Ultrasound Practice Ioannina
The first private Ultrasound diagnostic centre in North-Western Greece — with over 30 years of uninterrupted operation.
40
Years of Experience
First
Private Ultrasound Practice in NW Greece
4D
2D · 3D · 4D · Doppler
5
Specialised Probes
Pioneers in ultrasound imaging
The Practice is the first private ultrasound diagnostic centre in North-Western Greece. For over 30 years it has provided services to the highest scientific standards, with modern equipment and continuous updating on the latest developments in diagnostic radiology.
Operations began almost simultaneously with the introduction of ultrasound in the diagnosis of human disease. The rapid evolution of technology has led to a dramatic increase in the resolution of machines — today the majority of body organs can be examined by ultrasound.
We offer imaging in 2D, 3D and 4D, Doppler vascular flow studies, and elastography for tissue stiffness assessment — combining all modern techniques.
Photos from the practice
Advanced Ultrasound System
We use the GE Logiq E9 by General Electric — a state-of-the-art system with a full set of specialised probes, selected according to each type of examination.
Primary Imaging System
General ElectricGE Logiq E9
High-Resolution Ultrasound System
The GE LOGIQ E9 is built on an agile acoustic architecture that uses real-time calculations and dynamic models of anatomy and physics — adapting as you scan, regardless of body type. Unlike conventional beamformers, it delivers unparalleled image uniformity from near to far field, with exceptional penetration even for larger patients, ensuring consistent diagnostic accuracy across every examination.
Advanced imaging technologies — SRI-HD (High-definition Speckle Reduction), CrossXBeam spatial compounding and Coded Harmonic Imaging — elevate contrast resolution, tissue differentiation and near/far-field clarity. E-Series transducers incorporate Acoustic Amplifier Technology (recycling acoustic energy for higher sensitivity), Single Crystal Technology (improved axial resolution) and Matrix Array Technology (uniform resolution throughout the field of view).
Volume Navigation tools allow real-time fusion of ultrasound with previously acquired CT or MR images, enabling direct lesion comparison and biopsy guidance. The GPS marker system facilitates confident anatomical localisation and lesion counting. Probes are selected per examination type, ensuring maximum diagnostic precision in every case.
Ultrasound Probes (Transducers)
Convex Probe
Convex Array
Ideal for examination of deep abdominal organs. Wide field of view at great depth.
- Abdominal Ultrasound
- Pelvic Ultrasound
- Elastography
- Deep abdominal organs
Linear Probe
Linear Array
High resolution for superficial structures. Excellent performance on thyroid, breast and vessels.
- Thyroid & Neck
- Breast Ultrasound
- Musculoskeletal
- Superficial structures
Vascular Probe
Vascular Linear
Specialised for vascular examination with high Doppler sensitivity for blood flow.
- Carotid Triplex
- Vascular Doppler
- IMT Measurement
- Haemodynamic assessment
Endocavitary Probe
Endocavitary
High-resolution endocavitary access for detailed imaging of the pelvic cavity.
- Gynaecological pelvis
- Ovaries & uterus
- Transvaginal examination
- Detailed imaging
Micro-convex Probe
Micro-convex
Compact and versatile probe. Ideal for paediatric and specialised examinations.
- Paediatric examination
- Testicular Ultrasound
- Small structures
- Confined spaces
Full range of ultrasound technologies
2D / 3D / 4D Imaging
From classic two-dimensional to four-dimensional real-time imaging. The fourth dimension is time.
Doppler — Vascular Study
Colour, Power and Spectral Doppler for complete haemodynamic and vascular status evaluation.
Elastography
Shear-Wave & Strain elastography for non-invasive stiffness assessment and tissue fibrosis staging.