Ultrasonic mobile device Noblus

HITACHI introduces the new HITACHI Noblus expert handheld ultrasound scanner.

Since its inception, ultrasound systems have been constantly improved and today they have become a necessary medical device not only in diagnostic rooms, but also in various clinical situations.

The capabilities of the Noblus ultrasound scanner allow it to be adapted to a wide range of different studies and successfully applied in a variety of diagnostic areas

Thanks to modern technologies and an ergonomic interface, Noblus meets the needs of medical institutions in various types of ultrasound examinations.

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Purchase on lease possible
Megaphone
Employee training, installation and commissioning
Delivery Truck
Supply of equipment throughout Russia, Belarus and the CIS countries. DDP is included in the price
List
Warranty and service

Specifications

Noblus – Modern universal compact ultrasound system.

Excellent image quality and state-of-the-art technology ensure reliable examinations, regardless of the ultrasound scanner application.

Noblus combines the cutting edge technology required for a variety of research areas. For example, real-time sonoelastography and the ability to use contrast agents are a hallmark, which provides a high level of diagnostic confidence. These features are made possible by the Ultra BE (Ultrasound Broadband Engine) ™ system architecture. The powerful signal transmission and receiving capacity allows for superb picture quality in a compact, portable system.

Benefits

Design

  • The newest HITACHI Noblus device has the form of a laptop and a mobile stand, which allows it to be used in various conditions and a wide range of ultrasound diagnostics: from standard examinations to endo- and intraoperative and abdominal examinations.
  • The swiveling and tilting monitor reduces the burden on the specialist during long examinations.

Sensors
HITACHI Noblus allows connection of a maximum of 3 sensors, including the previously developed HITACHI HI VISION sensors

Technology

  • High quality image thanks to the unique Ultra BE signal processing technology developed by HITACHI
  • Effective use of Real-time Tissue Elastography
  • Innovative technologies are used: 4D (3D image in real time), STIC and CW-Doppler
  • Control and complete software for DICOM network communication (transmission, storage, printing, worklist)
  • Endoscopic probe connectivity
  • Possibility of connecting sensors with mini-connectors and sensors with conventional connectors, suitable for stationary systems

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