Detail Information |
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Condition: | Original | Description: | Ultrasound Parts |
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Category: | Ultrasound Track Ball | Part Nunbers: | 5393439-21 |
Compatible System: | GE Logiq E10/E11 | Application: | Ultrasound Machine |
Purpose: | Diagnosis Imaging | Before Delivery: | Tested Images&videos Will Be Shared |
Highlight: | GE Logiq E10/E11 Track Ball,Track Ball 5393439-21 |
Product Description
1. Lead time: 2-4 days
2. Warranty: 60 days
3. Part number: 5393439-21
Picture
Related information
About the Logiq E10 & Logiq E11
Technical features
High-definition imaging: Logiq E10 uses advanced imaging technology, such as Xuanying imaging technology, to provide delicate and clear image quality, and can clearly display details such as the facial features and limbs of the fetus.
Four-dimensional color ultrasound: As a high-end four-dimensional color ultrasound device, Logiq E10 can capture the dynamics of the fetus in the mother's body in real time, such as frowning, smiling, yawning and other small movements, providing rich information for prenatal examinations.
Fetal heart imaging technology: It has a complete set of fetal heart imaging technologies, supporting analysis from fetal heart structure to heart function. Dual-plane imaging technology can truly present changes in fetal heart structure, umbilical cord, and blood flow.
Independent imaging of the core part of the fetus: It can comprehensively evaluate the development of the fetus, including accurate measurement of the fetal nuchal translucency and intracranial translucency, and evaluate the risk of chromosomal abnormalities in the early pregnancy.
Application areas
It is mainly used for accurate screening of fetal development in the early, middle and late pregnancy periods, providing safe and efficient image support for the birth of healthy babies.
It is of great significance in the early diagnosis of fetal malformations (such as cleft lip, cleft palate, skeletal malformations, cardiovascular malformations, etc.).
Technical features
New ultrasound platform: Logiq E11 uses the latest fifth-generation ultrasound platform, and for the first time applies advanced pixel-level processing such as dynamic spatial pixel focusing technology and intelligent pixel optimization technology to the ultrasound imaging system.
High-definition images and accurate diagnosis: With many leading technologies such as the new cSound+ full-core spatial pixel platform, ice crystal probe technology, advanced TCI dynamic spatial pixel focusing technology and ACE intelligent pixel optimization technology, Logiq E11 can achieve "removing the false and retaining the true" in clinical ultrasound examinations, making images clearer and diagnoses more accurate.
Multi-field application: Its diagnosis and treatment scope covers many fields such as heart, blood vessels, abdomen, obstetrics and gynecology, thyroid, breast, eye, pediatrics, superficial tissue, musculoskeletal, intervention, etc.
Elastic imaging technology: equipped with full-modal elastic imaging technology, including stress elastic imaging and composite shear wave elasticity, it can be applied to the fields of abdomen, superficial, gynecology, urology, pediatrics, etc., and has important clinical significance for the evaluation of chronic diseases, differentiation of benign and malignant tumors, etc.
Application fields
Widely used in various fields of clinical ultrasound examination, including but not limited to cardiovascular, abdominal, breast, thyroid, gynecology, etc.
It plays an important role in improving clinical diagnosis and treatment capabilities and meeting scientific research needs.
In summary, Logiq E10 and Logiq E11 are both high-performance ultrasound diagnostic equipment launched by GE Healthcare. They have their own characteristics and have broad application prospects in clinical practice.
About Ultrasonic Trackball
1. Definition and Function
An ultrasonic trackball is an integrated device that controls the ultrasound device by rotating a sphere that moves freely in all directions. It allows ultrasound doctors to get rid of the keyboard and mouse and move their arms and wrists freely to zoom, rotate and translate the ultrasound image. Compared with the keyboard and mouse, the operation of the trackball is more convenient and faster, reducing the amount of hand movement, avoiding hand fatigue and misoperation.
2. Structure and Working Principle
An ultrasonic trackball usually consists of a sphere, a rotation sensor, an electronic circuit and a hardware interface. Its working principle is similar to that of a mechanical mouse. The rolling friction of the sphere drives the rotating shaft to rotate, and then drives the grating fixed on the rotating shaft to rotate together. The rotation of the grating will cause the photosensitive diode to be blocked and open when receiving the light emitted by the light-emitting diode, thereby generating counting pulses. These pulses are processed by the processing chip and finally displayed on the screen to achieve the movement and positioning of the cursor.
3. Application Scenarios
Ultrasonic trackballs play an important role in the daily use of ultrasound equipment. Whether it is measurement and analysis, modification of system settings, or playback and export of images, the help of the trackball is indispensable. Taking obstetric ultrasound examination as an example, the trackball can help doctors quickly move and adjust the ultrasound probe to achieve continuous observation and detection of the baby. In cardiac ultrasound examination, the trackball can achieve real-time control of the heart, which is especially important for fast heart rate or abnormal heart conditions.
4. Cleaning and maintenance
Since the ultrasonic trackball is easily contaminated with dust and dirt during use, it needs to be cleaned and maintained regularly. When cleaning, you can first unscrew the fixed ring on the outer periphery of the trackball counterclockwise and take out the trackball. Then, use a soft brush or a dry soft cloth to clean the dust and dirt inside the positioning rod and the transparent ball holder. For light-sensitive trackballs, pay special attention not to scratch the bottom of the transparent ball holder to avoid affecting the laser transmission effect. After cleaning, reinstall the trackball back to its original position.
5. Precautions
When using the ultrasonic trackball, keep your fingers clean and avoid dripping substances such as coupling agent onto the trackball.
When not in use, cover the keyboard with a dust cover to keep the device clean.
Clean and maintain your trackball regularly to extend its life and keep it in good working condition.
Other ultrasound parts related to GE that we can offer:
Brand | System | Description |
GE | Logiq E9/vivid E9 | GTX |
GE | Logiq E9 | MRX Board |
GE | Logiq E9/vivid E9 | GFI2 |
GE | Logiq E9 | BEP Power Supply |
GE | Voluson E6/Voluson E8 | RSR |
GE | Voluson E6/Voluson E8 | RST |
GE | Voluson E6/E8/E10 | RSX |
GE | Voluson E6/E8/E10 | RFM201 FE mainboard |
GE | Voluson E6/E8/E10 | RFM221 FE mainboard |
GE | Voluson E6/Voluson E8 | RFI/ RFI21b Board |
FAQ
How do ultrasound scans work?
An ultrasound scan uses high-frequency sound waves to create images of the inside of the body. It is suitable for use during pregnancy.
Ultrasound scans, or sonography, are safe because they use sound waves or echoes to make an image, instead of radiation.
Ultrasound scans are used to evaluate fetal development, and they can detect problems in the liver, heart, kidney, or abdomen. They may also assist in performing certain types of biopsy.
The image produced is called a sonogram.
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