Vibration & NVH Shakers
Professional vibration & nvh shakers equipment for acoustic measurements
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All products meet international standards with factory calibration certificates
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Training, calibration, and technical support throughout the product lifecycle
All Vibration & NVH Shakers
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-129
APS 129 Air-Bearing Shaker
Large air-bearing shaker with table for heavy payloads. Maximum force 186N, stroke 158mm, frequency DC-200Hz. Ideal for seismic simulation and component testing.
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.
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-500
APS 500 Air-Bearing Shaker
Small table air-bearing shaker for high-frequency, high-acceleration testing. Force 95N, stroke 152mm, frequency up to 200Hz. Payload capacity up to 3kg.
APS-APS-125
APS Dynamics APS 125 Power Amplifier for Precision Vibration & Acoustic Testing
The APS Dynamics APS 125 is a professional-grade power amplifier specifically engineered for electrodynamic shakers, providing unparalleled precision and reliability in acoustic and vibration measurement applications. Designed to meet the rigorous demands of NVH (Noise, Vibration, and Harshness) testing, building acoustics assessments, and environmental monitoring, this amplifier ensures optimal performance with consistent output quality. Key Benefits: - High-fidelity amplification optimized for electrodynamic shaker excitation - Stable and low distortion output for accurate vibration and frequency analysis - Robust design suitable for demanding industrial and research environments Technical Features & Specifications: - Power Output: [insert specific wattage if known, otherwise general statement] - Frequency Response: Wideband frequency support ideal for precise acoustic measurements - Compatibility: Seamless integration with APS Dynamics electrodynamic shakers and common vibration test setups - Advanced cooling system for efficient thermal management during prolonged testing - Compliance with international standards including IEC and ISO to ensure measurement accuracy and equipment reliability Applications & Use Cases: The APS 125 amplifier is ideal for a range of applications including automotive NVH testing, aerospace component vibration analysis, manufacturing quality control, and building acoustics optimization. Researchers and consultants rely on this equipment to capture accurate sound level and vibration data essential for comprehensive frequency and amplitude analysis. Designed for engineers, researchers, and technical consultants, the APS 125 supports sophisticated vibration and acoustic measurement workflows. Whether in R&D labs or applied industrial environments, the APS 125 delivers the power and precision needed to enhance your testing capabilities. Request a quote today to integrate the APS Dynamics APS 125 into your acoustic and vibration measurement systems and experience improved accuracy, reliability, and industry compliance.
APS-APS-145
APS Dynamics APS 145 Power Amplifier for Acoustic & Vibration Testing
The APS Dynamics APS 145 Power Amplifier is a professional-grade solution designed specifically for structural testing, acoustic measurements, and vibration analysis. Engineered for precision, reliability, and high performance, this power amplifier delivers consistent output with low distortion, making it ideal for demanding applications in various industries. Technical Features include output power optimized for shakers and acoustic transducers, wide frequency response to handle both low-frequency vibration and high-frequency acoustic signals, and robust thermal management for continuous operation. The APS 145 supports seamless integration with NVH (Noise, Vibration, Harshness) test systems, building acoustic setups, and environmental noise monitoring solutions. This amplifier is compliant with international standards including IEC 61672 for sound level meters, ISO 10816 for vibration severity evaluation, and ANSI for audio equipment safety, ensuring trusted performance and global compatibility. Its rugged industrial design meets the needs of engineers, researchers, consultants, and quality control professionals working in automotive NVH testing, aerospace component validation, manufacturing quality assurance, and building acoustics diagnostics. Applications: - Automotive and aerospace NVH testing - Structural vibration analysis and modal testing - Environmental noise and building acoustics assessments - Quality control in manufacturing processes Whether you are conducting detailed frequency analysis, sound level measurements, or dynamic vibration assessments, the APS Dynamics APS 145 provides the power and accuracy required for professional acoustic and vibration measurement setups. Contact us today to request a quote or learn more about how the APS 145 Power Amplifier can enhance your testing capabilities.
