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Achieva 3.0T Upgrade to MultiTransmit 3.0

MR System upgrade

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Upgrading your Achieva 3.0T to MultiTransmit enhances image uniformity & consistency over a broad range of applications. Image a broader patient population to increase referrals. Faster scans and fewer retakes increase throughput.

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Features
Patient-adaptive RF management || Uniform contrast

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.
Reduced local SAR || Faster scanning

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.
  • Patient-adaptive RF management || Uniform contrast
  • Reduced local SAR || Faster scanning
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Patient-adaptive RF management || Uniform contrast

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.

Patient-adaptive RF management for optimal uniformity

By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging. By using multiple RF sources, MultiTransmit can adapt the RF signals to each individual patient to enhance image uniformity and consistency. This is particularly valuable for breast and body imaging.
Reduced local SAR || Faster scanning

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.

Reduced local SAR allows faster scanning

MultiTransmit technology overcomes dielectric shading by using simultaneous (parallel) transmissions from multiple RF sources. It automatically optimizes the power, amplitude, phase, and waveform for optimal RF uniformity. By using multiple RF sources, MultiTransmit can reduce local Specific Absorption Rate (SAR) thereby enabling an increase in scanning speed of up to 40%.

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