Specification :

Meditech S8i is a multi-purpose portable Color Doppler ultrasound. It features superior image quality across wide range of diagnostic application. It applies cutting-edge technologies; incorporate sophisticated features like real-time 4D, TDI, and TEE scanning into one compact box. A work-flow oriented user interface enables to allow user-friendly operation with minimum soft key entry.

Meditech S8i is a multi-purpose, all digital, portable Color Doppler ultrasound system, which supports up to 256 probe elements. It features superior image quality across wide range of diagnostic applications, such as Abdominal, OB& GYN, Cardiac, Vascular, and Small parts, Pediatric, Neonatal and Musculoskeletal.

With its cutting-edge technologies, S8i is one of few pioneers in the world which incorporate sophisticated features like real-time 4D, TDI, and TEE scanning into one compact box.

A Work-flow oriented User Interface is built to allow user-friendly operation with minimum soft key entry. Ergonomical design of keyboard, double probe connectors, USB and DICOM connectivity makes your scanning FAST and EASY, and allow you focus more on your patients.
Meditech S8i is a multi-purpose, all digital, portable Color Doppler ultrasound system, which supports up to 256 probe elements. It features superior image quality across wide range of diagnostic applications, such as Abdominal, OB& GYN, Cardiac, Vascular, Small parts, Pediatric, Neonatal and Musculoskeletal.

With its cutting-edge technologies, Q8 is one of few pioneers in the world which incorporate sophisticated features like real-time 4D, TDI, and TEE scanning into one compact box.

A Work-flow oriented User Interface is built to allow user-friendly operation with minimum soft key entry. Ergonomical design of keyboard, double probe connectors, USB and DICOM connectivity makes your scanning FAST and EASY, and allow you focus more on your patients.

4D upgradeablel
TDI quantities cardiac analysisl
2 probe connectors
THI on all probesl
Probe elements up to 256l
Doublel phasing Digital Beam Forming