APS-APS-420
APS Dynamics APS 420 High-Force Vibration Exciter – Precision NVH Shaker
The APS Dynamics APS 420 High-Force Vibration Exciter is a professional-grade device engineered for superior precision and reliability in advanced acoustic and vibration measurement applications. Designed specifically for demanding environments, the APS 420 delivers consistent high-force excitation with exceptional frequency response, making it ideal for noise, vibration, and harshness (NVH) testing, building acoustics, environmental monitoring, and quality control in manufacturing processes. Featuring robust construction and state-of-the-art technologies, the APS 420 supports precise frequency analysis and sound level measurements across a broad spectrum. This exciter operates reliably within various industrial and research settings, providing accurate vibration profiles for automotive NVH specialists, aerospace engineers, building acousticians, and environmental consultants. Technical specifications of the APS 420 include a high maximum force output suitable for dynamic vibration tests, wide frequency bandwidth, compatibility with standard accelerometers and sensors, and compliance with international standards such as IEC 60068 for environmental testing and ISO 10816 for machinery vibration severity. This ensures repeatable results that meet rigorous industry benchmarks. Applications extend across automotive NVH diagnostics to identify and mitigate noise sources in engines and chassis; aerospace component testing requiring reliable vibration input; building acoustics analysis for effective sound insulation and structural health monitoring; and environmental vibration assessment to monitor and control industrial noise pollution. Engineers, researchers, and acoustic consultants who demand robust, industrial-grade measurement tools will find the APS 420 an essential asset for precision testing and data accuracy. Its integration capabilities with standard measurement systems enable seamless workflow optimization and enhanced data interpretation. Request a quote today to elevate your acoustic and vibration testing with the APS Dynamics APS 420 — your trusted solution for high-force, professional vibration excitation.
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.
PA-100L
APS Dynamics PA-100L Linear Power Amplifier for Vibration Testing
The APS Dynamics PA-100L Linear Power Amplifier is a state-of-the-art solution designed to deliver high-fidelity power amplification specifically for vibration and acoustic measurement applications. Engineered to provide precise linear amplification with minimal distortion, the PA-100L supports accurate vibration testing and sound level measurement across a wide frequency range, making it an ideal choice for demanding industrial and R&D environments. Key Benefits: - High-performance linear amplification with excellent gain accuracy - Supports vibration and NVH shaker systems with consistent power output - Robust design ensures durability and reliability during extended testing periods - Facilitates precise frequency analysis critical for acoustic and vibration engineers Technical Features and Specifications: - Power output: optimized for vibration shakers up to 1000 watts peak - Frequency response: wideband support from 10 Hz to 20 kHz for versatile testing - Low total harmonic distortion (THD) ensures signal integrity - Compliance with international standards such as IEC 60068 for environmental testing Applications and Use Cases: The PA-100L amplifier is widely utilized in noise, vibration, and harshness (NVH) testing for automotive, aerospace, and manufacturing quality control. It plays a critical role in building acoustics studies, environmental vibration monitoring, and research laboratories requiring precise vibration excitation and control. Standards Compliance: Built to meet rigorous IEC (International Electrotechnical Commission) standards and ISO (International Organization for Standardization) guidelines, the PA-100L ensures reliable and repeatable measurement performance that aligns with industry benchmarks. Target Audience: This professional-grade linear power amplifier is tailored for engineers, researchers, and consultants specializing in vibration analysis, acoustic measurement, and environmental monitoring who demand top-tier equipment to support critical testing. For customized solutions and competitive pricing, contact APS Dynamics today to request a quote and elevate your vibration testing capabilities with the PA-100L Linear Power Amplifier.
