Hitachi Aloka F37

A compact diagnostic device combining advanced imaging technologies
with ergonomics. The device is in excellent technical and visual condition ,
and its functionality has been confirmed by a current inspection
and a valid technical passport (12 months) .

This device is for medical facilities looking for an ultrasound machine
with a wide range of applications, including abdominal, vascular,
cardiology, obstetrics, gynecology, pediatrics and more.

Condition : Reconditioned (used), very good technical and visual condition,
Power supply : 230 V | 50/60 Hz,
Power : 900 VA,
Weight : 75 kg,
Dimensions : 64 x 105 x 164 cm,
Head ports : 3 active,
Menu and keyboard language : English.

Advanced imaging technologies
Broadband Harmonic (BbH),
Silky Image Processing (SIP) – image smoothing, noise and artifact elimination,
Adaptive Image Processing (AIP) – better contrast and contour without lag,
Spatial Compound Imaging (SCI) – multi-angle scanning, clearer boundaries,
Extended Flow (eFlow) – precise imaging of vascular flows,
Real Time 3D (4D) – real three-dimensional imaging of the fetus,
4Dshading – realistic rendering with shading and texture,
Needle Emphasis (NE) – better visualization of the biopsy needle,
Free Angular M-mode (FAM) – anatomical M-mode in any cross-section,
Dynamic Slow-motion Display (DSD) – slow-motion imaging,
Dual Dynamic Display (DDD) – Doppler and B-mode images side by side,
Lossless zoom , trapezoidal and rhombic imaging

Operating modes
B-mode,
M-mode,
PW Doppler / HPRF,
CWD (continuous Doppler),
Color/Power Doppler,
Tissue Doppler Imaging (TDI),
4D, eFlow, SCI, BbH,
Zoom and DSD.

Built-in functions
DICOM 3.0 archiving system,
Recording on HDD and USB (pendrive),
Patient database, reports, comments.

The set includes
Convex head UST-9123,
UST-5413 linear head ,
UST-5299 sector head ,
Sector head UST-5298,
Power cord.

Clinical application
Abdominal,
Obstetrics and gynecology,
Cardiology (including fetal echo),
Vascular,
Neonatological,
Pediatric,
Biopsy,
Intraoperative and laparoscopic.