General Electric (GE) has long been a pioneering force in medical imaging technology. It is well-known for its consistent imaging quality and innovation in ultrasound technology. GE has also developed a robust lineup of ultrasound probes to meet different diagnosis needs.
GE ultrasound transducer probes offer unparalleled image clarity. From cardiology to OB/GYN, GE probes are adaptable and reliable and provide accurate diagnosis. GE also remains at the forefront of medical technology by consistently developing new probes to meet the growing needs of modern medicine.
In this blog, we will discuss what GE transducer probes are and their key categories. We will also list some of their top-of-the-line probes to help you choose one that fits your practice demands. So, let’s get started.
What are GE Transducer Probes?
GE transducer probes are ultrasound devices that capture and transmit high-frequency sound waves into the body. These sound waves bounce back from different tissues and organs in the body, creating an image that helps medical professionals diagnose various conditions. GE offers various probes, each designed for specific imaging needs.
Key Categories of GE Transducer Probes
GE offers a wide range of transducers to cater to different imaging needs. Below are a few of the most common categories:
Linear Probes
Linear probes are primarily used for imaging superficial structures, such as blood vessels, muscles, and tendons. High-frequency output is crucial for vascular imaging, and that's what these probes offer. Their narrow, flat shape allows detailed examination of veins and arteries and helps physicians identify blockages or other abnormalities. GE's lineup of linear probes is ideal for small-part imaging, such as the thyroid and breast.
Convex Probes
Convex probes, also called curvilinear probes, are characterized by their wide, curved shape, making them ideal for deep abdominal imaging. These probes are best for capturing clear fetus images during the different stages of pregnancy. Moreover, convex probes can be used for liver, kidney, and abdominal imaging as they work best even at greater depths.
Phased Array Probes
Phased array probes offer precise and real-time analysis, which is important for cardiac imaging. These probes are designed to provide detailed images of the heart using sound waves transmitted at various angles. Moreover, they are vital in echocardiography, allowing cardiologists to visualize heart valves, measure blood flow, and detect abnormalities accurately.
Specialized Probes
GE has developed a range of specialized probes designed for niche medical applications. These include transesophageal probes for cardiac imaging, intraoperative probes for use during surgery, and high-frequency probes for dermatological or ophthalmic use. By developing probes for specialized areas, GE has advanced diagnostic imaging, providing solutions that meet the specific needs of various medical disciplines.
Top 50 GE Ultrasound Probes
- GE 6Vc-D Collector for Ultrasound Probes
- GE 8C-RS Probe for Voluson S8
- GE Linear Array Probe 11L-D
- GE Endocavity Probe IC5-9-D
- Reliable GE Endocavity Probe RIC5-9-D
- GE Convex Array Probe C1-5-D
- GE Convex Array Probe RAB6-D
- GE 2D Convex Probe C2-9-D
- GE Convex Array Probe C1-6D
- GE Linear Array Probe ML6-15-D
- GE Linear Array Probe 9L-D
- GE Phased Array M5Sc-D
- GE Endocavity Volume Probe RIC10-D
- GE 6S-D Phased Array Ultrasound Probe
- GE Endocavity Probe IC9B-RS
- GE Convex Probe C2-9-RS
- GE Convex Probe C1-5-RS
