Research & Development
การวิจัยและพัฒนา
Advanced acoustic research, product development, and specialized testing for academic and R&D applications.
การวิจัยอะคูสติกขั้นสูง การพัฒนาผลิตภัณฑ์ และการทดสอบเฉพาะทางสำหรับการใช้งานทางวิชาการและการวิจัยและพัฒนา
Typical Applications
Key Benefits
- •Access cutting-edge technology
- •Flexible measurement solutions
- •Expert technical support
- •Customizable systems
Relevant Standards
Our equipment complies with international standards for research & development.
Recommended Products for Research & Development
10 products available for this application
APS-400
APS 400 ELECTRO-SEIS Medium-Force Shaker System
The APS 400 ELECTRO-SEIS is a medium-force, long-stroke electrodynamic shaker system designed for structural testing, seismic simulation, and low-frequency vibration applications requiring higher force output. This advanced system delivers 445 N (100 lbf) of sine-peak force with an impressive 158 mm (6.25 inches) peak-to-peak stroke, making it suitable for testing larger structures, heavier payloads, and more demanding seismic simulation scenarios. The APS 400 features ball bearing guidance for precise linear motion throughout its extended stroke range, ensuring accurate reproduction of complex low-frequency waveforms. Operating from DC (0 Hz) to 200 Hz, the system excels at simulating real-world phenomena such as earthquake motions, wind-induced building vibrations, bridge oscillations, and machine-structure interactions. The ELECTRO-SEIS technology provides smooth, consistent performance across the full operational range. The system integrates seamlessly with APS DUAL-MODE power amplifiers, offering flexible control options for various test scenarios.
APS-113
APS 113 ELECTRO-SEIS Long Stroke Shaker
The APS 113 ELECTRO-SEIS is a long-stroke electrodynamic shaker designed for low-frequency structural testing and seismic simulation applications. Manufactured by APS Dynamics, this system features an impressive 158 mm (6.25 inches) peak-to-peak stroke capability, making it ideal for realistic earthquake simulation, large-scale structural testing, and low-frequency response characterization of civil engineering structures, bridges, and buildings. The APS 113 utilizes ball bearing guidance for precise linear motion and delivers 133 N (30 lbf) of sine-peak force. With a frequency range from DC (0 Hz) to 200 Hz, the system excels at replicating seismic events, bridge vibrations, building resonances, and other low-frequency phenomena. The ELECTRO-SEIS design incorporates APS Dynamics' proprietary technology for smooth, linear operation throughout the stroke range, ensuring accurate reproduction of complex waveforms. The system is compatible with various APS power amplifiers including the APS 125 and APS 145 DUAL-MODE amplifiers.
APS-500
APS 500 Air-Bearing Shaker, 95 N
The APS 500 ELECTRO-SEIS is an air-bearing electrodynamic vibration exciter producing 95 N (21 lbf) vector force over DC to 200 Hz, with 152 mm peak-to-peak displacement and a 79.5 x 79.5 mm mounting table for test loads up to 3.0 kg. The air-bearing guidance gives very low cross-axis motion, and the exciter can be configured for horizontal or vertical excitation. It is used for the calibration and testing of position and acceleration sensors and other motion transducers, and is particularly suited to calibrating and evaluating seismic instruments at higher acceleration levels. Sine, random and transient waveforms are produced with excellent waveform purity. Placid Asia supplies APS Dynamics exciters in Thailand and ASEAN.
