X-CUBE 90 on GPX offers the highest level of efficiency and insight for healthcare providers; empowering you to utilize a clear, detailed image with a comfortable user interface. We meet the needs for applications that require quick and accurate diagnostics. More rapid and precise diagnoses are now possible. Improve the quality of your diagnosis with X-CUBE90 on GPX.
Premium-grade imaging platform X+ Architecture is powered by the GPU integrated hybrid GPX engine. X-Cube90 on GPX is capable of providing more accurate data processing, resulting in superior image resolution and detailed scanning performance, especially at depths. Alpinion’s new X+ Focus, our innovative image processing, has advanced speckle reduction imaging plus a resolution enhancing algorithms.
X+FIT is a beamforming technology which improves resolution, frame rate, and uniformity.X+ FIT utilizes massive parallel beamforming whose architectures is capable of transmitting 4 times larger volumewith 10 times faster capacity and also processing data 14 times faster than our previous model.
X+ Focus is a new image technology resulting in massive quantities of scan data to display a sharper image through the suppression of unwanted noise and artifacts, producing a more robust image. X+ Focus improves diagnostics with well-defined borders, sharp contrast while maintaining meticulous grayscale without compromising true tissue information.
X+ Crystal Signature™ applies single crystal design plus Alpinion’s custom materials within the transducer design to achieve excellent clarity of image quality.
X+ FIT’s beamforming technology based on X10 data transmission speed X14 data processing speed
X+ FIT’s multi-beam receiving technology
X+ Crystal Signature technology applied new Single crystal and Special materials
Intelligent clinical technologies advance diagnostic accuracy to new levels.Broaden your diagnostic skills and interpretations with advance imaging techniques.Take your practice to the “cutting edge” of Ultrasound.
The ATI quantifies the attenuation to measure the level of steatosis with color-mapped image. The ATI provides quickly calculated value with high reproducibility for diagnosis efficiency. Nonalcoholic fatty liver(NAFLD) is the most common cause of liver dysfunction, with a prevalence of up to 20% of the total population in world wide.
Shear Wave Elastography evaluates tissue stiffness. This non-invasive and advanced tool provides quantitative assessment for chronic liver disease and suspicious nodule of Thyroid and Breast. The reliable and reproducible result of SWE helps to increase diagnostic confidence.
This is a function to diagnose patients using various angiographic patterns that appear while a contrast medium, administered intravenously, diffuses in blood vessels and organ tissue. CEUS has many advantages in various clinical indications for liver disease. In addition, Time Intensive Curve(TIC)-analysis available with CEUS is a quantitative tool for the dynamic evaluation of target lesions.
X+ MicroView™ utilized advanced color flow filters to display the tiny, slow flow vessels that do not appear with traditional color or power Doppler imaging. Allowing the user to see organ perfusion and pathologies’ flow patterns.
Point Shear Wave Elastography shows objective quantified stiffness of tissue using the radiation force from a focused ultrasound beam. Users can identify significant liver fibrosis non-invasively, so it reduces unnecessary biopsies and increases patient satisfaction. X+ pSWE ensures the highest reliability of measured results by displaying the Reliability Index.
This is a function to diagnose patients using various angiographic patterns that appear while a contrast medium, administered intravenously, diffuses in blood vessels and organ tissue. CEUS has many advantages in various clinical indications for liver disease.
The technology brought improvement in delivering information related to direction of blood flow and sensitivity of Color Doppler. This is useful in sensing relatively slower blood flow in peripheral blood vessels (e.g. renal vessels, peripheral vessels and middle cerebral artery).
Elastography is ultrasound imaging technology that reveals relative elasticity of tissues against external pressure. In parallel, relevant pathological information is offered to help reduce unnecessary biopsy. Pressure level on tissues can be monitored real time with an indication bar marked with its scale of one (1) to six (6) to enhance credibility of results.
Panoramic Imaging offers a horizontal image with an extremely extended field of view.
Rendering mode that gives a three-dimensional effect by applying color according to the depth in direction depth from the view point.
Clear Face detects a fetal face automatically and it removes structures that cover fetal face such as cord, placenta, uterus. It allows users to acquire clear view with simple operation.
