The GE 10S Ultrasound Probe is a high-performance phased array ultrasound transducer designed to deliver exceptional image clarity, diagnostic accuracy, and clinical reliability across a wide range of applications, including abdomen, cardiac, neonatal, and pediatric imaging. Manufactured by GE Healthcare, this probe is new and original, ensuring uncompromised performance, durability, and system compatibility.
Operating within a 4.0–12.0 MHz frequency range, the GE 10S phased array probe offers outstanding penetration and resolution, making it a trusted choice for healthcare professionals who require dependable imaging results in demanding clinical environments. Supplied with a standard 60-day warranty, this transducer provides confidence, quality assurance, and long-term value for medical facilities, diagnostic centers, and hospitals.
Product Overview
The GE 10S Ultrasound Transducer (Model 10S) is engineered to meet the highest standards of medical imaging. Built for precision, it supports multi-specialty ultrasound examinations while maintaining excellent ergonomic handling and consistent acoustic performance.
This GE OEM ultrasound probe is optimized for accurate signal transmission and reception, enabling clinicians to capture detailed anatomical structures with confidence. Whether used in cardiac diagnostics, abdominal examinations, or neonatal and pediatric assessments, the GE 10S probe delivers reliable, reproducible results.
Key Product Information
- Product Name: GE 10S Ultrasound Probe
- Brand: GE Healthcare
- Model: 10S
- Part Number: 2298593 / H4901PC
- Probe Type: Phased Array Ultrasound Transducer
- Frequency Range: 4.0 – 12.0 MHz
- Applications: Abdomen, Cardiac, Neonatal, Pediatrics
- Condition: New & Original
- Warranty: Standard 60-Day Warranty
- Manufacturer: GE
Designed for Versatile Clinical Applications
Cardiac Imaging Excellence
The GE 10S phased array ultrasound probe is particularly well-suited for cardiac imaging, where precise visualization of heart structures is critical. Its phased array technology enables accurate beam steering, allowing clinicians to capture high-quality cardiac images even in challenging acoustic windows.
This capability supports:
- Cardiac chamber visualization
- Functional cardiac assessments
- Consistent imaging performance across patients
Abdominal Ultrasound Applications
For abdominal diagnostics, the GE 10S ultrasound transducer offers reliable penetration and resolution, making it suitable for routine and advanced examinations. The wide frequency range supports both deeper tissue visualization and enhanced detail when required.
Neonatal Imaging Precision
In neonatal care, image clarity and safety are paramount. The GE 10S ultrasound probe provides controlled acoustic output and high sensitivity, supporting gentle yet effective imaging for newborn patients.
Pediatric Ultrasound Use
Pediatric imaging requires adaptable technology that accommodates smaller anatomical structures while maintaining diagnostic confidence. The GE 10S phased array transducer delivers balanced imaging performance, ensuring dependable results across pediatric examinations.
Advanced Phased Array Technology
The phased array design of the GE 10S probe allows for electronic beam steering and focusing without moving parts. This results in:
- Faster image acquisition
- Improved frame rates
- Enhanced visualization in limited scanning windows
- Consistent image quality across applications
This technology makes the GE 10S ultrasound transducer a versatile tool for clinicians who require precision and flexibility in daily diagnostic workflows.
Optimized Frequency Range: 4.0–12.0 MHz
The 4.0–12.0 MHz frequency range enables the probe to adapt to multiple clinical scenarios:
- Lower frequencies provide deeper penetration for abdominal and cardiac imaging
- Higher frequencies deliver improved resolution for neonatal and pediatric applications
This broad operating range reduces the need for multiple probes, improving workflow efficiency and cost effectiveness for medical facilities.
Genuine GE OEM Quality
This product is a new and original GE ultrasound probe, manufactured to GE Healthcare’s strict quality standards. Using a genuine OEM transducer ensures:
- Proper system recognition
- Stable electrical and acoustic performance
- Reduced risk of artifacts or signal loss
- Long-term reliability
Choosing an original GE 10S ultrasound probe protects your investment and supports consistent diagnostic outcomes.
Durable Construction for Clinical Environments
The GE 10S phased array transducer is built to withstand routine clinical use. Its robust housing and high-quality internal components help maintain performance integrity over time, even in high-volume imaging departments.
Durability benefits include:
- Resistance to daily handling stress
- Stable acoustic output
- Long service life when properly maintained
Ergonomic Design for User Comfort
Comfort and ease of use are critical during prolonged scanning sessions. The GE 10S ultrasound probe features an ergonomic design that supports secure handling, precise positioning, and reduced operator fatigue. This allows clinicians to focus on accurate diagnostics rather than equipment limitations.
Quality Assurance and Warranty Protection
This GE 10S ultrasound probe is supplied with a standard 60-day warranty, offering peace of mind and quality assurance. The warranty reflects confidence in the probe’s manufacturing standards and operational reliability.
Ideal for Multiple Healthcare Settings
The GE 10S ultrasound transducer is suitable for use in:
- Hospitals
- Diagnostic imaging centers
- Cardiology clinics
- Pediatric and neonatal care units
- Medical research facilities
Its multi-application capability makes it a valuable addition to both general and specialized ultrasound departments.
Why Choose the GE 10S Ultrasound Probe?
- Genuine GE Healthcare OEM product
- Proven phased array technology
- Wide 4.0–12.0 MHz frequency range
- Suitable for cardiac, abdominal, neonatal, and pediatric imaging
- New and original condition
- Backed by a 60-day warranty
This combination of performance, reliability, and manufacturer authenticity makes the GE 10S probe a dependable choice for professional medical imaging.
Technical Highlights at a Glance
- High-resolution phased array imaging
- Balanced penetration and detail
- Consistent signal stability
- Designed for clinical accuracy
- Optimized for demanding diagnostic environments
Compliance and Authenticity
This ultrasound transducer is manufactured by GE Healthcare and conforms to industry standards for medical imaging equipment. Authentic labeling and part numbering (2298593 / H4901PC) ensure traceability and verification.
Product Care and Handling Recommendations
To maintain optimal performance:
- Clean according to approved ultrasound probe cleaning guidelines
- Avoid excessive bending or pulling of the cable
- Store in a clean, dry environment
- Use compatible ultrasound systems as recommended
Proper handling helps extend the service life of your GE 10S ultrasound probe.
Frequently Asked Questions
What is the model number of this ultrasound probe?
The model number is GE 10S.
What is the part number for the GE 10S ultrasound probe?
The part numbers are 2298593 and H4901PC.
Is this probe new and original?
Yes, this is a new and original GE Healthcare ultrasound probe.
What type of ultrasound transducer is the GE 10S?
It is a phased array ultrasound transducer.
What is the operating frequency range?
The probe operates within a 4.0–12.0 MHz frequency range.
What clinical applications is this probe suitable for?
It is designed for abdomen, cardiac, neonatal, and pediatric ultrasound imaging.
Does this probe include a warranty?
Yes, it comes with a standard 60-day warranty.
Is this an OEM GE product?
Yes, it is a genuine GE OEM ultrasound probe.
Why is phased array technology important?
Phased array technology allows electronic beam steering, enabling high-quality imaging in limited scanning windows, especially for cardiac applications.
Can this probe support multi-specialty imaging?
Yes, the GE 10S ultrasound transducer is suitable for multiple specialties, reducing the need for multiple probes.
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