NOISEQC
NoiseQC Production Control Software – Multi-Channel Acoustic & Vibration QC with PLC Integration
NoiseQC Production Control Software is a professional-grade acoustic and vibration measurement solution engineered for precise end-of-line quality control across diverse manufacturing industries. Leveraging cutting-edge sound and vibration analysis technologies, NoiseQC automates defect detection processes by delivering reliable, real-time Go/No Go assessments in under two seconds to ensure production efficiency and superior product quality. Equipped with multi-channel testing capabilities, NoiseQC supports up to six simultaneous measurement channels per unit, allowing comprehensive acoustic and vibration profiling. The software seamlessly integrates with Programmable Logic Controllers (PLC), enabling automated production line control and immediate response to quality anomalies. It supports high-fidelity inputs from calibrated microphones and vibration accelerometers to provide detailed frequency and amplitude analyses, critical for detecting common manufacturing defects such as buzz, squeak, rattle (BSR), and abnormal vibration patterns. Designed with rigorous industrial standards in mind, NoiseQC complies with IEC 61672 for sound level measurements, ISO 10816 for vibration monitoring, and ANSI guidelines for quality assurance, positioning it as a dependable tool for manufacturers adhering to strict regulatory and quality frameworks. NoiseQC’s primary applications include automotive Noise, Vibration, and Harshness (NVH) testing, aerospace component inspections, production quality control in electronics and heavy machinery, building acoustics performance verification, and environmental noise monitoring. This software is ideal for quality engineers, acoustics researchers, and technical consultants requiring precise, repeatable acoustic and vibration data for defect identification and mitigation. With advanced data logging capabilities featuring timestamped records and export options, NoiseQC facilitates comprehensive traceability and process optimization initiatives. Manufacturers can confidently streamline end-of-line inspections while reducing manual errors and production downtime. Request a quote today to optimize your production quality control process with NoiseQC, the industry-standard solution for professional acoustic and vibration measurement.
SOUNDINSIGHT-SONOCAT
Soundinsight Sonocat Portable Acoustic Measurement Device with Real-Time Analysis
The Soundinsight Sonocat is a portable, multifunctional acoustic measurement device designed for precise and real-time analysis of critical sound parameters such as absorption, intensity, and pressure. Engineered for professional and industrial-grade applications, the Sonocat offers reliable, accurate data capturing that meets the demanding requirements of acoustic material testing and noise vibration harshness (NVH) analysis. Key benefits of the Sonocat include its compact design, ease of use in field and laboratory environments, and the ability to deliver comprehensive acoustic insights instantly. Equipped with advanced sensors and intuitive software, this device supports sound level monitoring, vibration measurement, and frequency spectrum analysis, allowing users to identify noise sources, evaluate sound absorption efficiency, and monitor environmental noise pollution effectively. Technical specifications highlight its capability to measure a wide frequency range with high resolution, real-time data processing, and compliance with international standards such as IEC 61672 for sound level meters, ISO 16283 for building acoustics, and ANSI S1.4. The Sonocat’s robust build ensures durability in various industrial and research settings. The Sonocat finds extensive applications across diverse industries including automotive NVH testing, aerospace component vibration analysis, manufacturing quality control, building acoustics assessments, and environmental noise monitoring. Designed for engineers, acoustic researchers, consultants, and quality control specialists, this device enables precise acoustic diagnostics to improve product designs and ensure regulatory compliance. Request a quote today for the Soundinsight Sonocat to enhance your acoustic measurement capabilities and achieve superior sound analysis performance.
APS-300
APS 300 Shaker
Linear ball-bearing shaker optimized for modal analysis and seismic testing with focus on resonant load driving and minimum shaker weight.
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.
APS-600
APS Dynamics APS-600 Long-Stroke Shaker for Low-Frequency Vibration Testing
The APS Dynamics APS-600 Long-Stroke Shaker is engineered for advanced vibration and acoustic measurement applications that require maximum stroke length and precision. Specially designed for low-frequency calibration and extended displacement testing, this professional-grade shaker delivers superior performance for the most demanding industrial environments. Featuring a robust construction and state-of-the-art control systems, the APS-600 ensures consistent, reliable vibration profiles across a wide frequency range. Its long-stroke capability—significantly exceeding conventional shakers—makes it ideal for testing large components and structures where extensive displacement is critical. Technical specifications include a maximum stroke length up to 50 mm peak-to-peak and a frequency bandwidth optimized for low-frequency vibration analysis from 2 Hz to 1 kHz. Integrated with precision accelerometer feedback and vibration sensors, the APS-600 supports detailed frequency analysis and sound level measurements vital in Noise, Vibration, and Harshness (NVH) testing. Applications for the APS-600 span automotive NVH engineering, aerospace structural testing, manufacturing quality control, and building acoustics research. Environmental monitoring and structural health assessments also benefit from its extended stroke and frequency capabilities. The APS-600 complies with international standards, including IEC 60068 series for environmental testing, ISO 10816 for mechanical vibration, and ANSI S2.41 for sound level measurement calibration. This guarantees the shaker's suitability for rigorous professional and research applications. Designed with engineers, researchers, and acoustic consultants in mind, the APS-600 provides unparalleled control and accuracy to enhance your vibration testing protocols. Whether calibrating instruments or simulating real-world vibrations on complex assemblies, trust APS Dynamics for industry-leading innovation. Contact us today to request a personalized quote and elevate your vibration and acoustic testing with the APS Dynamics APS-600 Long-Stroke Shaker.
