Welcome to Hitachi Medical Systems Europe - former Aloka Holding Europe website
Aloka Holding Europe AG, Switzerland, a former subsidiary of Hitachi Aloka Medical Ltd., was legally integrated into Hitachi Medical Systems Europe Holding AG, Switzerland, on 1 December 2011. Hitachi Medical Systems Europe Holding AG is a subsidiary of Hitachi Medical Corporation and Hitachi Aloka Medical Ltd., both based in Tokyo, Japan. The two entities will combine their broad experience and knowledge, synergizing the expertise and talents on both sides to offer their customers an even more attractive range of medical ultrasound solutions. Aloka has an exceptional history as an innovator in ultrasound and is renowned for high-quality ultrasound systems and support. Combining both product lines will allow them to broaden the participation and penetration of this large and diverse market.
>> Press Release (PDF)
ProSound Alpha 7cv
The ProSound Alpha 7cv is a diagnostic cardiovascular ultrasound system that contradicts the thought that high-performance systems are large. It inherits the proven technologies and functions of Hitachi Aloka’s... [more]
Hitachi Aloka is proud of the reputation we’ve built over the last decade as an industry leader in OB/GYN Imaging. Known for our unparalleled image quality, superior system reliability and intuitive use of cutting... [more]
Extended Pure Harmonic Detection
The purpose of contrast harmonic enhanced imaging based on ExPHD mode is to clearly detect the microbubbles signal when injected into patient’s body. When the tissue and the microbubbles receive a transmitted low... [more]
What our customers say
Cardiovascular : e-Tracking
Until today it has not been possible to evaluate stiffness parameters by means of vascular machines, which required specific competence and organization. eTRACKING, developed by Hitachi Aloka, overcomes these limitations because the soft-ware is implemented into the normal echo-equipment and the parameters are obtained by a normal vascular transducer with a frequency of 10 Mhz. The technique is not time-consuming and the parameters can be obtained in a routine examination of the neck vessels.
Prof. S. Carerj, Cardiology department University of Messina, Italy