Fine image quality in a sleek compact body

The Honda HS-2100 is one of the latest developments from the Medical division of Honda Electronics, in Aichi, Japan. This portable, sleek, compact system has fine image quality, the firm reports: The front-end is fully digital which, combined with the unique technology, guarantees optimal image quality and focusing on pixel level.

Photo: Fine image quality in a sleek compact body

New high density probes, specially developed for the HS-2100, are also available. Other assets include a ‘first class 26 cm LCD display with 170° viewing angle in all directions allows optimal diagnostic use,’ Honda adds. Another special feature ensures greater visibility in rooms with dimmed lighting – the keyboard is illuminated and each active key is illuminated with a different colour. Additionally, Honda points out: ‘The HS-2100 is, of course, equipped with a USB connection for unlimited storage of images next to the internal memory for about 100 images.’
Details: http://www.honda-el.co.jp
Honda Electronics Co. Ltd. is at
MEDICA: Hall 10 / C57
 

16.11.2011

More on the subject:

Related articles

Photo

News • Cardiology congress presence

New AI-powered solutions for cardiac ultrasound at ESC 2025

New AI-powered solutions for cardiac ultrasound: Italian medical imaging specialist Esaote will be present at the European Society of Cardiology (ESC) Congress 2025, which starts today (29th August)…

Photo

News • Vascular disease assessment

New ultrasound technique to predict aneurysm rupture

Using ultrasound imaging, researchers measure the wall thickness of the aorta from within a patient's body, to predict with higher accuracy whether an aneurysm will rupture or not.

Photo

News • Physics-driven framework

Quantum mechanics to remove noise from medical images

Medical imaging methods are often affected by background noise, which can obscure fine anatomical details. A new approach to solve this problem draws inspiration from quantum mechanics.

Related products

Subscribe to Newsletter