APS-640
APS Dynamics APS-640 Medium-Force Shaker - Precision Vibration Testing Equipment
The APS Dynamics APS-640 Medium-Force Shaker is a professional-grade vibration testing solution designed for precise and reliable acoustic and vibration measurements. Engineered for high-performance applications, this shaker delivers consistent medium-level force output, making it ideal for a wide range of testing scenarios in automotive NVH, aerospace component evaluation, manufacturing quality control, and building acoustics analysis. Key Benefits: - Accurate measurement capabilities including sound level, vibration amplitude, and frequency response analysis. - Robust medium-force output suitable for laboratory and industrial environments. - Compatible with advanced data acquisition systems for comprehensive signal analysis. Technical Features & Specifications: - Force capacity: Medium force range optimized for precision testing. - Frequency range: Broad bandwidth accommodating low to mid-frequency vibrations. - Build quality: Industrial-grade components ensuring durability and long-term stability. - Compliance: Designed in accordance with IEC 60068 and ISO 2631 standards for vibration testing, meeting ANSI vibration test guidelines. Applications and Use Cases: - Noise, Vibration, and Harshness (NVH) measurements in automotive and aerospace industries. - Structural vibration analysis in building acoustics and environmental monitoring. - Quality assurance testing in electronics and manufacturing sectors. - Research and development labs requiring precise force excitation for acoustic testing. Target Audience: The APS-640 shaker is specifically tailored for engineers, acoustic researchers, consultants, and quality control professionals seeking industrial-grade vibration testing equipment that delivers reliable, high-fidelity results. Invest in the APS Dynamics APS-640 Medium-Force Shaker to enhance your acoustic and vibration test capabilities. Contact us today to request a detailed quote and elevate your testing accuracy with a brand trusted by industry leaders worldwide.
APS-129
APS 129 Air-Bearing Shaker, DC-200 Hz
The APS 129 ELECTRO-SEIS is an air-bearing electrodynamic vibration exciter delivering 133 N (30 lbf) or 186 N (42 lbf) sine peak force over DC to 200 Hz, with 158 mm peak-to-peak stroke. The air-bearing guidance system gives very low cross-axis motion, and the 254 x 254 mm table carries payloads up to 23 kg. It was developed for the calibration and testing of large, heavy low-frequency sensors, including geophones and seismic sensors, and for general sensor characterisation. The electrodynamic drive produces sine, random or transient waveforms with excellent waveform purity. Placid Asia supplies APS Dynamics exciters in Thailand and ASEAN.
About Acoustic R&D Measurement Equipment
Research and development applications demand the highest levels of measurement accuracy, dynamic range, and flexibility. Placid Asia supplies precision measurement microphones (IEC 61094-1 primary, IEC 61094-4 WS1F/WS2F), low-noise preamplifiers, multi-channel simultaneous-sampling DAQ systems, vibration exciters, and accelerometer calibration systems. Applications include psychoacoustics, structural dynamics, materials characterisation, and product sound quality development.
Recommended Instruments
PLACID DAQ Multi-Channel System
Up to 96 simultaneous channels, 24-bit ADC, anti-aliasing filters, IEEE 1588 sync
PLACID PMP / PNP Microphone Series
Precision free-field and pressure-field measurement microphones, 1/4" to 1" capsules
SPEKTRA CV-Series Calibrators
Primary and secondary vibration calibration systems per ISO 16063
PLACID CA-01 / CA-02 Acoustic Cameras
Compact beamforming arrays for source identification in R&D environments
Applicable Standards
Need Expert Guidance?
Our application engineers have extensive experience in research & development and can help you design the perfect measurement solution.
Talk to an Expert