Noise & Vibration Control Solutions

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Trusted By
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12x Performance
Excellence Award

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Supplier Award for Cost,
Quality, Delivery

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Supplier of the Year

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Rigel Award

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Innovation
Excellence Award

Innovating beyond the standard.

We design and manufacture noise and vibration control solutions that outperform off-the-shelf alternatives.

DTI has been addressing noise and vibration problems in the world’s most demanding applications for over 30 years. Our innovative approach and unmatched experience produces lightweight, cost effective, easy to install, and more durable products.

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Market-Leading Noise & Vibration Control Solutions

DTI’s high-performing passive damping systems reduce noise caused by resonant vibration. Companies across a wide variety of industries count on DTI’s expertise and application-specific noise control solutions to create better, safer, more comfortable products for their customers.
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DTI’s high-performing passive damping systems control excessive resonant vibration, which leads to noise and premature wear on critical components, costly parts, and sensitive instrumentation.
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Our vibration control damping systems and solutions reduce excessive vibrational energy, which can cause wear and cracks on critical components, leading to costly and dangerous premature structural damage.
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In addition to custom damping systems, DTI offers analysis and consulting services to enable our customers to rapidly design, test, and implement noise and vibration countermeasures.
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VBT 3.0 is DTI’s automated one-of-a-kind hardware and software system for testing and designing passive damping systems. It utilizes Vibrating Beam Technique to measure and characterize the properties of viscoelastic materials and uses that information to aid in the design of surface damping systems.
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Trusted Performance In The World's Most Demanding Applications

There are few environments more extreme than the ones experienced by the outer layers of a commercial aircraft.
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No challenge is too large for DTI. Here’s how we solved vibration issues which were reducing efficiency at a massive scientific facility.
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Military weapons systems require unwavering stability to protect precision instruments in tough environments during stressful situations.
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Resonance-related vibration issues were jeopardizing sensitive instruments mounted on a multi-million dollar satellite balcony – especially during launch.
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Turbo-prop aircraft typically are louder – and exhibit significantly more vibration – than jet aircraft.  Here’s how we reduced the interior sound pressure levels in one turbo-prop plane being developed as a business aircraft.
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Waves cause more than uneasy stomachs; they also can cause unwanted vibration and annoying noise for people enjoying time on the water.
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Rocket launches require absolute precision under extreme temperatures and operating conditions to keep the crew safe and mission-ready.
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Automobile interiors and their components can attract annoying vibration issues. Here’s how we solved a vibration problem for a major auto maker.
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