Philips C10-3v Endocavitary Ultrasound Transducer
The Philips C10-3V Transvaginal Curved Linear Ultrasound Probe is an advanced endovaginal imaging transducer designed for high-resolution diagnostics in gynaecology, urology, and obstetric care. Built with PureWave crystal technology, this probe offers excellent image clarity and consistent performance, even with difficult-to-scan patients.
Its 10โ3 MHz frequency range provides a strong balance between resolution and penetration, while steerable pulsed wave and colour Doppler modes support detailed vascular assessments. With a 130ยฐ field of view, the C10-3V is ideal for wide coverage during transvaginal examinations.
The probe is compatible with a wide range of Philips ultrasound systems including EPIQ 7, EPIQ 5, Affiniti 70, iU22, and CX50, making it a reliable solution in busy clinics and hospitals.
Key Features & Benefits:
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โ PureWave Crystal Technology โ Clear imaging for all patient types
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โ Wide Frequency Range (10โ3 MHz) โ Combines resolution and penetration
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โ 130ยฐ Sector Field of View โ Broad scan coverage for internal imaging
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โ Steerable PW & Colour Doppler โ Enables targeted vascular assessment
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โ Color Power Angio & Harmonic Imaging โ High tissue contrast and definition
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โ Biopsy Guide Support โ Suitable for interventional use
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โ Endovaginal Specialisation โ Tailored for gynaecology and urology
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โ System Compatibility โ Works with EPIQ, Affiniti, CX50, iU22 systems
Technical Specifications:
| Feature | Details |
|---|---|
| Model | C10-3V |
| Technology | PureWave Crystal |
| Frequency Range | 10.0 โ 3.0 MHz |
| Field of View | 130ยฐ |
| Radius of Curvature | 11.5 mm |
| Applications | Gynaecology, Urology, Obstetrics, Endovaginal |
| Compatible Systems | Philips EPIQ 7, EPIQ 5, Affiniti 70, iU22, CX50 |
| Imaging Modes | 2D, Colour Doppler, Power Angio, PW Doppler, Harmonic |
| Condition | Refurbished / Used (fully tested and functional) |
Whatโs Included:
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โ Philips C10-3V Ultrasound Probe
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โ Secure protective packaging
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โ Compatibility verification upon request