on-site, providing timely and actionable data to optimize machine uptime and reduce unplanned downtime. Whether used for quality control in manufacturing processes or structural vibration assessment, the MMF VM22 is an essential instrument for discerning professionals focused on machinery diagnostics and noise & vibration analysis. Contact us today to request a quote or learn more about how the MMF VM22 vibration meter can enhance your predictive maintenance and acoustic monitoring programs.
PROFOUND-VIBRA-5+
Profound VIBRA 5+ Advanced Vibration & Acoustic Monitoring System
The Profound VIBRA 5+ is a state-of-the-art vibration and acoustic monitoring system engineered for precision measurement and reliability in professional environments. Designed by Profound, a leader in environmental monitoring solutions, this professional-grade equipment excels in capturing detailed vibration data, sound levels, and frequency analysis for a wide range of applications. Key benefits of the VIBRA 5+ include highly accurate sensors, real-time data processing, and robust construction suitable for challenging industrial and laboratory conditions. Its advanced signal processing algorithms enable noise and vibration specialists to detect subtle acoustic anomalies and structural vibrations with exceptional clarity. Technical features of the VIBRA 5+ encompass multi-axis vibration sensing, integrated sound level meters compliant with IEC 61672 Class 1 standards, and onboard frequency analysis capabilities supporting spectra up to 20 kHz. The device supports continuous data logging, remote monitoring options, and comprehensive software integration compatible with ISO and ANSI measurement frameworks. Applications span automotive NVH (Noise, Vibration, and Harshness) testing, aerospace component verification, manufacturing quality control, building acoustics assessments, and environmental noise monitoring. The VIBRA 5+ helps engineers, researchers, noise consultants, and environmental specialists achieve precise measurement data for product development, regulatory compliance, and operational safety. Compliant with IEC, ISO, and ANSI standards, the Profound VIBRA 5+ guarantees measurement accuracy and reliability for industrial and scientific use. Whether analyzing structural vibration patterns, assessing airborne noise pollution, or performing laboratory quality tests, this equipment delivers trusted performance. Targeted at engineers, acoustic researchers, environmental auditors, and consultants seeking professional measurement tools, the VIBRA 5+ combines advanced technology with intuitive usability. Contact us today for a customized quote and see how the Profound VIBRA 5+ can elevate your acoustic and vibration monitoring capabilities to the next level.
SOFTWARE-FOR-THE-RECORDING-OF-SOUND-AND-VIBRATION
Soundtec Software for Precision Sound & Vibration Recording - Professional Acoustic Measurement
Soundtec Software for the Recording of Sound and Vibration is a cutting-edge, professional-grade acoustic measurement software designed to deliver precise and reliable data for sound and vibration analysis. Engineered for industrial and research applications, this software supports detailed sound level measurement, vibration monitoring, and frequency analysis, enabling users to achieve superior accuracy and consistency across multiple environments. Featuring an intuitive interface and robust data acquisition capabilities, this software integrates seamlessly with a wide range of acoustic sensors and vibration transducers. It supports real-time data capture, advanced signal processing, and comprehensive reporting tools, making it ideal for noise and vibration analysis in sectors such as automotive NVH (Noise, Vibration, and Harshness), aerospace testing, building acoustics, manufacturing quality control, and environmental noise monitoring. The software complies fully with international standards including IEC 61672 for sound level meters, ISO 8041 for human response to vibration measurement, and ANSI S1.11 for octave band analysis, ensuring trustworthy and standardized measurement practices. These compliances make it suitable for environmental consulting, construction project monitoring, and government regulatory submissions. Key technical features include multi-channel synchronized recording, real-time frequency analysis, customizable data logging parameters, and exportable reports compatible with popular data formats for further analysis. Professionals such as acoustic engineers, environmental consultants, researchers, and quality control specialists benefit from the software's accuracy and versatility. Whether you are measuring noise pollution in urban environments, conducting NVH studies on engines, or performing vibration analysis on industrial equipment, Soundtec’s software is engineered to meet the rigorous demands of professional users. Its industrial-grade architecture guarantees durability and scalability for both field and laboratory applications. Enhance the precision of your acoustic and vibration measurements with Soundtec Software for the Recording of Sound and Vibration. Contact us today for a quote and discover how our technology can elevate your measurement capabilities to the next level.
END-OF-LINE-TESTING-FOR-SOUND-AND-VIBRATION
Soundtec End of Line Testing for Sound & Vibration - Precision NVH Measurement
The Soundtec End of Line Testing for Sound and Vibration (END-OF-LINE-TESTING-FOR-SOUND-AND-VIBRATION) is a professional-grade data acquisition solution designed for precise acoustic and vibration measurement across diverse industrial applications. Engineered to deliver consistent and accurate results, this advanced system supports critical quality control and validation tasks in manufacturing, research, environmental consulting, and structural engineering. Key Benefits and Features: - High-precision measurement capabilities for sound level, vibration amplitude, and frequency analysis enable thorough Noise, Vibration, and Harshness (NVH) testing. - Robust design built to meet rigorous professional standards (ISO 9001, IEC 61672 for sound level meters) ensuring reliable, repeatable data. - Compatible with multiple sensor types including accelerometers, microphones, and integrated vibration sensors for versatile data acquisition. - Real-time data processing and analysis facilitate rapid decision-making on production lines and research labs. - User-friendly interface with customizable test parameters suitable for complex acoustic environments. - Comprehensive software support allowing detailed reporting, data export, and compliance documentation. Applications: This system is ideally suited for automotive NVH analysis, aerospace component testing, industrial manufacturing quality control, building acoustics assessment, environmental noise monitoring, and architectural vibration evaluation. Its high-resolution measurement capabilities support researchers, engineers, and consultants focused on detecting and mitigating unwanted noise and vibration issues. Standards Compliance: The Soundtec End of Line Testing system adheres to international standards including IEC 61672 for sound level meters, ISO 10816 for vibration measurement, and ANSI/ASA S1.4 for acoustical terminology, ensuring industry-recognized accuracy and reliability. Target Audience: This solution is optimized for professional engineers, acoustic researchers, product quality managers, environmental consultants, and stress analysts who require industrial-grade performance and precision in acoustic and vibration testing. Request a Quote: Elevate your acoustic and vibration testing processes with Soundtec’s advanced end of line testing solution. Contact us today to request a personalized quote and discover how our technology can optimize your quality assurance and R&D projects.