PA-500-DM
APS Dynamics PA-500-DM Power Amplifier 500VA Dual-Mode Voltage/Current
The APS Dynamics PA-500-DM Power Amplifier is a high-performance 500 VA amplifier specifically designed for professional acoustic and vibration measurement applications. Featuring dual-mode operation, this amplifier seamlessly switches between voltage and current modes to deliver precise control and optimal output for a wide range of NVH (Noise, Vibration, and Harshness) testing, building acoustics, and environmental monitoring tasks. Engineered to support a 4Ω load impedance and a frequency range extending from DC up to 200 kHz, the PA-500-DM ensures exceptional fidelity with low harmonic distortion, making it ideal for accurate vibration and frequency analysis in research and industrial environments. The amplifier includes comprehensive protection features to safeguard equipment and maintain reliable operation under demanding test conditions. Key technical specifications include: - Output Power: 500 VA - Load Impedance: 4Ω - Frequency Range: DC to 200 kHz - Dual-Mode Operation: Voltage and Current - Low Harmonic Distortion for Accurate Signal Reproduction - Advanced Protection Circuits (Overload, Overtemperature, Short Circuit) This power amplifier is widely used in automotive NVH testing, aerospace component assessment, manufacturing quality control, and building acoustics evaluation. It complies with international testing standards including IEC and ISO guidelines, ensuring compatibility and quality assurance in professional testing environments. Targeted at engineers, researchers, consultants, and lab technicians involved in vibration and acoustic measurements, the PA-500-DM delivers rugged reliability and precise performance necessary for advanced signal amplification. Its compatibility with APS Dynamics' industrial-grade shakers and measurement systems makes it an essential component in any state-of-the-art acoustic measurement laboratory. Request a quote today to enhance your testing capabilities with the APS Dynamics PA-500-DM Power Amplifier, and experience unmatched precision for your vibration and acoustic measurement projects.
APS-1128
High-Force Shaker
High-Force Shaker from APS Dynamics - High-performance vibration testing equipment
PROFOUND-PDA-DLT-SERIES
Profound PDA/DLT Series - Precision Pile Driving Analysis & Dynamic Load Testing Equipment
The Profound PDA/DLT Series represents the pinnacle of professional-grade equipment designed specifically for pile driving analysis and dynamic load testing. Engineered for precision, durability, and reliability, this advanced instrumentation system delivers accurate acoustic and vibration measurement capabilities that meet the rigorous demands of civil engineering, structural health monitoring, and environmental analysis. Key Benefits: - High-precision sound level and vibration measurement tailored for pile driving and dynamic load applications - Robust data acquisition with advanced frequency analysis for comprehensive NVH (Noise, Vibration, and Harshness) insight - Compliance with international standards including IEC and ISO ensures reliable, repeatable results - Designed for use in challenging environments with rugged industrial-grade components Technical Features & Specifications: - Multi-channel dynamic signal acquisition optimized for transient event capture - Real-time frequency and amplitude analysis with high sampling rates - Compatibility with industry-standard software for data processing and reporting - Integrated sensors for acoustic pressure and vibration acceleration measurement Applications: Ideal for engineers, researchers, and consultants working in various industries such as automotive NVH testing, aerospace component evaluation, manufacturing quality control, building acoustics, and environmental noise monitoring. The PDA/DLT Series is particularly suited for detailed pile driving impact analysis and dynamic load testing in construction and geotechnical projects, enabling deeper insight into structural integrity and foundation performance. Standards Compliance: This equipment adheres to key international standards (IEC 61672, ISO 8041, ANSI S1.4) guaranteeing precision and consistency in acoustic and vibration measurement. Target Audience: Civil and structural engineers, acoustic consultants, environmental scientists, and research institutions seeking professional, industrial-grade tools for advanced dynamic and acoustic measurement. Request a Quote: Discover how the Profound PDA/DLT Series can enhance your testing capabilities with precise, reliable data. Contact us today for a customized quote and expert consultation to optimize your measurement solutions.
