The P10 color Doppler ultrasound system is designed to provide our clinicians with high quality images, abundant probe selection, various clinical tools and automatic analysis software. With the help of P10, a smart and thoughtful experience is created to address growing demand for different clinical applications.
Pulse Inversion Harmonic Imaging fully preserves harmonic wave signal and restores authentic acoustic information, which boosts resolution and reduces noise for clearer visualization.
Spatial Compound Imaging utilizes several lines of sight for optimal contrast resolution, speckle reduction and border detection, with which P10 is ideal for superficial and abdominal imaging with better clarity and improved continuity of structures.
μ-Scan imaging technology enhances image quality by reducing noise, improving boundary signal and elevating image uniformity.
P10 offers a comprehensive selection of probes to maximize its capabilities to meet a wide range of applications including abdomen, pediatric, OB/GYN, cardiovascular, musculoskeletal, etc. The advanced probe technologies also effectively secure an excellent image quality and bring sufficient clinical confidence to clinicians.
Ideal for an abundant of application such as abdomen, gynecology, obstetrics, urology and even abdomen biopsy.
This linear probe is designed to satisfy vascular, breast, thyroid, and other small parts diagnosis, and its adjustable parameters could also present users a clear view of MSK and deep vessels.
For the purpose of adult and pediatric cardiology and emergency, the phase array probe provides elaborate presets for different exam modes, even for difficult patients.
Endocavity probe could face application of gynecology, urology, prostate, and its temperature detection technology not only protects the patient but also extends the service life.
More effectively filtering out tissue movement from low velocity blood flow signals, SR Flow helps to suppress overflow and present excellent blood flow profile.
With real-time panoramic, you can acquire an extended field of view for large organs or lesions for easy diagnosis and easy measurement.
WideScan enables an expanded view angle for both linear and convex probes, especially useful for a complete view for large lesions and anatomic structures.