Auto EF evaluate and measure contraction of the left ventricle by automatically calculating Ejection Fraction (EF). In addition to EF, this function also provides ESD and ESV information to display volume change of the left ventricle. Data can be obtained without user control by automatically detecting the boundary line of the endocardium.
With Alpinion’s phased array transducers that implemented X+ Crystal Signature technology, more clarity in images is achieved, and with use of the functions, early diagnosis of cardiac disorders can be made possible.
Stress Echo offers an accurate diagnosis of cardiac disorders by quantifying myocardial deformation.
Auto IMT allows you to automatically measure intima-media thickness of carotid arteries. It enables more reliable and reproducible assessment.
The detailed work process designed by X-CUBE 90 on GPX cares beyond realizing a more efficient working environment for medical professionals. Intuitive directions improve efficiency for medical professionals, and the transducer design provides comfort for the patient, thereby improving the quality of diagnoses.
USB real-time recording makes data transfer easier by allowing users to record ultrasound scan images on USB memory in real time. Videos are recorded as high-definition and stored in system quickly.
The key to transducer technology is the process of generating a highly sensitive wideband acoustic signal, receive it without any loss; and, to convert it to a digital signal. ALPINION MEDICAL SYSTEMS has researched and developed the core technology of transducers and X+ Crystal Signature is the accomplishment of all the innovative technologies we’ve accumulated.
We use a special material to increase the penetration efficiency of the acoustic power, thereby improving sensitivity and bandwidth.
The upgraded single crystal features improved transmissivity of the ultrasound and produces high-resolution images.
Its unique structure increases ultrasound penetration efficiency and makes it possible to reach deeper tissue.
ALPINION’s special material minimizes signal loss and maximize heat dissipation with our special material.* Thermal conduction efficiency increased 3.5 times compared to our previous product
High performance low loss cable transmits high sensitivity signals to achieve optimal impedance matching with the system.
for your daily practice
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The built-in battery guarantees mobility while it is in use and Sleep mode helps the system boot up faster.
Enjoy a larger widescreen and clear, high definition images.
We’ve combined angle adjustment functionality with its larger, full-color touch panel to maximize user convenience
Ergonomic design helps to promote healthy posture, which reduces musculoskeletal pain.
The control panel may be easily adjusted vertically as it is motorized.
You may use a variety of transducers as required with no need to replace them, and thus saving time during conducting diagnosis
X+ Crystal Signature™ convex transducer(1~7MHz)
Abdomen, EM, Gynecology, Obstetrics, Pediatric, Urology
X+ Crystal Signature™ convex transducer(2~9MHz)
X+ Crystal Signature™ Microconvex(2~11MHz)
Abdomen, Pediatric, OB/GYN, Urology, EM
High density low frequency linear transducer (3-8MHz)
Breast, EM, MSK, Vascular, Small Parts
Wideband Ultra High Freq. Linear (10~25 MHz)
Vascular, MSK, Small Parts, EM
X+ Crystal Signature™ linear transducer(3~19MHz)
MSK, Vascular, Small Parts, TCD, Abdomen, Pediatric, Gynecology, Obstetrics, EM
Extreme-high density linear transducer (3-12MHz)
X+ Crystal Signature™ Extreme-high density linear transducer (3-19MHz)
Abdomen, Pediatric, Gynecology, Obstetrics, EM, MSK, Vascular, Small Parts, TCD
Single crystal phased array transducer (3-8MHz)
Abdomen, Cardiac, EM, Pediatric
Cardiac, TCD, EM, Abdomen, Pediatric
X+ Crystal Signature endocavity transducer(2~11MHz)
Gynecology, Obstetrics, Urology, EM
X+ Crystal Signature endocavity transducer(2~11 MHz)
Single Crystal Volume Convex
Gynecology, Obstetrics, Abdomen, Pediatric, Urology, EM
Pencil type transducer (5.0MHz)
Pencil type transducer (2.0MHz)
Pencil type transducer (8.0MHz)
2700 Glades Circle Unit 106 Weston Fl 33327
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