Siemens ACUSON X300 Color Doppler Ultrasound System

Siemens ACUSON X300 fully‑digital color Doppler ultrasound system is a medical research instrument for basic medicine and clinical medicine.

It is a high‑end full‑body color Doppler ultrasound diagnostic device from Siemens, standard configuration: main unit plus three probes. It is equipped with a high‑brightness LCD monitor with free‑arm design for multi‑direction adjustment. It supports up to five probes. All probes feature ultra‑high sensitivity and wide‑band multi‑frequency variable‑frequency technology, delivering fast imaging, sharp images and high diagnostic accuracy.

Advanced Imaging Technologies■ Fully‑digital system with high reliability and stability■ Multibeam Formation■ Up‑sampling technology■ SynAps synthetic aperture technology■ Hanafy Lens probe technology■ D‑THI Dual Tissue Harmonic Imaging■ SieClear multi‑angle spatial compound imaging■ Clarify VE Vessel Enhancement technology

Fully‑digital imaging — It adopts the new‑generation beamformer from Siemens high‑end Antares system, ensuring high‑speed system processing and high‑fidelity signal acquisition. It maximizes available information to deliver high‑resolution 2D images and highly‑sensitive color Doppler imaging.

THI Tissue Harmonic Imaging — For difficult‑to‑scan patients such as those with emphysema, narrow intercostal spaces or post‑operative conditions. It suppresses noise and produces high‑resolution images to support confident diagnosis.

MultiHertz multi‑frequency variable‑frequency imaging — All probes adopt multi‑frequency variable‑frequency technology. One single probe can adjust frequency for 2D, color and harmonic modes according to lesion depth, achieving optimal balance between penetration and resolution. One probe can replace several conventional probes for different scanning tasks.

SynAps ultra‑wide variable aperture — Ultrasound beams diverge in the far field, resulting in poor lateral resolution and challenging diagnosis for deep‑seated lesions. The ultra‑wide variable aperture dynamically adjusts aperture in real‑time, significantly improving far‑field resolution and penetration. Uniform image quality is achieved across near, mid and far fields, especially valuable for obese patients and deep‑tissue lesion assessment.

AutoColor automatic color technology — Conventional ultrasound requires tedious manual adjustment for high‑speed and low‑speed blood flow and is limited by system sensitivity. AutoColor optimizes settings with one single key for different flow velocities. It improves system sensitivity, reduces color overflow and aliasing, simplifies operation and boosts workflow efficiency.

Priority flow priority setting technology — Its algorithm optimizes color data display for different flow conditions, enhancing color Doppler resolution and sensitivity for more accurate diagnosis.

Velocity Tag flow mapping technology — Conventional color Doppler only shows blood‑flow morphology qualitatively without velocity calibration. Velocity Tag quantitatively marks blood‑flow distribution at specific or selected velocity ranges. Clinicians can accurately distinguish flow boundaries and characteristics, differentiate normal from abnormal blood flow and strengthen diagnostic confidence.

Hanafy Lens probe technology — Adopted from high‑end Sequoia platform. It realizes lateral beam focusing, maintaining consistent beam focus from near to far field and reducing side‑lobe artifacts for superior image quality.

Trapezoidal imaging — Supports beam steering to optimize 2D and color imaging, and expands field‑of‑view to meet clinical demands for wider scanning coverage.

DIMAQ‑IP integrated ultrasound workstation — Streamlines the whole patient examination workflow. It manages patient data and image files for easy acquisition, storage and review. Its powerful platform reserves capacity for future advanced function upgrades.