Super Wide-bandwidth Platform
Inheriting Wi-sono's ultra-wide system platform and with the advanced probe technology, high-resolution and deep penetration images are provided for precision medicine.
Spatial Compound Imaging Spatial Compound Imaging utilizes several lines of sight for optimal contrast resolution, speckle reduction and border detection, with which P25 is ideal for superficial and abdominal imaging with better clarity and improved continuity of structures.
µ-Scan+
The new generation µ-Scan imaging technology gives you better image quality by reducing noise, improving signal strength and improving visualization.
Dynamic Color Dynamic color improves upon already existing color Doppler technologies for a clearer capture of color flow and detailed visualization of even tiny veins with lower velocities.
C-xlasto Imaging C-xlasto Imaging enables comprehensive quantitative elastic analysis. It is supported by multiple probes to ensure good reproducibility and highly consistent quantitative elastic results.
Real-time Color Panoramic With the combination of color flow and real-time panoramic, visualizing the blood flow of an entire vein or artery is now an easy task. Accomplished in real-time for the convenience of the sonographers, any mistake can also be easily back tracked and corrected without interrupting the scan.
Anatomic M Mode Anatomic M Mode helps you observe the myocardial motion at different phases by freely placing sample lines. It accurately measures the myocardial thickness and the heart size of even difficult patients and supports the myocardial function and LV wall-motion assessment.
Tissue Doppler Imaging P20 is endowed with Tissue Doppler Imaging which provides velocities and other clinical information on myocardial functions, facilitating clinical doctors with the ability to analyze and compare the motions of different parts of the patient's heart.
S-Depth
S-Depth can automatically display the near-far relation from transducer to target, represented by a smart designed color coding. It helps doctors to judge the spatial relationship on real-time 3D images.
Pelvic Floor 4D
Transperineal 4D pelvic floor ultrasound can provide useful clinical values in assessing the vaginal delivery impact on the female anterior compartment, judging whether the pelvic organs are prolapsed or not and the extent, determining if the pelvic muscles were torn accurately.
Audited Supplier 
){kind=link}