- GE Convex Array Probe 4C-RS
- GE Micro convex Probe 8C-RS
- GE Convex Array Probe RAB6-RS
- GE Endocavity Probe RIC5-9A-RS
- GE Endocavity Probe IC9-RS
- GE Linear Array Probe 12L-RS
- GE Linear Array Probe 9L-RS
- GE Phased Array Probe 3Sc-RS
- GE Linear Array Probe ML6-15-RS
- GE Phased Array Probe 12S-RS
- GE SP10-16-RS Linear Probe
- GE AB2-7-RS
- GE E8C-RS Endocavity Probe
- GE Convex Probe eM6C_Gen3
- GE 10C-D Probe JP
- GE 12L-RS Wideband Linear Array Probe
- GE 16L-RS Ultrasound Probe
- Ge 3Sc-RS Phased Array Probe
- 3SP Probe 5327196-2 - New and Refurbished
- GE 3SP-D Probe KTZ280293
- GE 4C-RS Wideband Convex Array Probe
- GE 4D3C-L Probe - ROHS Compliant
- 4V-D Probe RoHS 5488470 - New and Refurbished
- 4Vc-D XDclear Active Matrix 4D Volume Phased Array Transducer
- GE 5SP Probe 5327197-2
- GE 6Tc Probe KN100105
- 6Tc-RS Ultrasound Probe
- 6Tc-RS Probe KN100104 for LOGIQ E
- 6Vt-D Electronic 4D Multiplane Transesophageal (TEE) Probe
- 7L-RC Linear Probe for LOGIQ C
- 8C Probe Collector - New and Refurbished
- GE 9L-D Ultrasound Probe
- GE C1-5-RS Wideband Convex Array Probe
Table of GE Ultrasound Probes
|
Probe Model |
Frequency Range |
Type of Probe |
Applications |
Special Features |
|
GE 6Vc-D |
2-8 MHz |
Phased Array, 4D Volume |
Cardiac, Neonatal, Pediatric |
Active Matrix, Compact Design |
|
GE 8C-RS |
3.1-12.9 MHz |
Micro Convex |
NICU, Pediatrics |
High-Frequency Imaging, Small Footprint |
|
GE 11L-D |
3-12 MHz |
Linear Array |
Vascular, Small Parts |
High-Resolution Imaging |
|
GE IC5-9-D |
4-9 MHz |
Endocavity, Microconvex |
OB/GYN, Urology |
Wide Band, Microconvex Design |
|
GE RIC5-9-D |
4-9 MHz |
Endocavity, 4D Volume |
OB/GYN, Transrectal |
Real-Time 4D Imaging |
|
GE C1-5-D |
1.4-5.7 MHz |
Convex Array |
Abdominal, OB/GYN |
Wide Band Technology |
|
GE RAB6-D |
2-5.8 MHz |
Convex, Real-time 4D |
OB/GYN, Abdominal |
4D Imaging Capability |
|
GE C2-9-D |
2.2-4.1 MHz |
Convex Array |
Abdominal, OB/GYN |
Multi-angle Biopsy Guide |
|
GE C1-6D |
1.6-4.6 MHz |
Convex Array |
Abdominal, Vascular, Urology |
Broad Application Coverage |
|
GE ML6-15-D |
5-13 MHz |
Matrix Linear |
Vascular, Small Parts |
XDclear, High Frequency |
|
GE 9L-D |
2.4-10.5 MHz |
Linear Array |
Vascular, MSK, Peripheral Nerves |
Lightweight, Ergonomic |
|
GE M5Sc-D |
1.3-3.2 MHz |
Phased Array |
Cardiac, Transcranial, Abdomen |
XDclear, Matrix Array |
|
GE RIC10-D |
4-9 MHz |
Endocavity, 4D Volume |
OB/GYN, Urology |
Real-time 4D Imaging |
|
GE 6S-D |
2-8 MHz |
Phased Array |
Pediatric Cardiac |
Compact, Lightweight |
|
GE IC9B-RS |
4-9 MHz |
Endocavity |
OB/GYN, Urology |
Microconvex Design |
|
GE C2-9-RS |
2.7-7.8 MHz |
Convex Array |
Abdominal, OB/GYN |
Multi-angle Biopsy Guide |
|
GE C1-5-RS |
1.4-5.7 MHz |
Convex Array |
Abdominal, OB/GYN |
Ergonomic, Lightweight Design |
|
GE 4C-RS |
1.6-4.6 MHz |
Convex Array |
Abdominal, Vascular |
Multi-angle Biopsy Guide |
|
GE 8C-RS |
4-9.9 MHz |
Micro Convex |
Pediatric, Neonatal |
Wide Field of View |
|
GE RAB6-RS |
2-5.8 MHz |
Real-Time 4D, Convex |
OB/GYN, Abdominal |
4D Imaging |
|
GE RIC5-9A-RS |
4-9 MHz |
Endocavity, 4D Volume |
OB/GYN, Transrectal |
Real-Time 4D Imaging |
|
GE IC9-RS |
4-9 MHz |
Endocavity |
OB/GYN, Urology |
Microconvex Design |
|
GE 12L-RS |
3.4-10.8 MHz |
Linear Array |
Vascular, MSK |
Ergonomic, High-Resolution |
|
GE 9L-RS |
2.7-7.8 MHz |
Linear Array |
Abdominal, Small Parts |
Multi-angle Biopsy Guide |
|
GE 3Sc-RS |
1.3-3.2 MHz |
Phased Array |
Cardiac, Transcranial |
Wide Bandwidth, Ergonomic Design |
|
GE ML6-15-RS |
