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The GE ML6-15-D is a high-frequency linear array ultrasound imaging probe launched by GE, mainly for the diagnosis of superficial organs and small structures. The probe operates at a frequency of 6-15MHz and has ultra-high resolution. It can image superficial tissues such as thyroid, breast, blood vessels, and muscles and bones, and is a key auxiliary diagnostic device for departments such as endocrinology, breast surgery, and vascular surgery.
1. Superficial Organ Diagnosis
This probe can clearly display the boundaries of thyroid nodules and other structures, helping doctors assess the risk of benign or malignant transformation. It can also identify small lumps in the breast. Suitable for endocrinology, breast surgery, and other departments to improve the detection rate of related diseases.
2. Vascular Ultrasound Diagnosis
Used in cardiology and vascular surgery to assess the degree of vascular stenosis and provide a reference for pre- and post-operative evaluation of vascular interventional procedures.
3. Musculoskeletal System Diagnosis
Used in orthopedics and rehabilitation to diagnose related diseases, providing important information for treatment.
4. Dermatology and Pediatrics Diagnosis
Used in dermatology to diagnose diseases such as eczema and psoriasis. It is also adapted to the physical characteristics of children and can be used in pediatrics to examine various structures in children.
| Name | Transducer |
|---|---|
| Model | GE ML6-15-D |
| Compatible with | GE Logiq E9,Logiq P9,Vivid E95,Voluson E10,GE Venue 50 etc. |
| Array type | Linear |
| Frequency range | 6-15MHz |
| Scanning range | Maximum scanning depth ≤8cm |
| Number of array elements | 256 |
| Applications | Small Parts, Pediatrics, Neonatal, Vascular, Breast, Musculoskeletal |
| Cable length | 3.0 meters |
| Insertion and removal lifespan | ≥5000 times |
Q1: During use, "striped artifacts" are observed in vascular imaging, and adjusting parameters does not improve the situation. What could be the cause?
A1: Artifacts are often caused by uneven application of coupling agent or residual air bubbles. Apply GE's matching coupling agent evenly to the scanning surface and gently press the probe to remove air bubbles. If the artifacts persist, adjusting the probe frequency usually improves image quality.
Q2: After prolonged use, the probe cable shows localized overheating, and the CDFI blood flow signal indicates a lack of blood flow. How should this be handled?
A2: Overheating of the probe cable may be due to an internal conductor short circuit or damage to the shielding layer. Immediately disconnect the cable, stop using it, and check for external damage. Replace the cable if necessary. Abnormal blood flow signals may be due to electromagnetic interference; keep the cable away from high-electromagnetic equipment and recharge.
Q3: When imaging in musculoskeletal mode, the deep fascia layer appears blurry, and adjusting the focus depth does not improve the situation. How can this be resolved?
A3: Reduce the probe frequency and adjust the probe angle to allow the probe to examine deeper layers.
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Shipping Methods: DHL / FedEx
Warranty: 90-day warranty with full after-sales support