The Philips C10-3v transducer is a high-performance endovaginal curved array ultrasound probe engineered to deliver exceptional diagnostic accuracy across a wide range of women’s health applications. Designed with PureWave crystal technology, this broadband probe operates across a 10–3 MHz extended frequency range, enabling clinicians to achieve superior image penetration and resolution for both routine and advanced examinations.
Optimized for obstetrics, gynecology, and fertility imaging, the C10-3v probe allows clinicians to visualize fine anatomical detail while maintaining depth performance required for comprehensive pelvic imaging. Whether performing early pregnancy assessments, ovarian examinations, or advanced reproductive evaluations, this probe provides the image clarity necessary for confident clinical decisions.
The tightly curved array configuration, combined with a wide 130° field of view, improves visualization of pelvic structures, helping healthcare providers capture complete anatomical perspectives without repositioning the patient repeatedly. This efficiency improves workflow, reduces examination time, and enhances patient comfort.
For hospitals, imaging centers, fertility clinics, and OB/GYN specialists seeking reliable performance, the Philips C10-3v stands as a premium solution that balances imaging precision, ergonomic usability, and compatibility with leading Philips ultrasound platforms.
PureWave Crystal Technology: A New Standard in Imaging Performance
A defining feature of the Philips C10-3v ultrasound probe is its integration of PureWave crystal technology, which significantly improves imaging performance compared to traditional piezoelectric materials.
PureWave crystals provide:
- Greater bandwidth performance
- Enhanced sensitivity
- Improved signal transmission
- Better penetration at lower frequencies
- Higher resolution at higher frequencies
This dual advantage enables clinicians to perform examinations that demand both depth and detail, particularly important in endovaginal imaging where anatomical variations require adaptable imaging performance.
PureWave technology helps deliver:
- Sharper tissue differentiation
• Reduced imaging artifacts
• Improved Doppler sensitivity
• Enhanced visualization in challenging patient anatomies
The result is consistent imaging quality across a variety of clinical conditions.
Broadband 10–3 MHz Frequency Range for Versatile Imaging
The extended 10–3 MHz operating frequency range allows this curved array transducer to adapt to both superficial and deeper imaging requirements.
Higher frequencies enable:
- Detailed visualization of ovarian follicles
- Early pregnancy evaluation
- Endometrial assessment
- Cervical examinations
Lower frequencies provide:
- Deeper pelvic penetration
- Visualization of larger anatomical structures
- Improved imaging in patients with increased tissue depth
This adaptability ensures that clinicians do not need to switch probes frequently during examinations, improving workflow efficiency.
Tightly Curved Array Design for Optimal Pelvic Visualization
The tightly curved array design of the C10-3v enhances the scanning field while maintaining patient comfort. This probe geometry improves anatomical coverage, allowing clinicians to capture wider pelvic perspectives with minimal probe movement.
Advantages include:
- Enhanced visualization of uterus and ovaries
• Improved examination speed
• Reduced need for probe repositioning
• More efficient scanning workflow
The probe’s 26.1 mm aperture further contributes to imaging clarity while maintaining ergonomic handling.
Wide 130° Field of View for Comprehensive Imaging
The wide 130-degree field of view ensures that clinicians can view larger anatomical regions in a single scan plane. This is particularly valuable in fertility assessments and early pregnancy monitoring, where complete anatomical visualization is crucial.
Benefits include:
- Better anatomical orientation
- Improved diagnostic confidence
- Faster exam completion
- Reduced patient discomfort
Advanced Imaging Capabilities for Modern Clinical Needs
The Philips C10-3v supports routine and advanced imaging techniques, making it suitable for a broad spectrum of diagnostic requirements.
Supported Imaging Modes Include
- High-resolution B-mode imaging
• Harmonic imaging
• Color Doppler imaging
• Power Doppler imaging
• Advanced tissue visualization
• Strain-based elastography support
These imaging options allow clinicians to evaluate tissue characteristics, vascular flow, and structural integrity with precision.
Biopsy Capability for Guided Clinical Procedures
A significant advantage of the C10-3v ultrasound probe is its biopsy guide compatibility, allowing clinicians to perform guided procedures safely and accurately.
