A compact system with outstanding performance for a wide range of clinical applications, F31 is developed with the purpose of providing what is necessary for natural and comfortable examinations.
High-performance ultrasound becomes affordable in a compact, efficient system
The F31 embodies the Japanese traditions of combining quality and affordability in a compact ultrasound platform. Its ergonomics ensure efficient user workflow with a sympathetic design that ensures patients’ confidence.
The high performance capabilities and advanced system features enable the F31 to meet the requirements across a wide spectrum of clinical applications. The flexible operating console and adjustable monitor of the F31 ultrasound platform combine to give a high degree of ease of use, safety and mobility.
Silky Image Processing
Adaptive Image Processing
Spatial Compound Imaging
*Some Features are optional
Wide Range of Probes for Diverse Clinical Applications
The monitor tilts and swivels through 330°providing an optimal viewing angle for all applications. When folded, visibility and safety is improved during transportation.
Operating Console Movement
With a 90° right and left rotation of the operation panel, and height adjustment from as low as 70 cm, operator comfort is assured whatever the type of examination performed.
Ease of Mobility
Lightweight & compact, the F31 can be moved with ease throughout the hospital, guided using rear handles.
Intuitive Console Layout
Switches on the operation panel are laid out to bring the necessary functions at your hand. Frequently-used switches are placed to fit the shape of your palm.
Single action Measurement Activation
Frequently-used measurements can be activated in a single action. Various measurement functions can be assigned to the keyboard to begin your examination quickly.
With a single switch, Image Optimizer optimizes brightness in B-mode imaging and waveforms in Doppler imaging.
Auto Angle Correct
Automatic adjustment of beam-to-flow angle in PW Doppler mode dramatically improves measurement accuracy.