ACUSON Maple: A Comprehensive Solution for Medical Imaging
The Siemens ACUSON Maple is a high-performance and ergonomic ultrasound system designed to meet various clinical needs. It is built on a high-precision digital platform that ensures optimal processing of ultrasound signals.
Its intuitive user interface simplifies operation and enhances the comfort of healthcare professionals. The system features a floating control panel, a 13.3-inch high-definition touchscreen, and a 21.5-inch Full HD main monitor with an articulating arm, providing maximum flexibility in clinical settings.
The ACUSON Maple is equipped with an AMD V1000 quad-core processor, 16 GB of DDR4 RAM, and a 500 GB SSD, ensuring smooth responsiveness and efficient patient data management. Its DICOM 3.0 connectivity allows seamless integration with hospital information systems and image archiving solutions.
In terms of performance, the device offers 2D imaging, Color Doppler, Spectral Doppler, and M-Mode, providing precise visualization of tissues and blood flow. It is compatible with a wide range of probes, enabling in-depth examination of abdominal, vascular, gynecological, obstetric, musculoskeletal, and cardiac organs. The ACUSON Maple also supports elastography and 3D/4D imaging for specialized examinations.
The system stands out with its customization options, including imaging presets tailored to each clinical application and automatic image parameter optimization (eSieImage, Dynamic TCE). Its QuikStart standby mode allows for quick restarts, while the optional battery provides extended autonomy for mobile use.
The ACUSON Maple is distinguished by its technologies such as Clarify Vascular Enhancement for better definition of vascular structures and MultiHertz technology, which optimizes ultrasound frequency for better resolution or penetration depending on the examination.
Its integrated security features include antivirus protection, patient data encryption, and HIPAA compliance. Its digital storage can hold up to 300,000 images, facilitating the management and archiving of clinical data.
