EUP-L34T: a High-Precision Solution for Superficial Ultrasound Imaging
Hitachi's EUP-L34T probe is a high-frequency linear model designed to provide excellent image definition in superficial anatomical areas. Specially developed for EUB-405 PLUS systems, it is part of a range of high-resolution diagnostic probes for professional medical use. With a frequency of 10 MHz and a field width of 38 mm, the EUP-L34T offers exceptional detail, particularly useful for vascular, musculoskeletal, thyroid, dermatological and paediatric examinations.
The high frequency allows for accurate reproduction of superficial structures, while its linear field of view ensures intuitive image orientation. The compact size of the transducer makes it easy to handle, even in demanding clinical settings such as paediatrics or targeted imaging. This model benefits from the digital imaging technologies of the EUB-405 PLUS system, such as variable aperture dynamic focus, which optimises clarity at different depths.
Compatibility with the EUB-405 PLUS ultrasound scanner's presets allows specific parameters to be stored for each type of examination, saving significant time in clinical practice. The transducer can be combined with accessories such as oblique or parallel stand-offs (part numbers EZU-PA3C1 and EZU-PA3C1H), offering fine adjustment to suit anatomical or procedural requirements.
The EUP-L34T also stands out for its ability to integrate into a smooth examination workflow. It can be used in combination with the EUB system's integrated measurement functions, such as distance, area, volume and angle calculations, ensuring reliable quantitative assessment. Thanks to the system's flash memory, images generated by the probe can be stored, analysed later or integrated into customised clinical reports.
Designed for professionals seeking detailed and stable visualisation, the EUP-L34T probe is a reliable tool in fields requiring high-quality superficial imaging. It offers a practical, accurate and durable solution for routine or specialised examinations.
