Цветная универсальная цифровая ультразвуковая система Premium класса.
Полностью
цифровая многоцелевая мобильная ультразвуковая система высокого класса с
возможностью автоматического трехмерного сканирования в режиме
реального времени с использованием специализированных монокристальных
датчиков.
Регулировка панели управления - для удобства пользователей панель вращаеться и регулируется в вертикальной плоскости.
Широкоформатный LCD монитор - поддерживает широкоформатное разрешение, что позволяет максимально увеличить рабочее пространство экрана и оптимизировать визуализацию.
Держатели для датчиков - во избежании повреждений датчиков во время эксплуатации на консоли расположены повторяющие форму датчиков специализированные держатели;
Бесштырьковые коннекторы - снижающие риск выхода из строя дорогостоящих датчиков.
Закрывающиеся
порты для датчиков - в качестве защиты от загрязнений и пыли в
ультразвуковом сканере предусмотрен механизм закрывания портов датчиков.
Это увеличивает срок эксплуатации портов и датчиков.
Синтетическая апертура - технология увеличения разрешающей способности (дистанционного зондирования) и срока службы датчиков.
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с высокой разрешающей способностью, не искажающий изображений,
позволяет детализировать малые и сложные структуры; Виртуальный конвекс -
расширение угла обзора на линейных датчиках на 30%, что позволяет
упростить и увеличить точность процесса измерения поверхностных органов,
таких как щитовидная железа;
Технология
монокристальных датчиков - монокристалл, как пьезоэлектрический
материал, демонстрирует 90% коэффициент полезного действия. Более
совершенные монокристалические материалы позволяют добиться расширения
диапазона частот сканирования, что повышает разрешающую способность,
устраняет артефакты и сглаживает изображения, снижает его зернистость.
Технология использования монокристаллов применима для создания конвексных, секторных фазированных и впервые в мировой практике объёмных (3D/4D) конвексных датчиков.
Комплектация Standart включает базовый пакет измерений и доступных опций.
Широкоформатный LCD монитор с регулировкой в горизонтальной и вертикальной плоскости.
Комплектация Professional включает расширенный пакет измерений и доступных опции.
Шарнирный рычаг LCD монитора в 3х плоскостях - служит для удобства врача и пациента во время исследования.
Встроенный подогрев геля - встроенный блок подогревает гель до температуры человеческого тела, благодаря чему исследование проводится более комфортно для пациента.
Области применения:
- Абдоминальные исследования
- Акушерство и гинекология
- Кардиология
- Неврология
- Травматология и ортопедия
- Урология
- Эндокринология
- Ангиология
- Педиатрия
- Неонатология
- Реаниматология
- Транскраниальные исследования.
Технические характеристики
Режимы сканирования:
- B - серошкальный 2D режим
- М - режим отображения динамики движения сердца
- Anatomical M - Анатомический М-режим (опция)
- CFD - Режим цветного допплеровского картирования
- PD - Режим энергетического допплера
- DPD - Режим направленного энергетического допплера
- PW - Режим импульсно-волнового спектрального допплера
- CW - Режим постоянно-волнового спектрального допплера (опция)
- THI - Режим нативной тканевой гармоники
- FTHI - Режим инверсной тканевой гармоники (опция).
Detectors | |
Detector | <p><strong>Конвексные датчики</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="convex_SC1_4H.jpg" 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" style="width: 147px;"></td> <td> <div><strong>SC1-4H</strong> Монокристаллический высокоплотный конвексный датчик </div> <div>Применение</div> <div>Абдоминальная область, исследование почек, акушерство, сердце плода, гинекология, урология.</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="convex_SC1_4H.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>SC1-6 </strong>Монокристаллический конвексный датчик </div> <div>Применение</div> <div>Абдоминальная область, исследование почек, акушерство, сердце плода, гинекология, урология.</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="convex_SC1_4H.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>C1-6 </strong>Конвексный датчик </div> <div>Применение</div> <div>Абдоминальная область, исследование почек, акушерство, сердце плода, гинекология, урология.</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="convex_C5_8.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>C5-8 </strong>Микроконвексный датчик</div> <div>Применение</div> <div>Абдоминальная область, педиатрия, неонатология, ветеринария, урология.</div> </td> </tr> </tbody></table><p><strong>Линейные датчики</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td class="rtecenter"><img data-filename="linear_L3_12H.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>L3-12H </strong>Линейный высокоплотный датчик</div> <div>Применение</div> <div>Экстракраниальные сосуды, периферические сосуды, поверхностные органы и структуры, скелетно-мышечная система, неонаталогия, педиатрия.</div> </td> </tr> <tr> <td class="rtecenter"><img data-filename="linear_L3_12Hwd.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>L3-12H<sup>WD </sup></strong>Линейный высокоплотный датчик с широкой апертурой</div> <div>Применение</div> <div>Экстракраниальные сосуды, периферические сосуды, поверхностные органы и структуры, скелетно-мышечная система, неонаталогия, педиатрия.</div> </td> </tr> <tr> <td class="rtecenter"><img data-filename="linear_L3_12.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>L3-12</strong> Линейный датчик </div> <div>Применение</div> <div>Экстракраниальные сосуды, периферические сосуды, поверхностные органы и структуры, скелетно-мышечная система, неонаталогия, педиатрия.</div> </td> </tr> <tr> <td class="rtecenter"><img data-filename="linear_L3_8.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>L3-8</strong> Линейный датчик </div> <div>Применение</div> <div>Экстракраниальные сосуды, периферические сосуды, поверхностные органы и структуры, скелетно-мышечная система, педиатрия.</div> </td> </tr> </tbody></table><p><strong>Фазированные датчики</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="phased_SP1_5.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>SP1-5 </strong>Монокристаллический фазированный датчик.</div> <div>Применение</div> <div>Абдоминальная область, кардиология, транскраниальные исследования, исследования почек.</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="phased_SP3_8.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>SP3-8 </strong>Монокристаллический фазированный датчик</div> <div>Применение</div> <div>Абдоминальная область, кардиология, педиатрия.</div> </td> </tr> </tbody></table><p><strong>4D конвексные</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="volume_SVC1_6.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>SVC1-6</strong> Монокристаллический объемный конвексный датчик</div> <div>Применение</div> <div>Абдоминальная область, исследование почек, акушерство, сердце плода, гинекология, урология.</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="volume_SVC1_6.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>VC1-6</strong> Объемный конвексный датчик</div> <div>Применение</div> <div>Абдоминальная область, исследование почек, акушерство, сердце плода, гинекология, урология.</div> </td> </tr> </tbody></table><p><strong>Внутриполосные</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td style="text-align: center;" class="rtecenter"><img data-filename="endocavity_E3_10.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>E3-10</strong> Внутриполостной датчик</div> <div>Применение</div> <div>Гинекология, акушертсво, сердце плода, урология</div> </td> </tr> <tr> <td style="text-align: center;" class="rtecenter"></td> <td> <div><strong>EN3-10</strong> Внутриполостной датчик с изогнутой ручкой</div> <div>Применение</div> <div>Гинекология, акушертсво, сердце плода, урология</div> </td> </tr> </tbody></table><p><strong>Другие</strong></p><table style="width:100%" border="1" cellpadding="5" cellspacing="5"> <tbody> <tr> <td style="text-align: center;"><img data-filename="other_IO3_12.jpg" src="data:image/jpeg;base64,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" style="width: 147px;"></td> <td> <div><strong>IO3-12</strong> Интраоперационный датчик</div> <div>Применение</div> <div>Исследование ротовой полости, интраоперационные исследования, скелетно-мышечная система</div> </td> </tr> </tbody></table> |