5-13 MHz |
Matrix Linear |
Vascular, Small Parts |
XDclear, High Frequency |
|
GE 12S-RS |
3-10 MHz |
Phased Array |
Cardiac, Neonatal |
Compact, High Frequency |
|
GE SP10-16-RS |
4-9.5 MHz |
Linear Array |
Small Parts, Neonatal |
Multi-angle Biopsy Guide |
|
GE AB2-7-RS |
2-5 MHz |
Convex Array |
Abdominal, OB/GYN |
Broad Application |
|
GE E8C-RS |
4-9 MHz |
Endocavity, Convex |
OB/GYN, Urology |
High-Frequency Imaging |
|
GE eM6C_Gen3 |
4D Imaging |
Convex Array |
OB/GYN, Abdominal |
4D Imaging |
|
GE 10C-D |
4-9 MHz |
Convex Array |
Abdominal, OB/GYN |
Multi-angle Biopsy Guide |
|
GE 12L-RS Wideband |
5-13 MHz |
Linear Array |
Vascular, Small Parts |
Wideband, Ergonomic |
|
GE 16L-RS |
5-13 MHz |
Linear Array |
Vascular, MSK |
XDclear Technology |
|
GE 3SP-D |
1.5-5 MHz |
Phased Array |
Cardiac, Transcranial |
Multi-angle Biopsy Guide |
|
GE 4C-RS Wideband |
2-4.6 MHz |
Convex Array |
Abdominal, Vascular |
Multi-angle Biopsy Guide |
|
GE 4D3C-L |
2.2-4.1 MHz |
Convex Array |
Abdominal, OB/GYN |
4D Imaging |
|
GE 4V-D |
1-4 MHz |
4D Volume Phased Array |
Cardiac, Fetal, Pediatric |
Wide Field of View |
|
GE 4Vc-D XDclear |
1-6 MHz |
4D Volume Phased Array |
Cardiac, Fetal, Pediatric |
XDclear Technology |
|
GE 5SP |
2-8 MHz |
Phased Array |
Cardiac, Transcranial |
Multi-angle Biopsy Guide |
|
GE 6Tc Probe KN100105 |
3-6 MHz |
Phased Array, TEE |
Cardiac, Transesophageal |
Ergonomic, Lightweight |
|
GE 6Vt-D |
3-8 MHz |
4D Volume Phased Array |
Transesophageal, Cardiac |
Real-Time 4D Imaging |
|
GE 7L-RC |
4.5-9 MHz |
Linear Array |
Vascular, MSK |
High-Resolution Imaging |
|
GE 9L-D Ultrasound |
2.7-7.8 MHz |
Linear Array |
Vascular, Small Parts |
Multi-angle Biopsy Guide |
|
GE C1-5-RS |
1.4-5.7 MHz |
Convex Array |
Abdominal, OB/GYN |
Wide Band, Ergonomic |
Frequently Asked Questions
What are the two most frequently used probes in obstetrics and gynecology?
Endocavitary and curved array probes are the two most frequently used probes in obstetrics and gynecology because they can provide high-resolution images of small or curved structures.
What is the difference between a convex and phased array probe?
Convex array probes use a single crystal element shaped like a dome (convex) to create a wider field of view compared to linear array probes. Phased array probes have multiple smaller crystal elements that can be electronically steered to produce different beam angles, allowing for more flexibility in imaging and improved penetration in deeper tissues.
Are these GE ultrasound probes compatible with all GE ultrasound machines?
No, these probes are specifically designed to work with certain models of GE ultrasound machines. It is important to match the probe model and compatibility before purchasing.
How often should I replace my ultrasound probe?
It is recommended that you replace your ultrasound probe every 3-5 years or sooner if there are signs of wear and tear, such as cracks in the casing or decreased image quality. Regular maintenance and cleaning can also help prolong the life of your probe.
Can I use a refurbished ultrasound probe for clinical imaging?
Yes, refurbished probes undergo thorough testing and refurbishment processes to ensure they meet original equipment manufacturer (OEM) standards for clinical imaging. However, verifying the warranty and return policies is important before purchasing a refurbished probe.
Reviewed by Heart Medical Clinical Applications Team
Clinical and technical specialists ensuring accuracy and relevance across all Heart Medical content.