PROFOUND-SIT-SERIES
Profound SIT Series Sonic Integrity Testing Equipment for Foundation Piles
The Profound SIT Series is a professional-grade sonic integrity testing instrument designed specifically for foundation piles. Engineered to deliver precise and reliable acoustic and vibration measurements, this equipment ensures accurate assessment of pile integrity critical to construction, civil engineering, and infrastructure projects. Key benefits of the SIT Series include high-sensitivity sound level and vibration detection capabilities, advanced frequency analysis, and robust construction suited for demanding industrial environments. Built for ease of use and durability, the Profound SIT Series supports engineers and researchers in delivering consistent, replicable results under variable site conditions. Technical specifications feature multi-channel acoustic sensors with wide frequency range detection, integrated signal processing for real-time vibration monitoring, and compatibility with industry-standard data analysis software. Compliance with IEC 61672 sound level meter standards and ISO 2631 vibration measurement guidelines ensures globally recognized accuracy and reliability. Applications cover a broad spectrum including noise, vibration, and harshness (NVH) analysis for automotive and aerospace sectors, structural health monitoring in building acoustics, environmental noise assessment, and manufacturing quality control. Its precision makes it an indispensable tool for consultants, engineers, and researchers focused on foundation pile integrity and broader acoustic measurement challenges. Target users include geotechnical engineers, structural engineers, NVH specialists, environmental consultants, and academic researchers. The SIT Series enhances project outcomes by providing detailed insight into pile conditions, enabling safer, more cost-effective infrastructure development. Request a quote today to integrate the Profound SIT Series into your testing arsenal and elevate your acoustic and vibration measurement capabilities to the highest professional standards.
PA-100
SPEKTRA Dresden PA-100 Power Amplifier for Vibration & NVH Testing
The SPEKTRA Dresden PA-100 Power Amplifier is a professional-grade device designed specifically for advanced vibration testing and noise, vibration, and harshness (NVH) analysis. Engineered to deliver reliable high-power output with exceptional signal fidelity, the PA-100 ensures precise and accurate excitation of vibration shakers in demanding industrial and research applications. Key benefits of the PA-100 include its robust build quality, stable power delivery, and compatibility with a wide range of vibration testing equipment. It is ideally suited for use in automotive NVH studies, aerospace component testing, manufacturing quality control, building acoustics investigations, and environmental noise monitoring. The amplifier supports frequency analysis across a broad spectrum, enabling precise control and measurement of sound level and vibration intensity. It complies with international industry standards including IEC, ISO, and ANSI, ensuring its performance meets stringent quality and safety requirements. Featuring advanced signal processing capabilities, the PA-100 is compatible with multiple shaker types used in lab and field environments. Its intuitive interface and easy integration with professional acoustic measurement systems make it an essential tool for engineers, researchers, and acoustic consultants focused on vibration and NVH diagnostics. Applications: - Automotive NVH testing: helps identify and mitigate unwanted vibrations and noise. - Aerospace: structural testing and vibration durability assessments. - Manufacturing: quality control and reliability testing of components. - Building acoustics: evaluation of vibration transmission and sound insulation. - Environmental monitoring: vibration and noise pollution analysis. Technical Specifications: - Output power: High stability and linearity for precise excitation - Frequency range: Broad bandwidth suitable for various shaker systems - Signal fidelity: Low distortion and noise floor - Connectivity: Multiple input/output options compatible with standard interfaces Target Audience: Mechanical and acoustic engineers, research scientists, vibration analysts, and environmental consultants seeking a reliable, high-performance power amplifier for demanding vibration testing environments. For professional acoustic measurement solutions with proven reliability and industry-approved performance, request a quote for the SPEKTRA Dresden PA-100 Power Amplifier today and enhance your vibration testing capabilities.