Clinical applications include:
- Follicular aspiration procedures
- Tissue sampling
- Targeted biopsy guidance
- Minimally invasive interventions
Biopsy capability enhances procedural safety while improving targeting accuracy.
Applications in Women’s Health and Fertility Imaging
The Philips C10-3v curved array transducer is widely used in:
Obstetrics Imaging
- Early pregnancy assessment
• Gestational sac visualization
• Fetal development monitoring
Gynecology Imaging
- Uterine evaluation
• Endometrial thickness measurement
• Ovarian assessment
Fertility Examinations
- Follicle tracking
• Ovulation monitoring
• Reproductive planning assessments
These applications demand precise imaging performance, which the C10-3v consistently delivers.
Ergonomic Design Enhancing Clinical Workflow
Beyond imaging performance, the Philips C10-3v probe is engineered for clinician comfort during prolonged examinations.
Design advantages include:
- Balanced probe weight
- Comfortable grip profile
- Smooth probe insertion geometry
- Durable medical-grade materials
These features reduce operator fatigue and support efficient daily clinical usage.
Compatibility with Philips Ultrasound Systems
The C10-3v transducer is compatible with several Philips ultrasound systems widely used in hospitals and clinics.
Common compatible platforms include:
- Philips EPIQ series
• Philips Affiniti systems
• Philips CX50 portable systems
• Selected Philips iU series systems
Compatibility ensures seamless integration into existing imaging workflows.
Key Technical Specifications
| Feature | Specification |
| Technology | PureWave Crystal |
| Array Type | Tightly Curved |
| Frequency Range | 10 – 3 MHz |
| Number of Elements | 128 |
| Aperture | 26.1 mm |
| Field of View | 130° |
| Applications | OB, GYN, Fertility |
| Biopsy Capable | Yes |
| Image Fusion Navigation | No |
Benefits for Clinics and Imaging Centers
Healthcare providers choosing the Philips C10-3v gain:
- Improved diagnostic accuracy
• Reduced exam time
• Enhanced patient comfort
• Reliable long-term performance
• Compatibility with modern ultrasound systems
This translates directly into improved clinical efficiency and patient satisfaction.
Quality and Durability for Long-Term Clinical Use
Philips ultrasound probes are known for their durability and consistent performance. Proper handling and routine maintenance help extend the operational life of the transducer, making it a strong investment for imaging facilities.
Why Healthcare Providers Choose the Philips C10-3v Probe
Medical professionals prefer this probe due to:
- High-resolution imaging performance
- Trusted Philips engineering quality
- Broad clinical versatility
- Procedure support capability
- Reliable long-term operation
These advantages contribute to improved patient care and operational efficiency.
Ideal Users of the C10-3v Transducer
This probe is ideal for:
- OB/GYN specialists
• Fertility clinics
• Diagnostic imaging centers
• Hospitals
• Women’s health practices
Maintenance Recommendations
To ensure long probe life:
- Clean with approved disinfectants
- Avoid cable bending or twisting
- Store securely after use
- Perform regular inspection checks
Proper maintenance protects performance and reduces replacement costs.
Frequently Asked Questions
What type of examinations is the C10-3v probe designed for?
It is specifically developed for endovaginal examinations including obstetrics, gynecology, and fertility imaging.
What frequency range does the probe operate on?
The probe operates within an extended broadband range of 10–3 MHz for optimal resolution and penetration.
Does this probe support biopsy procedures?
Yes, the C10-3v is biopsy capable and supports guided clinical procedures.
What imaging advantage does PureWave technology provide?
PureWave technology improves signal sensitivity, bandwidth, and penetration, leading to clearer diagnostic images.
Is this probe compatible with portable ultrasound systems?
Yes, it is compatible with systems such as the Philips CX50 portable ultrasound unit.
Can it be used for fertility monitoring?
Yes, it is widely used for follicle tracking and fertility assessments.
Does it support Doppler imaging?
Yes, it supports Doppler imaging modes for vascular evaluation.
Is the probe comfortable for patients?
The ergonomic design aims to improve patient comfort during endovaginal examinations.
What is the field of view?
The probe offers a wide 130° field of view for comprehensive pelvic visualization.
Is this suitable for high-volume clinical use?
Yes, the probe is designed for professional medical environments and daily clinical workflows.
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