Imaginant Inc.
Three engineers affiliated with the Ultrasound Research Group and the Electrical Engineering Department at the University of Rochester founded JSR Ultrasonics in 1986. Since inception, our company has been an innovator in ultrasonic testing. We have a proven record of blending the latest scientific advances with years of experience to provide instruments to meet the most demanding test, inspection, and evaluation requirements throughout every phase of product design, manufacturing, and use.
- 1 888 577 8587
1 585 264 0480 - 1 585 264 9642
- ImaginantInfo@Imaginant.com
- 3800 Monroe Avenue
Suite 29
Pittsford,, NY 14534
United States
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product
Coating Thickness gauges.
PELT gauges provide data for the precise control of exacting coating-applications including for automotive paints, wind turbine blade protective coatings, steel coil coatings, and shipping container anti-corrosion coatings. PELT gauges measure coatings on substrates including steel, aluminum, plastics, carbon fiber, composites, glass, and wood.
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product
Pulser/Receiver
DPR500 Family
The DPR500 DUAL Pulser/Receiver is the first dual channel, modular instrument consisting of two complete pulser/receivers integrated into one unit. Receiver modules are currently available in the following bandwidths: 500 MHz, 300 MHz, and 50 MHz. The DPR500 may also be configured as a single channel instrument using any of the available modules
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product
Ultrasound Transducers
Utilizing optical and semiconductor fabrication techniques, Imaginant manufactures the PureView PrecisionTM line of RoHS-compliant delay-line ultrasound transducers with center frequencies ranging from 50 MHz to 250 MHz (higher and lower transducer frequencies are also available). Imaginant's precision-manufacturing process produces transducers that exhibit high reliability and high uniformity from device to device. This manufacturing consistency enables uniform test system performance to be attained across multiple systems. Imaginant transducers are available in focused and flat-face models that can be produced with minimal-damping for applications requiring maximal sensitivity or with maximal-damping and high-bandwidth for applications requiring the highest-degree of temporal precision.
