Sonosite EDGE - Hitachi Hi vision Ascendus - Aloka F37

SCHEDA TECNICA

SONOSITE EDGE
NEW LOOK more powerful

  • monitor 13"
  • 2 port USB speed port
  • Weight 3,85 Kg with battery and probe
  • cover in alluminio
  • 1 m drop test
  • new design
  • SONO HD 2
  • SONO ADAPT
  • SONO MB
  • SONO HD
  • COLOR HD
  • advanced niddle visulaition (SONO MBe)
  • same probe on I CON M-TURBO and S.SERIE

Hi vision ASCENDUS
The HI VISION Ascendus offers high definition imaging, advanced technological functionality and optimised ergonomics in one all-inclusive package. With its completely new front-end electronics, the HI VISION Ascendus provides the the highest definition image quality. The large-screen LCD monitor also features a Smart Touch panel, which gives the operator freedom to control the system without the need to look away from the ultrasound images. Offering compatibility with Hitachi's versatile range of transducers, the HI VISION Ascendus maximises transducer performance to cover every clinical need, from the new high frequency EUP-L75 superficial transducer, to the EUP-B715 dedicated abdominal biopsy transducer, with a 'through crystal' biopsy needle channel.. All reach new levels of sensitivity and resolution with the HI VISION Ascendus. The HI VISION Ascendus offers a unique combination of interventional tools: fusion imaging with Hitachi Real-time Virtual Sonography (HI RVS) and Real-time Bi-Plane imaging (RTBi) facilitate safe and accurate image guided procedures; dedicated biopsy, intra-operative and laparoscopic transducers support diagnostic and therapeutic procedures.Moreover, the HI VISION Ascendus supports new leading edge technologies and is the world's first product able to display 4-D Real-time Tissue Elastography images.

Aloka F37
New digital diagnostic ultrasound system, the F37, designed to be simple and compact, the device incorporates ergonomic features that reduce the number of keystrokes for the user. Adaptive image processing (AIP) and spatial compound imaging (SCI) facilitate acquisition of optimum images of the exam target. Broadband harmonics (BbH) minimize artifacts to produce images with high sensitivity and resolution. And the image optimizer simplifies image adjustments through concentrated examinations. For instance, brightness of the B-mode image can be optimized to the clinician's typical settings with a single switch.