X5-1 3D Array Ultrasound Transducer
PHiliph X5-1 3D Ultrasound Probe, xMATRIX Array Transducer with PureWave Crystal Technology, New Original
► Brief Description
PHiliph X5-1 3D Ultrasound Probe - This is a high-end matrix array transducer that combines the innovative xMATRIX array architecture and PureWave crystal technology, designed for real-time three-dimensional (3D) and four-dimensional (4D) ultrasound imaging. It uses piezoelectric micro-elements (usually thousands of array elements) arranged in a two-dimensional plane, which is different from the traditional one-dimensional linear array. This design supports electronic dynamic focusing and beam deflection, and can achieve real-time 3D imaging and multi-planar reconstruction without mechanical movement.
► Specification
| Product Category | Ultrasound |
| Product Type | Transducer / Probe |
| Model Number | X5-1 |
| Technology | xMATRIX, PureWave |
| Number of elements | 3040 |
| Frequency range | 5 - 1 |
| Array Type | Sector, Volume Sector |
| Aperture | Proprietary |
| Field of view | 90° |
| Volume of field of view | 98°x 98° |
| Applications | Adult/Pediatric Cardiac, Abdominal Vascular, TCD |
| Biopsy capable | No |
| Image Fusion Navigation capable | No |
| Physical dimensions | 9.2 x 3.9 x 2.9 cm (3.6 x1.5 x 1.1 in) LWD |
| Condition | New OR Used |
| Warranty | 90 Days |
| Delivery Date | 3 - 5 Working Days |
| Package | Standard Export Packing |
| Payment Method | Western Union, Bank T/T, Paypal |
| Transportation | DHL, FedEx, UPS, TNT, EMS, By Air, etc. |
► Detailed Photos
► Features
1. PHiliph X5-1 3D Ultrasound Probe uses high-performance single-crystal piezoelectric materials (such as lead magnesium niobate-PMN) to significantly improve the electromechanical conversion efficiency and bandwidth sensitivity of the transducer. This can effectively solve the energy loss and image noise problems caused by material limitations of traditional piezoelectric transducers.
2. PureWave technology integrates more advanced processes to overcome the problems of high energy consumption and high cost in the manufacturing of traditional piezoelectric transducers, and improve production efficiency and design freedom.
3. The direction and focus of the sound beam are controlled through a programmable delay algorithm to improve imaging resolution and penetration.
► Maintenance
When using/saving the PHiliph X5-1 3D Ultrasound Probe, please note the following points:
1. Perform low-level disinfection procedures between each use.
2. Never immerse the connector in cleaning solution or water.
3. Store the sensor upright in a ventilated area.
4. Visually and physically inspect the transducer during reprocessing.
5. Leak and safety testing is required when physical damage is present.
6. High-level disinfection is required when in contact with body fluids or contaminants.
7. Stop using the probe if liquid may enter the internal structure of the probe.
Feel free to contact us for purchase:
My WhatsApp/WeChat/phone: +86 151 8004 7496
My E-mail: dhy.jasmine@gmail.com
Thanks for your interest in PHiliph X5-1 3D Ultrasound Probe, xMATRIX Array Transducer with PureWave Crystal Technology, New Original, please feel free to contact me. Thank you for your time and wish you have a happy life.
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PHiliph X5-1 3D Ultrasound Probe XMATRIX Array Transducer With PureWave Crystal Technology, New Original Images
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