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The frequency of the linear array probe is 4-12 MHz, which can be applied on ultrasonic examination of superficial organs, vessels, and tissues, etc. Compared with other linear probes, Stork Healthcare's linear probes have a more professional algorithm platform and GPU framework to ensure clear images.
Linear array transducers made by Stork Healthcare are used to scan small parts of the body and shallow structures like the thyroid in your neck. The high frequency linear probe produces a more square or rectangular image.
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Specifications of Lite31L linear ultrasound probeHardwareDimensions: 179*75*34mmWeight：200 gramsBattery：3000 mAh Lithium Ion BatteryBattery life：1.5 continuous hours of scanningRecharge time：magnetic suction charg...
Features Of Lite31LH High Frequency Linear Probe64 physical channels and 128 elements bring high resolution imaging. Lite31LH high frequency linear ultrasound probe with the width of probe array 25.6m...
Specifications of S31L linear ultrasound probeHardwareDimensions: 179*75*34mmWeight：248 gramsBattery：3000 mAh Lithium Ion BatteryBattery life：1.5 continuous hours of scanningRecharge time：magnetic suction charge (...
Features Of H31L Standard Linear Probe32 physical channels and 128 elements bring high resolution and smooth images. It can be used on superficial tissues, organs, and blood vessels, etc. The handheld...
The linear array ultrasound probe has a linear arrangement of piezoelectric crystals and good near-field resolution, which can be used for superficial inspection. The frequency of linear ultrasound probes generally used for 2D imaging is 2.5-12MHz. Stork Healthcare's linear ultrasound probe frequency is 4-12MHz, which can be used for various superficial tissues, small organs, peripheral blood vessels, such as blood vessel examination, venipuncture, blood vessel visualization, chest, thyroid, tendon, etc.
The center frequency of linear ultrasound probe is generally above 7MHz and the scanning depth is superficial. It's also named “Superficial Probe” because of usually being used for superficial organs and tissues such as the musculoskeletal, blood vessels, breasts, arteries, etc.
The center frequency of the convex ultrasound probe is generally 3.5MHz and the scanning depth is deep. It's also named “Abdominal Probe” because of usually being used for the liver, kidney, lungs, abdominal cavity, pelvis and chest cavity, etc.
Advantages of ultrasound convex probe compared with linear ultrasound probe:
1）The scanning field of the deep part is wider under the condition of equal body surface area.
2）It can effectively avoid the blind angle of scanning caused by the bone tissues such as ribs.
3）It is more conducive to squeezing the gas inside the visceral organ by using the surface of the arc-shaped probe, which also is conducive to both observation and elimination of scanning the blind corner.
A linear probe uses high-frequency ultrasound to create high-resolution images of structures near the body surface. This makes the linear sequential array transducer ideal for vascular imaging and certain procedures such as central line placement.
The higher frequency, the better image of near-field resolution. The frequency of linear probe is 4-12MHz, so it can used in: Vascular, Breast, thyroid, tendon, msk, small parts, etc.
Contact us for more information about our linear ultrasound probe types and uses!
One-dimensional or two-dimensional linear sequential array transducers often use phased arrays to achieve sequential variable-angle scanning, and its bandwidth is sufficient to cover the second harmonics brought by echoes, which can not only enhance the resolution and improve the penetrating ability, but also effectively overcome the illusion caused by the help of bone and the inner lining of the heart. The frequency of linear transducer ultrasound can accurately display the cut interface of blood and tissue, which greatly enriches the medical diagnosis information.
In order to avoid the influence of the ribs, Liner high-frequency linear probe has trans oesophagal cardiac ultrasound imaging or peripheral blood vessels for cardiac ultrasound imaging being used. This type of transducer mainly includes phased array and mechanical type: phased array transducer is good for distinguishing blood flow, thrombus, soft plaque and other different tissues, and mechanical rotating transducer has high frequency and high resolution.
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