GE C1-5-D Curved Array Transducer with Low-frequency for GE Logiq E9 & Vivid E9
The GE C1-5-D Ultrasound Probe is an original GE low-frequency convex array ultrasound probe. Professionally tested and in good working condition, this probe offers exceptional value. It provides powerful penetration capability for clear imaging of abdominal organs and fetal examination through thick visceral fat, serving as an essential diagnostic tool across multiple hospital departments.
Key Advantages
- High Compatibility: Original GE probe with reliable quality and perfect compatibility with GE ultrasound systems, requiring no complex recognition settings.
- Stable Deep Imaging: Utilizes original GE technology for stable signals, reducing missed diagnoses and providing clear imaging of deeper areas unaffected by organ gas or bone interference.
- Clinical Durability: Constructed with medical-grade materials for an average lifespan of 5 years, reducing equipment procurement costs.
- Ergonomic Design: Weighs approximately 380g with non-slip silicone grip for comfortable use, even with double-layered medical gloves, reducing physician fatigue during extended examinations.
Technical Specifications
| Name |
Transducer |
| Model |
GE C1-5-D |
| Compatible With |
GE Logiq E9; GE Vivid E9; GE Voluson E6; GE Voluson E8; GE Voluson E8 Expert ultrasound systems |
| Array Type |
Curved |
| Frequency Range |
2-5MHz |
| Scanning Range |
Maximum scanning depth ≤36cm |
| Field of View |
90° |
| Number of Array Elements |
128 |
| Applications |
Abdominal, Obstetrics, Gynecology |
| Cable Length |
3.0 meters |
| Condition |
Good working |
Frequently Asked Questions
Q1: The coupling agent detaches when the probe contacts the skin, causing image interruption. How can this be resolved?
A1: This occurs due to poor adhesion. We recommend using the original manufacturer's coupling agent and maintaining the probe perpendicular to the skin during examination, avoiding rapid movement that could remove the coupling agent.
Q2: The probe interface becomes warm after long-term use with sporadic image noise. What causes this?
A2: Interface warming indicates increased resistance. Clean the interface of dust and oxide layers, ensuring tight connections. Image noise results from electromagnetic interference; keep the probe away from high-frequency electrosurgical units and monitors.
Q3: After a minor bump during transportation, localized blind spots appear in the image. How should this be handled?
A3: Use the system's "Probe Self-Check" mode to assess array elements. If no abnormalities are found, adjust imaging parameters. If blind spots persist, contact a professional repair technician as the bump may have caused internal element displacement or damage.
Ordering Information
Payment Methods: Bank Transfer / PayPal / Western Union
Shipping Methods: DHL / FedEx
Warranty: 90-day warranty with full after-sales support
FAQ
1.How are logistics costs calculated?
International logistics costs are calculated based on the destination country, actual weight, volumetric weight, and carrier's quote. Please provide your complete delivery address and cargo information, and we can quickly calculate an accurate quote.
2.Can products with batteries be shipped internationally via express courier?
Yes, we have legitimate battery transportation channels and can safely ship medical battery accessories without worrying about customs clearance and transportation issues.
3.Is there a significant difference in delivery times between express and dedicated line channels?
Commercial express (DHL/FedEx) offers faster and more stable delivery times; dedicated line logistics is cheaper, but takes approximately 1-3 days longer than express delivery. You can choose according to your needs.
4.Can I use a company name as the recipient?
Yes, we support all types of recipient information, including individuals, companies, hospitals, and organizations.
5.Can you provide a logistics freight invoice?
We can provide a pro forma invoice (PI) including freight for your financial reconciliation and customs clearance.
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