Portable ultrasound PROSOUND 2 - Good 2013

Hitachi Aloka PROSOUND 2 Ultrasound Machine: High-Quality Imaging for Precise and Comprehensive Medical Diagnostics.

The Hitachi Aloka PROSOUND 2 portable ultrasound machine has been meticulously crafted to fulfill the need for exceptional image quality in a compact and portable unit. Engineered with cutting-edge technology, it offers unparalleled precision and clarity in diagnostic imaging.

Designed for ease of use, the ProSound 2 features a simple and intuitive interface, allowing users to navigate through its functions effortlessly. With a wide range of probes available, it adapts seamlessly to the diverse examination requirements of modern healthcare environments, enhancing flexibility and efficiency.

One of its standout features is the storage of measurement results in the built-in memory, along with patient information. This functionality not only ensures convenient record-keeping but also facilitates easy access to historical data for comparison and analysis. For fetal examinations, the ProSound 2 generates growth trend graphs that plot the developmental trajectory of the fetus over time. This visual representation enables healthcare providers to monitor fetal growth at a glance, facilitating quick and informed decisions regarding patient care.

Furthermore, the ProSound 2 offers specialized capabilities for fertility treatment, including the measurement of follicle sizes. These measurements can be seamlessly integrated into diagnostic reports, providing comprehensive insights for clinicians involved in fertility management.

The Hitachi Aloka PROSOUND 2 portable ultrasound machine offers advanced features designed to enhance diagnostic capabilities and image quality. One notable feature is the Free Angular M-mode (FAM), which allows for the placement of up to three M-mode cursors at any position and in any direction on a B-mode image. This versatility enables clinicians to precisely examine various anatomical structures, such as the heart, regardless of the orientation or location of the fetus. By optimizing cursor placement, healthcare providers can obtain accurate measurements and assessments of fetal cardiac function, contributing to more informed clinical decisions.

Another innovative technology integrated into the ProSound 2 is the Extended Pure Harmonic Detection (ExPHD). By leveraging the second harmonic, ExPHD effectively reduces artifacts caused by multiple echoes and side lobes, resulting in clearer and more accurate imaging. Additionally, the inclusion of Tissue Harmonic Echo using the phase-modulation method further enhances image quality by delivering images with higher sensitivity and resolution. This advanced harmonic imaging technique improves the visualization of tissue structures and subtle details, enabling clinicians to obtain comprehensive diagnostic information with greater confidence.

The Hitachi Aloka PROSOUND 2 portable ultrasound machine incorporates additional advanced features to further enhance imaging capabilities and diagnostic accuracy. One such feature is the Edge Enhancement Function, which enhances the visualization of tissue boundaries by highlighting the periphery of structures. This function improves the clarity of contours, particularly in vascular structures like blood vessels, enabling healthcare providers to visualize subtle details with greater continuity and ease. With improved delineation of vessel walls, including the intima layer, clinicians can better assess vascular integrity and identify potential abnormalities.

Furthermore, the ProSound 2 is equipped with Multi Frequency Imaging (MFI) technology, allowing users to select the most suitable frequency from multiple options based on patient physique or the depth of the region of interest using a single probe. This flexibility in frequency selection enables healthcare professionals to optimize image quality and penetration depth according to the specific clinical scenario. Whether examining superficial structures or deeper anatomical regions, MFI ensures that clinicians can achieve optimal imaging performance tailored to each patient's unique characteristics and diagnostic requirements.

By integrating Edge Enhancement Function and Multi Frequency Imaging capabilities, the Hitachi Aloka PROSOUND 2 portable ultrasound machine offers comprehensive imaging solutions for a wide range of clinical applications. These advanced features enhance diagnostic confidence, improve visualization of anatomical structures, and contribute to more accurate and informed clinical decision-making, ultimately leading to enhanced patient care and outcomes.

The Hitachi Aloka PROSOUND 2 portable ultrasound machine prioritizes user convenience and efficiency with its thoughtful design and advanced features. Frequently used switches are strategically arranged around the trackball for easy access and intuitive operation.

Additionally, the self-illuminated switches and full keyboard ensure visibility and ease of use even in low-light environments, enhancing workflow efficiency during examinations.

Portability is a key feature of the PROSOUND 2, allowing healthcare professionals to carry the system with the necessary probes and an ultrasound gel bottle mounted, enabling immediate examination initiation at any location. This flexibility empowers clinicians to perform diagnostic procedures conveniently and efficiently, whether in clinical settings or remote environments.

Furthermore, the PROSOUND 2 prioritizes data management and storage, with ultrasound images, measurement results, patient information, and reports stored and managed in the large-capacity built-in memory without deterioration. Additionally, a USB memory port is equipped as standard, facilitating data transfer and backup, ensuring seamless access to critical information when needed.

Moreover, the system is compatible with the DICOM 3.0 standard, enabling seamless integration with existing healthcare IT infrastructure. Worklist management functionality further streamlines workflow by allowing acquisition of patient information and reservation details from the worklist server, eliminating potential entry errors and enhancing overall efficiency in clinical practice.

• Weight: 10 kg (main unit only)
• Dimensions: 43 cm (L) x 39 cm (H) x 23 cm (D)

• Imaging Mode: 3D/ 4D
• Type: Digital

• Clinical Application: OB/ GYN, General Imaging

• Monitor Size: 10.4"