Gradient Coils by Agilent Technologies
Manufacturer Agilent Technologies
Maximized duty cycles and gradient strength Agilent provides a range of high quality gradient coils with maximized strength and duty cycles that enable controlled magnetic field gradients to be created with ease. Gradient coils are available in a range of bore sizes to fit different magnet types and may also be nested inside other coils as part of the imaging system. All coils provide excellent heat extraction enabling industry-leading duty cycle performance. Microgroove technology deliver... Read more
Gradient Coils
Maximized duty cycles and gradient strength
Agilent provides a range of high quality gradient coils with maximized strength and duty cycles that enable controlled magnetic field gradients to be created with ease. Gradient coils are available in a range of bore sizes to fit different magnet types and may also be nested inside other coils as part of the imaging system. All coils provide excellent heat extraction enabling industry-leading duty cycle performance. Microgroove technology delivers superior magnetic shielding and all coils are capable of high slew-rates and gradient linearity. Agilent gradient coils exhibit maximized gradient strength, short rise times, superior gradient uniformity, and minimal residual eddy currents, making them ideally suited for the most challenging MRI applications at the highest magnetic fields.
Agilent provides a range of high quality gradient coils with maximized strength and duty cycles that enable controlled magnetic field gradients to be created with ease. Gradient coils are available in a range of bore sizes to fit different magnet types and may also be nested inside other coils as part of the imaging system. All coils provide excellent heat extraction enabling industry-leading duty cycle performance. Microgroove technology delivers superior magnetic shielding and all coils are capable of high slew-rates and gradient linearity. Agilent gradient coils exhibit maximized gradient strength, short rise times, superior gradient uniformity, and minimal residual eddy currents, making them ideally suited for the most challenging MRI applications at the highest magnetic fields.
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