VA-14
Norsonic VA-14 Vibration Analyzer – Professional Acoustic & Vibration Meter
The Norsonic VA-14 Vibration Analyzer is a professional-grade instrument engineered for precise vibration and acoustic measurements across multiple industries. Designed to deliver high accuracy and reliable data, the VA-14 is ideal for machinery diagnostics, structural and environmental vibration analysis, and predictive maintenance programs. Whether you work in automotive NVH testing, aerospace engineering, manufacturing quality control, or building acoustics, the VA-14 offers advanced features for comprehensive frequency and vibration analysis. Key Benefits: - High-precision vibration measurement with wide dynamic range - Integrated sound level and frequency analysis capabilities - Robust, durable design suitable for demanding industrial environments - Intuitive user interface with advanced data logging - Compatibility with international standards including IEC 61094, ISO 10816, and ANSI S2.41 Technical Features and Specifications: - Frequency range: 0.5 Hz to 10 kHz for accurate vibration profiling - Vibration measurement types: acceleration, velocity, and displacement - Real-time FFT and octave band analysis for detailed spectral insights - High-resolution data capture with noise floor < 20 µg - Wireless connectivity options and PC software integration Applications: The VA-14 is widely utilized in noise, vibration, and harshness (NVH) testing in automotive and aerospace sectors, structural health monitoring in civil engineering projects, environmental vibration monitoring near sensitive installations, and quality control in manufacturing processes. Its adaptability makes it perfect for consultants, industrial maintenance teams, research laboratories, and environmental agencies. Standards Compliance: The VA-14 complies with key international measurement standards such as IEC 61094 for sound measuring equipment, ISO 10816 for vibration severity assessment, and ANSI S2.41 for measurement instrumentation, ensuring validated and repeatable results. Target Audience: Engineers, acoustic researchers, maintenance specialists, environmental consultants, and quality assurance professionals will benefit from the VA-14’s accurate, consistent data output and rugged design. Request a Quote: Experience the precision and reliability of the Norsonic VA-14 Vibration Analyzer. Contact us today for a personalized quote and elevate your acoustic and vibration measurement capabilities to the professional level.
About Vibration Analysis & Testing Equipment
Vibration analysis covers a broad range of applications: structural dynamics testing (modal analysis, frequency response functions), machinery condition monitoring (ISO 10816/20816), human whole-body vibration exposure assessment (ISO 2631-1), hand-arm vibration measurement (ISO 5349-1), seismic vibration monitoring, and production quality control. Equipment spans precision accelerometers (ICP®/IEPE, charge-mode), multi-channel signal conditioners, portable FFT analyzers, and software platforms including VibSoft and SoundPlan. Placid Asia distributes SPEKTRA, MMF, and PLACID-branded vibration instruments across ASEAN.
Recommended Instruments
PLACID PLV-Series Vibration Meters
Portable vibration meters for machinery ISO 10816 checks and human vibration ISO 2631/5349
SPEKTRA CV-Series Accelerometer Calibrators
Primary and secondary calibration of accelerometers per ISO 16063
MMF Accelerometers
Industrial and laboratory accelerometers, ICP® and charge-output, 0.1 Hz–40 kHz
PLACID DAQ Systems
Multi-channel simultaneous data acquisition for modal testing and ODS analysis
Norsonic Nor139 / Nor140
Sound and vibration analyzer for combined acoustic and vibration measurements
Applicable Standards
Frequently Asked Questions
What is the difference between ISO 10816 and ISO 20816 for machinery vibration?
ISO 10816 (older series) and ISO 20816 (replacement) both define vibration severity criteria for rotating machinery. ISO 20816 consolidates and extends the coverage to new machine types. Both use velocity RMS (mm/s) as the primary metric with zone-based severity classification.
What equipment is required for ISO 2631-1 whole-body vibration assessment?
ISO 2631-1 requires a triaxial seat-pad accelerometer (e.g. MMF KS943B), a vibration meter or data acquisition system with frequency weighting filters (Wk, Wd, Wg), and software to calculate A(8) daily exposure values. The PLACID PLV-3010 includes built-in ISO 2631 weighting filters.
Can modal analysis identify structural resonances in buildings?
Yes. Experimental modal analysis (EMA) uses impact hammers or shakers to excite structures and multi-channel accelerometers to measure frequency response functions (FRFs). Natural frequencies, damping ratios, and mode shapes are extracted to identify resonances and guide structural modifications.
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