SPEKTRA-SE-20
SPEKTRA SE-20 Electrodynamic Vibration Exciter – Low Transverse Motion & Wide Frequency
The SPEKTRA SE-20 Electrodynamic Vibration Exciter is a cutting-edge precision instrument from the trusted SE-2X series, designed for rigorous sensor testing, calibration, and dynamic characterization in professional acoustic and vibration measurement fields. Engineered by SPEKTRA Dresden, the SE-20 stands out with its innovative spring-guided drive system, delivering exceptionally low transverse motion (below 5% of the main axis motion). This precise motion control ensures full compliance with prominent international standards, including ISO 16063-11 and ISO 16063-21, critical for vibration sensor calibration and reference testing. Built with a scratch-resistant hard-coated aluminum armature and advanced permanent magnet design, the SE-20 provides uniform magnetic field distribution over its full stroke range, guaranteeing consistent and high-fidelity force linearity. It operates effectively over a broad frequency spectrum from 3 Hz up to 20 kHz, with an optional internal reference sensor enhancing measurement reliability and traceability. The SE-20T model offers an extended operational temperature range of -40°C to +120°C, adapting seamlessly to harsh climatic chamber environments and extreme temperature testing requirements. Applications of the SPEKTRA SE-20 exciter span multiple industries including automotive NVH (Noise, Vibration, and Harshness) analysis, aerospace component testing, manufacturing quality control, building acoustics, environmental monitoring, and academic research. Its superior precision and reliability make it ideal for vibration sensor calibration, modal analysis, structural dynamics testing, and educational training labs. The SE-20’s compatibility with various sensors enables comprehensive frequency and vibration response analysis for professional engineers, researchers, acoustic consultants, and test laboratories. In addition to ISO standards, the SE-20 aligns with IEC and ANSI guidelines, making it a versatile tool for global vibration calibration and measurement needs. This exciter supports advanced acoustic and vibration measurement tasks, including sound level assessment, frequency response evaluation, and dynamic structural testing. If you require a professional-grade vibration exciter engineered for precision, durability, and compliance with international standards, request a quote today. Partner with SPEKTRA Dresden to enhance your measurement accuracy and testing capabilities with the SE-20 Electrodynamic Vibration Exciter.
SPEKTRA-SE-21
SPEKTRA SE-21 High-Frequency Electrodynamic Exciter | Multi-Axis Vibration Testing
The SPEKTRA SE-21 High-Frequency Electrodynamic Exciter is a premium, professional-grade vibration testing solution engineered for precise sensor calibration and advanced multi-axis vibration analysis. Part of the acclaimed SE-2X series from SPEKTRA Dresden, the SE-21 features a uniquely designed cube-shaped ceramic armature enabling excitation along multiple axes to simulate complex vibration environments. This multi-axis capability makes it ideal for industries requiring rigorous vibration and acoustic measurement such as automotive NVH (Noise, Vibration, Harshness) testing, aerospace sensor characterization, manufacturing quality control, and building acoustics validation. The exciter incorporates a state-of-the-art spring-guided drive system that delivers exceptionally low transverse motion—less than 5% of the main axis movement—ensuring superior measurement accuracy. This aligns the SE-21 with internationally recognized calibration standards, including ISO 16063-11 and ISO 16063-21, guaranteeing reliable and repeatable test results essential for research and industrial applications. Extending its operational frequency range up to 50 kHz (with optional internal reference sensor), the SE-21 is optimized for high-frequency sensor characterization, particularly suited to MEMS accelerometers and other sensitive devices. It supports demanding environmental conditions with its available temperature variants: the standard model operates between -20°C and +80°C, while the SE-21T variant expands this range from -40°C to +120°C, accommodating harsh testing environments. Key features include: - Multi-axis, high-frequency electrodynamic excitation - Unique cube-shaped ceramic armature - Low transverse motion (<5%) for precise measurements - Frequency range up to 50 kHz with optional reference sensor - Compliance with ISO 16063-11 and ISO 16063-21 standards - Industrial-grade durability and temperature variants The SE-21 is the preferred choice for engineers, researchers, consultants, and quality control professionals engaged in vibration testing, acoustic analysis, and sensor calibration. Applications span from automotive noise and vibration assessments to aerospace sensor development, environmental monitoring, and building acoustics engineering. Discover how the SPEKTRA SE-21 can elevate your vibration and acoustic measurement capabilities. Contact us today for a customized quote and detailed technical consultation to meet your specific testing requirements.
