Integrated Systems

Vibration testing simulates long-term stress to uncover design flaws and ensure product durability.
In electroacoustic applications, analyzing sound during development is key to meeting voice quality standards in devices like smartphones and speakers.
Together, these methods enhance reliability and performance in modern technology.

Electroacoustics

New electroacoustic devices such as mobile phones, tablets, and speakers, keep pushing the boundaries of design. The latest smartphone must squeeze in ever-more impressive capabilities to compete in a crowded market and fulfil international telephone standards for voice capture and reproduction. To deliver quality sound, it is essential to analyze the sound produced and captured during R&D.

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Vibration Testing Equipment

By condensing a lifetime of stress and wear into a short period of time, vibration testing and validation can reveal hidden design weaknesses. Vibration testing helps manufacturers to ensure the quality, reliability and durability of complete products and their components by providing insights into the inner world of vibration within products, machines and structures.

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Acoustic End-of-Line Test Systems

The HBK system for acoustic measurement and analysis, consisting of sensors, frontend, software and a Big Data option, is successfully used by many well-known manufacturers of vehicles and components. The wide range of measurement and analysis methods makes it possible to pinpoint the exact cause of problems and faults. The entire production process can be monitored using the results database and production statistics.

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Vibration Testing and Electroacoustic Applications
Vibration testing equipment plays a crucial role in product validation by simulating a lifetime of stress and wear within a condensed timeframe. This process helps manufacturers uncover hidden design flaws and ensure the quality, reliability, and durability of products and components. In parallel, the development of modern electroacoustic devices—such as smartphones, tablets, and speakers—continues to push the boundaries of design and functionality. To meet international standards for voice capture and reproduction, and to deliver high-quality sound, it is essential to analyze both the sound produced and captured during research and development. Together, vibration testing and electroacoustic analysis provide deep insights into the structural and acoustic performance of today’s advanced technologies.

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