Integrated Dynamics Engineering
IDE- Integrated Dynamics Engineering founded in 1990, is recognized today as the global leader in providing advanced solutions in environ- mental disturbance control technology for vibration isolation, EMI cancellation, and acoustic suppression.
- 781.326.5700
- 781.326.3004
- info@ideworld.com
- 377 University Avenue
Westwood, MA 02090
United States
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Magnetic Resonance Instruments
Integrated Dynamics Engineering
MRI systems represent a significant investment. As magnetic resonance images can be distorted by electromagnetic fields, frequently the location is isolated by passive shielding to somewhat insulate the detectors from image distorting EMI. But for a fraction of the cost of the machine an active EMI compensation can fully protect the image from damaging fields generated by other electrical equipment, passing traffic, elevators or other nearby equipment.
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Active Vibration Isolation
Integrated Dynamics Engineering
This includes Passive and Active vibration isolation modules. Our vast number of advanced solutions – from compact Passive LC series to the TCN Active series expanding to the cutting edge most advanced in vacuum NGI series – provide options for every difficult application issue that exists today. Since seismic vibrations tend to be random, all frequencies need to be addressed.
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Microscopy and Nanotechnology Labs
Integrated Dynamics Engineering
IDE, with the most vibration isolation and EMI cancellation systems in use today, is no stranger to nanotechnology. For over twenty years, IDE has been addressing the special needs of research environments with advanced isolation solutions. IDE’s influence and global reach can be seen in the most cutting edge labs pushing physical boundaries to extremes in advanced materials, surface science, microbiology and more.
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Semiconductor Equipment Manufacturers
Integrated Dynamics Engineering
With shrinking process geometries, new structural elements and a major increase in substrate size, the challenges to improving process yield and overall throughput have increased exponentially. These demands drive a stringent requirement for system stability and overall immunity from internal and external forces.
