HK Medical

Aloka ProSound Alpha C Ultrasound Machine

A compact and versatile color ultrasound system featuring 12-bit digital beamforming and Definitive Tissue Harmonic Echo (D-THE) technology. Designed for high-resolution imaging in OB/GYN, abdominal, and small organ exams, it combines premium “Alpha” series performance with an ergonomic, space-saving design for everyday clinical use.

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Description

The Alpha C series is engineered to provide “ProSound” image quality—traditionally found in high-end consoles—within a much smaller footprint. It utilizes a 12-bit digital beam converter and sophisticated tissue harmonic technologies to ensure high contrast resolution and detail across various medical specialties.

  • High-Definition Digital Beamformer: Incorporates Aloka’s advanced digital signal processing to deliver sharp, low-noise images with superior tissue differentiation.

  • Definitive Tissue Harmonic Echo (D-THE): Enhances spatial resolution and significantly reduces artifacts, providing clearer visualization for difficult-to-image patients.

  • Extended Pure Harmonic Detection (ExPHD): Provides a wider frequency range for harmonic signals, resulting in improved penetration without sacrificing image detail.

  • Multi-Frequency Imaging (MFI): Allows clinicians to select the optimal frequency for different depths and tissue types using a single transducer, improving workflow efficiency.

  • User-Centric Design: Features a high-resolution flat-panel monitor on a flexible arm and an intuitive control layout designed to reduce keystrokes and operator fatigue.

  • Versatile Clinical Applications: Optimized for a broad range of studies, including Abdominal, OB/GYN, Small Organs (Thyroid/Breast), and Musculoskeletal imaging.

  • Efficient Data Management: Includes built-in digital archiving for easy storage, retrieval, and transfer of patient images and reports.

  • Energy-Efficient & Durable: Designed for long-term reliability and low power consumption, making it a cost-effective solution for busy diagnostic environments.