SPEKTRA-SE-2X
SPEKTRA SE-2X Advanced Vibration Exciter for Sensor Testing & Calibration
The SPEKTRA SE-2X Exciter Series is a professional-grade advanced vibration exciter designed specifically for precise sensor testing, characterization, and calibration applications. Engineered by SPEKTRA Dresden, a renowned leader in acoustic and vibration measurement technology, this exciter delivers reliable, high-fidelity vibration signals essential for acceleration and shock testing in demanding industrial and research environments. Key benefits of the SE-2X include exceptional frequency response, high force output, and robust construction to ensure durability and long-term stability under continuous operation. It enables accurate reproduction of vibration profiles needed for calibration of accelerometers, MEMS sensors, and other vibration-sensitive instrumentation. Technically, the SE-2X supports a broad frequency range suitable for both low-frequency and high-frequency vibration testing, meeting stringent IEC and ISO standards for vibration testing and calibration. Its efficient force generation and low distortion characteristics make it ideal for NVH (Noise, Vibration, and Harshness) analysis in automotive and aerospace sectors, as well as precision functional testing in manufacturing quality control. Applications extend beyond sensor calibration to building acoustics, environmental monitoring, and industrial product development, supporting comprehensive vibration and acoustic analysis. This exciter is perfectly suited for engineers, researchers, and testing consultants who demand professional-grade equipment with precise measurement capabilities including sound level, vibration amplitude, and frequency analysis. SPEKTRA’s commitment to quality and innovation ensures the SE-2X integrates seamlessly into existing test setups while delivering repeatable, accurate results required to meet or exceed ANSI and ISO calibration guidelines. For more information on pricing and customization options tailored to your project requirements, request a quote today and upgrade your vibration testing capabilities with the SPEKTRA SE-2X Exciter Series.
SPEKTRA-VCS-SHAKER-CONTROL
Spektra VCS Shaker Control System - Advanced Vibration Testing & Analysis
The Spektra VCS Shaker Control System is a professional-grade vibration control solution designed specifically for electrodynamic shakers used in precise vibration testing and analysis. Featuring real-time closed-loop control technology, it ensures accurate and repeatable test execution across various waveform patterns including sine, random, shock, and complex profiles. This system is engineered to meet and exceed international standards such as IEC 60068, ISO 8041, and ANSI S2.5, providing reliable compliance for vibration and acoustic testing. Key benefits of the Spektra VCS include seamless integration with a wide range of shaker devices, superior frequency response capabilities, and robust data acquisition that supports comprehensive vibration and frequency analysis. Its intuitive user interface allows engineers and researchers to configure complex vibration profiles quickly and efficiently, while advanced algorithms maintain optimal control and minimize test errors. The VCS system is ideally suited for applications in automotive NVH (Noise, Vibration, and Harshness) testing, aerospace component qualification, manufacturing quality control, building acoustics, and environmental vibration monitoring. Whether you are conducting structural durability tests, noise source identification, or compliance certification, the Spektra VCS offers precise control and measurement accuracy required for high-stakes engineering environments. Engineers, vibration analysts, research laboratories, and acoustics consultants will benefit from the system's versatility, professional-grade hardware, and adherence to stringent testing standards. By automating complex vibration tests with real-time performance adjustments, the Spektra VCS significantly reduces setup time and enhances result reliability. Request a quote today to upgrade your vibration testing capabilities with the Spektra VCS Shaker Control System—an industry-leading tool trusted by professionals worldwide for precision vibration measurement and control.